Nursing Fundamentals

1

Scope of Practice Introduction

Chapter 1.1. Scope of Practice Introduction

🧭 Overview

🧠 One-sentence thesis

Scope of practice provides the legal framework that defines what nursing activities a licensed nurse is competent and permitted to perform, and nurses must always consider whether a requested task falls within their legal scope before acting.

📌 Key points (3–5)

  • What scope of practice means: the services a trained health professional is deemed competent to perform and permitted to undertake according to their professional nursing license.
  • Legal framework: scope of practice provides structured guidance for what practical nurses and registered nurses can perform based on their license type.
  • Critical question for every task: nurses and nursing students must always ask whether they can legally perform a requested task or risk their education/license.
  • Standards complement scope: nurses must follow standards set by the state Nurse Practice Act, ANA, agency policies, and federal regulators to ensure safe, competent care.
  • Purpose of standards: these guidelines help direct nursing actions with the intent that safe, competent care is provided to the public.

🏛️ Core definition and legal framework

📜 What scope of practice is

Scope of practice: services a trained health professional is deemed competent to perform and permitted to undertake according to the terms of their professional nursing license.

  • This is a legal framework, not just a guideline or suggestion.
  • It provides structured guidance for activities that different license types (practical nurses vs. registered nurses) can perform.
  • The scope varies by license type—what one type of nurse can do may differ from another.

⚖️ The critical decision point

Every time a nurse or nursing student is asked to perform a task, they must consider:

  • Can I legally do this based on my scope of practice?
  • Am I putting my nursing education or nursing license at risk?

This is framed as an ongoing responsibility, not a one-time consideration.

Example: A nursing student is asked to perform a procedure. Before acting, they must verify whether their student status and training permit that activity, or whether it would violate their legal scope.

📏 Standards that govern nursing practice

🏢 Multiple sources of standards

Nurses must follow standards from several organizations and authorities:

SourceRole
State Nurse Practice ActLegal state-level requirements
American Nurses Association (ANA)Professional nursing standards
Agency policies and proceduresFacility-specific rules
Federal regulatorsNational-level requirements

🎯 Purpose of standards

  • Intent: ensure that safe, competent care is provided to the public.
  • Standards guide nursing actions—they tell nurses how to perform within their scope.
  • Don't confuse: scope of practice defines what you can do; standards define how you should do it.

🏥 Context: nursing as a profession

📚 Chapter scope

The excerpt states this chapter will provide:

  • An overview of basic concepts related to nursing scope of practice and standards of care.
  • Coverage of learning objectives including:
    • Distinguishing levels of nursing education
    • Ethical and legal boundaries (Code of Ethics, Nurse Practice Act)
    • Client confidentiality
    • Health care team contributions
    • Evidence-based practice
    • Quality in client care
    • Various nursing work settings
    • Professional nursing organizations

🔍 Why this matters for students

  • As a nursing student, understanding scope of practice is essential now, not just in the future.
  • The excerpt emphasizes that students must consider scope of practice in their current role, highlighting that violations can affect both education and future licensure.
2

History and Foundation of Nursing

Chapter 1.2 History and Foundation

🧭 Overview

🧠 One-sentence thesis

Florence Nightingale transformed nursing from menial hospital tasks into a professional, educated practice grounded in evidence, environment, and holistic patient relationships—principles that remain foundational today.

📌 Key points (3–5)

  • Nursing's origins: began in the 5th–6th centuries as religious charity; shifted to medical focus in the Middle Ages; professionalized in the mid-19th century.
  • Florence Nightingale's breakthrough: used statistical evidence during the Crimean War to show that clean environments, water, and nutrition reduced soldier mortality from 60% to 2.2%.
  • Core Nightingale principles: therapeutic environment, trusting nurse-patient relationships, confidentiality, and nursing knowledge distinct from medical knowledge.
  • Common confusion: early nursing vs. modern nursing—before Nightingale, nursing was seen as menial work for lower classes; she established it as a professional, educated field.
  • Modern nursing scope: over 4 million members in the U.S.; covers health promotion, disease prevention, care coordination, and holistic attention to physical, social, mental, emotional, and spiritual needs.

🕰️ Evolution of nursing before Nightingale

🕰️ Religious and charitable roots (5th–6th centuries)

  • Nursing began as a charitable practice: caring for the sick, feeding and clothing the poor, and supporting widows and orphans.
  • Foundations were religious; nuns often provided care.

⚕️ Shift to medical focus (Middle Ages)

  • Medical and surgical treatments advanced; formal training began for medical practitioners.
  • Care shifted from a religious perspective to a more medical one.

📉 Pre-Nightingale hospital nursing (mid-19th century)

  • Nurses generally came from lower socioeconomic classes.
  • Work focused on menial tasks: changing linens and other basic duties.
  • Nursing was not seen as a professional or educated field.
  • Don't confuse: this low-status image with the professional identity Nightingale later established.

🌟 Florence Nightingale's contributions

🌟 Who she was and her calling

  • Florence Nightingale answered a religious calling to enter nursing, despite family opposition.
  • She recognized the need for trained nurses and persisted in her vision.
  • Result: she is considered the founder of modern nursing practice.

🏥 Crimean War breakthrough (1854)

  • Nightingale's team discovered wounded soldiers were receiving poor care from overworked staff in dirty conditions.
  • She documented the mortality rate and created statistical models.
  • Key finding: 600 out of every 1,000 injured soldiers died from preventable communicable and infectious diseases.
  • This statistical analysis became the early foundation of evidence-based practice used in nursing today.

🧼 Simple, powerful interventions

Nightingale's nursing interventions focused on:

  • Providing a clean environment
  • Ensuring clean water
  • Promoting good nutrition (e.g., providing fruit to wounded soldiers)

Impact: mortality rate dropped from 60% to 2.2%.

Example: By simply improving hygiene and nutrition, the vast majority of preventable deaths were eliminated—demonstrating that nursing care, not just medical treatment, saves lives.

📚 Notes on Nursing (1859)

  • Nightingale wrote this book, which became the cornerstone of the Nightingale School of Nursing curriculum (established 1860, the first nursing school in the world).
  • She promoted the concept of nurses as a professional, educated workforce.

🧩 Foundational nursing principles from Nightingale

🧩 Therapeutic environment

Nightingale believed in placing a patient in an environment that promoted healing, allowing them to recover from disease.

  • She emphasized that this knowledge was distinct from medical knowledge.
  • Her focus on the healing power of the environment formed foundational principles still used in health care settings today.

🤝 Trusting relationships and presence

  • Nightingale insisted on building trusting relationships with patients.
  • She believed in the therapeutic healing that resulted from nurses' presence with patients.
  • Don't confuse: nursing presence with passive observation—Nightingale saw it as an active, healing force.

🔒 Confidentiality

  • Nightingale promoted confidentiality as a core principle.
  • She stated a nurse "should never answer questions about her sick except to those who have a right to ask them."
  • This principle remains central to nursing ethics today.

🏥 Modern nursing practice

🏥 Scope and scale

  • Nursing has reinvented itself many times over the past 160 years as health care has advanced.
  • Size: over 4 million members; the largest segment of the U.S. health care workforce.

🏥 Broad continuum of care

Modern nursing practice covers:

  • Health promotion
  • Disease prevention
  • Coordination of care
  • Palliative care when cure is not possible

🏥 Settings and roles

Nurses provide the majority of client assessments, evaluations, and care in:

  • Hospitals
  • Nursing homes
  • Clinics
  • Schools
  • Workplaces
  • Ambulatory settings

They are "at the front lines" ensuring care is delivered safely, effectively, and compassionately.

🧘 Holistic approach

  • Nurses attend to patients and their families in a holistic way that often goes beyond physical health needs.
  • They recognize and address:
    • Social needs
    • Mental needs
    • Emotional needs
    • Spiritual needs

Don't confuse: holistic care with "extra" care—Nightingale established that attending to the whole person is fundamental to nursing, not an add-on.

3

Licensure, Regulations & Standards

Chapter 1.3 Licensure, Regulations & Standards

🧭 Overview

🧠 One-sentence thesis

Nursing practice is governed by multiple layers of standards—state Nurse Practice Acts, the American Nurses Association, employer policies, and federal regulations—all working together to ensure nurses deliver safe, competent, and ethical care to the public.

📌 Key points (3–5)

  • Legal foundation: The Nurse Practice Act in each state defines scope of practice and is enforced by the state Board of Nursing, which can revoke licenses for violations.
  • Professional standards: The ANA sets national standards through Nursing: Scope and Standards of Practice (defining the who/what/where/when/why/how of nursing) and the Code of Ethics for Nurses.
  • Agency-level requirements: Nurses must follow employer-specific policies, procedures, and protocols, which supersede nursing school teachings but must still align with state scope of practice.
  • Federal oversight: Organizations like The Joint Commission and CMS enforce safety goals and quality standards, often tying reimbursement to outcomes.
  • Common confusion: Even if an agency asks you to do something, you must always stay within your state's Nurse Practice Act scope—protecting your license is your responsibility.

⚖️ State-level regulation

⚖️ Nurse Practice Act (NPA)

The Nurse Practice Act: enacted by a state's legislature, defines the scope of practice for nurses in that state, and establishes regulations for nursing practice.

  • What it does: Sets legal boundaries for what nurses can and cannot do in that state.
  • Enforcement: If a nurse violates the NPA's standards or scope, the state Board of Nursing can revoke their license.
  • Why it matters: Nurses must legally follow the NPA in the state where they work, not just where they trained.
  • Example: A nurse trained in one state must learn and follow the NPA of any new state they practice in.

🏛️ Board of Nursing

Board of Nursing: a licensing and regulatory body that issues nursing licenses to qualified candidates and provides discipline for nurses who do not follow standards and scope of practice.

  • Two main roles:
    • Issues licenses to qualified candidates.
    • Disciplines nurses who violate the NPA.
  • Student accountability: Nursing students are legally accountable for the quality of care they provide, just like licensed nurses.
  • Students must recognize the limits of their knowledge and alert faculty or authority figures when situations exceed their competency.
  • Violating standards of practice can result in the Board denying a license to a nursing graduate.

🎓 Student scope of practice

  • Nursing students must understand their scope of practice as outlined in the NPA of the state where they complete clinical courses.
  • Students are expected to recognize their limits and seek help appropriately.
  • Don't confuse: Being a student does not exempt you from legal accountability—you are held to the same standards as nurses for the care you provide.

🇺🇸 National professional standards

🏥 American Nurses Association (ANA)

  • Founded: 1896; represents nurses in all 50 states.
  • Mission: "Lead the profession to shape the future of nursing and health care."
  • Four pillars:
    • Fostering high standards of nursing practice.
    • Promoting a safe and ethical work environment.
    • Bolstering the health and wellness of nurses.
    • Advocating on health care issues affecting nurses and the public.

📘 ANA Scope and Standards of Practice

The ANA publishes Nursing: Scope and Standards of Practice, which describes:

ElementWhat it defines
WhoNurses who are educated, titled, and maintain active licensure
WhatNursing integrates art and science of caring; focuses on protection, promotion, and optimization of health; prevention of illness; facilitation of healing; alleviation of suffering; diagnosis and treatment of human responses; advocacy
WhenAnytime there is a need for nursing knowledge, wisdom, caring, leadership, practice, or education
WhereAny environment where there is a health care consumer in need of care, information, or advocacy
WhyNursing's response to society's changing needs to achieve positive outcomes, in keeping with nursing's social contract
HowThe ways, means, methods, and manners nurses use to practice professionally
  • Simply put: Nurses treat human responses to health problems and life processes and advocate for the care of others.

🔄 Standards of Professional Nursing Practice

ANA Standards of Professional Nursing Practice: "authoritative statements of the actions and behaviors that all registered nurses, regardless of role, population, specialty, and setting, are expected to perform competently."

  • Based on the nursing process: assessment, diagnosis, outcomes identification, planning, implementation, and evaluation.
  • Define a competent level of nursing practice using critical thinking.
  • All registered nurses must meet these standards.

🌟 Standards of Professional Performance

Twelve additional standards describing professional behavior:

  1. Ethics: Integrates ethics in all aspects of practice.
  2. Advocacy: Demonstrates advocacy in all roles and settings.
  3. Respectful and Equitable Practice: Practices with cultural humility and inclusiveness.
  4. Communication: Communicates effectively in all areas.
  5. Collaboration: Collaborates with health care consumers and key stakeholders.
  6. Leadership: Leads within the profession and practice setting.
  7. Education: Seeks knowledge reflecting current practice and promotes futuristic thinking.
  8. Scholarly Inquiry: Integrates scholarship, evidence, and research findings.
  9. Quality of Practice: Contributes to quality nursing practice.
  10. Professional Practice Evaluation: Evaluates one's own and others' nursing practice.
  11. Resource Stewardship: Utilizes appropriate resources for safe, effective, financially responsible, and judicious services.
  12. Environmental Health: Practices in a manner that advances environmental safety and health.
  • Accountability: Nurses are accountable to themselves, health care consumers, peers, and society.
  • Historical note: The Nightingale pledge historically emphasized nursing as a calling requiring dedication to serve the community according to standards of care and ethics.

🏢 Employer-level requirements

📋 Policies, procedures, and protocols

  • In addition to ANA and state NPA standards, nurses must follow agency-specific policies, procedures, and protocols.
  • Policy example: A hospital may require a thorough skin assessment documented daily on every client; failure to follow this can result in liability if a pressure injury develops.
  • Procedure example: Each agency has specific steps for nursing skills (e.g., inserting urinary catheters).

📜 Protocol definition

Protocol: "a precise and detailed written plan for a regimen of therapy."

  • Example: A hypoglycemia protocol automatically implemented when a client's blood sugar falls below a specific number (e.g., provide orange juice, recheck blood sugar).
  • Superseding rule: Agency-specific policies, procedures, and protocols supersede information taught in nursing school.
  • Nurses and students can be held legally liable if they don't follow them.

⚠️ Protecting your license

  • Critical principle: You must continue to follow your state's Nurse Practice Act scope of practice even when following agency policies.
  • Don't confuse: If an agency asks you to do something outside your defined scope of practice, you must refuse to protect your nursing license.
  • It is always up to you to protect your license and follow the state's NPA when providing client care.

🏛️ Federal regulations and oversight

🏥 The Joint Commission (TJC)

  • What it is: A national organization that accredits and certifies over 20,000 health care organizations in the U.S.
  • Mission: Continuously improve health care by inspiring organizations to excel in providing safe and effective care of the highest quality and value.
  • How it works: Sets standards for safe, high-quality health care; examples include National Patient Safety Goals and establishing a Safety Culture.

🎯 National Patient Safety Goals

The Joint Commission establishes annual goals for various agency types based on current national safety concerns.

Examples for hospitals:

  • Identify Patients Correctly

  • Improve Staff Communication

  • Use Medicines Safely

  • Use Alarms Safely

  • Prevent Infection

  • Identify Patient Safety Risks

  • Prevent Mistakes in Surgery

  • Implementation: Nurses, students, and staff incorporate actions related to these goals into daily client care.

  • Examples: SBAR handoff reporting, barcode scanning equipment, perioperative team "time-outs" before surgery.

  • Nursing programs use these goals to guide curriculum and clinical practice expectations.

🛡️ Safety Culture

Safety culture: empowers nurses, nursing students, and other staff members to speak up about concerns regarding client risks and to report errors and near misses, all of which drive improvement in client care and reduce incidences of client harm.

  • Purpose: Encourages reporting to investigate system factors that contribute to errors, not to punish individuals.
  • Example: A nurse or student creates an incident report when a medication error occurs; the agency uses it to investigate and improve systems.
  • Many agencies have successfully reduced client harm by implementing a safety culture.

💰 Centers for Medicare & Medicaid Services (CMS)

  • What it is: A federal agency that establishes and enforces regulations to protect client safety in hospitals receiving Medicare and Medicaid funding.
  • Regulation example: Hospital policies must require confirmation of specific information before medication is administered (often called "checking the rights of medication administration").
  • Quality standards: Organizations are reimbursed based on the quality of their client outcomes.
    • Example: Organizations with high rates of healthcare-associated infections (HAI) receive less reimbursement.
    • Result: Many agencies have reexamined policies, procedures, and protocols to promote optimal outcomes and maximum reimbursement.

💵 Reimbursement and health care funding

💼 Private health insurance

  • Sources: Sponsored by employers or purchased privately by individuals from the Health Insurance Marketplace.
  • Regulation: Private insurance programs must comply with state and federal regulations even though they are privately owned.

🏛️ Affordable Care Act (ACA)

  • Also known as: "Obamacare" (2010).
  • What it does: Created cost-reduction programs for private insurance through a public insurance marketplace.
  • Subsidies: Insurance premiums are subsidized by taxpayer funds for incomes between 100% and 400% of the federal poverty level (e.g., in 2023, $30,000 to $120,000 for a family of four).
  • Impact: Significantly decreased the number of uninsured individuals, but premiums can still be high.
  • Remaining uninsured: Approximately 7.7% of individuals and families remain uninsured, leading to increased health risks due to lack of preventive services, well child care, dental care, and treatment of chronic disease.
  • Consequence: Visits to the Emergency Room often increase when clients delay care due to cost concerns, further contributing to health care costs as hospitals are often not reimbursed for these visits.

🏥 Medicare

  • Who it covers: Individuals aged 65 or older, individuals younger than 65 with certain disabilities, or those at any age with end-stage renal disease.
  • Funding: Federally funded.

🏥 Medicaid

  • Who it covers: Low-income adults, pregnant women, and children.
  • Funding: Combination of state and federal funds.

📊 Diagnosis-Related Groups (DRGs)

  • What they are: Medicare uses DRGs to classify clients with similar clinical characteristics (age, gender, severity of disease, comorbidities) with the rationale that these clients have similar care needs.
  • Reimbursement: CMS sets reimbursement rates based on DRGs for qualifying services.
  • Limitation: Differences between set reimbursement rates and actual charges cannot be passed on to the individual (though copays may apply).
  • Financial impact: By accepting Medicare or Medicaid clients, organizations agree to accept these rates, which may be less than the actual cost of providing care (e.g., in 2017, Medicaid reimbursement was 89% of the cost of care).
  • Compliance: Agencies receiving Medicare or Medicaid reimbursement must comply with state and federal regulations and meet established client outcomes, or their reimbursement rates are decreased or eliminated.
4

Health Care Settings & Team

Chapter 1.4 Health Care Settings & Team

🧭 Overview

🧠 One-sentence thesis

Quality health care requires nurses to work collaboratively across primary, secondary, and tertiary care settings with a diverse interprofessional team, each member contributing specialized expertise to achieve holistic client outcomes.

📌 Key points (3–5)

  • Three levels of care: primary (wellness/prevention), secondary (acute illness/injury), and tertiary (long-term/chronic management).
  • Nursing roles by license level: LPNs provide basic nursing care under supervision; RNs use the nursing process and delegate; APRNs diagnose and prescribe.
  • Team collaboration: nurses coordinate care with providers, UAPs, and interprofessional members (dieticians, PTs, OTs, social workers, etc.).
  • Common confusion: secondary vs tertiary care—secondary treats the acute problem (e.g., setting a broken bone), while tertiary restores function after healing (e.g., regaining ability to walk).
  • Chain of command: nurses consult hierarchically (charge nurse → supervisor → director) to address concerns and ensure accountability.

🏥 Levels of health care settings

🌱 Primary care

Primary care promotes wellness and prevents disease.

  • What it includes: health promotion, education, immunizations, early disease screening, environmental considerations.
  • Settings: physician offices, public health clinics, school nursing, community health nursing.
  • Focus: keeping people healthy before illness occurs.

🚑 Secondary care

Secondary care occurs when a person has contracted an illness or injury and requires medical care.

  • Also called acute care.
  • Range of complexity: from simple repairs (small laceration, strep throat) to emergent care (head injury from accident).
  • Settings: physician offices, clinics, urgent care, hospitals; specialized units include critical care, burn units, neurosurgery, cardiac surgery, transplant services.
  • Goal: return the client to health and wellness.

🔄 Tertiary care

Tertiary care addresses the long-term effects from chronic illnesses or conditions with the purpose to restore a client's maximum physical and mental function.

  • Goal: achieve the highest level of functioning possible while managing chronic illness.
  • Example: a client who fractured their hip needs secondary care to set the bones, but tertiary care to regain strength and walking ability after bones heal.
  • Another example: clients with incurable diseases (e.g., dementia) need specialized tertiary care for daily functioning support.
  • Settings: rehabilitation units, assisted living, adult day care, skilled nursing units, home care, hospice centers.
  • Don't confuse: tertiary care is not just "long-term hospital stay"; it focuses on restoring function and managing chronic conditions, not just treating the acute event.

👥 Health care team roles

🩺 Health care providers

A health care provider is "a physician, podiatrist, dentist, optometrist, or advanced practice nurse."

  • Responsibilities: order diagnostic tests (blood work, X-rays), diagnose medical conditions, develop medical treatment plans, prescribe medications.
  • In hospitals: the treatment plan is documented in the "History and Physical" section; prescriptions are called "orders."
  • Provider rounds: providers visit hospitalized clients daily; nurses and students should attend rounds for their assigned clients to understand goals, clarify orders, and minimize follow-up calls.
  • Nurse's role: respectfully clarify prescriptions when questions or concerns arise to ensure safe client care.

👩‍⚕️ Licensed Practical/Vocational Nurses (LPN/LVN)

A licensed practical nurse (LPN) is "an individual who has completed a state-approved practical or vocational nursing program, passed the NCLEX-PN examination, and is licensed by a state board of nursing to provide client care."

  • Supervision: typically work under the supervision of an RN, APRN, or physician.
  • Scope: provide "basic nursing care" to stable and/or chronically ill populations.
  • Basic nursing care definition: "care that can be performed following a defined nursing procedure with minimal modification in which the responses of the client to the nursing care are predictable."
  • Typical tasks: collect client assessment information, administer medications, perform nursing procedures according to state scope of practice.

📋 Wisconsin LPN scope highlights

  • Accept only assignments the LPN is competent to perform.
  • Provide basic nursing care.
  • Record care given and report changes in client condition.
  • Consult with a provider if a delegated act may harm a patient.
  • Assist with data collection, care plan development/revision, reinforce teaching, participate with the health team.

🩺 Registered Nurses (RN)

A Registered Nurse (RN) is "an individual who has graduated from a state-approved school of nursing, passed the NCLEX-RN examination and is licensed by a state board of nursing to provide client care."

  • Critical thinking model: use the nursing process (assessment, planning, intervention, evaluation) to make decisions and use clinical judgment.
  • Delegation: may be delegated tasks from providers; may delegate tasks to LPNs and UAPs with supervision.
  • Accountability: the RN remains accountable that delegated tasks are completed and documented.

🔄 Wisconsin RN scope highlights: the nursing process

StepWhat it means
AssessmentSystematic and continual collection and analysis of data about health status, culminating in a nursing diagnosis.
PlanningDeveloping a nursing plan of care with goals and priorities derived from the nursing diagnosis.
InterventionNursing action to implement the plan by directly administering care or directing/supervising delegated acts.
EvaluationDetermining patient progress toward goal achievement; may lead to modification of the nursing diagnosis.
  • Delegated acts: accept only those for which there are protocols or orders, and for which the RN is competent; consult provider if an act may harm a patient.
  • Supervision: delegate tasks commensurate with educational preparation and abilities of the person supervised; provide direction, observe, monitor, and evaluate.

🎓 Advanced Practice Registered Nurses (APRN)

Advanced Practice Registered Nurses (APRN) are RNs who have a graduate degree and advanced knowledge.

Four categories:

RoleAbbreviationKey functions
Nurse PractitionerNPPhysical exams, diagnose/treat acute illness, manage chronic illness, order tests, prescribe medications/therapies, health teaching, prevention emphasis. May function independently or require physician supervision depending on state. Certifications: Family Practice, Adult-Gerontology Primary/Acute Care, Psychiatric/Mental Health.
Clinical Nurse SpecialistCNSMentor nurses, case management, research, design/conduct quality improvement programs, serve as educators and consultants. Specialties: Adult/Gerontology, Pediatrics, Neonatal.
Certified Registered Nurse AnesthetistCRNAAdminister anesthesia and related care before/during/after procedures; provide airway management during emergencies. Deliver >65% of all anesthetics in the U.S. Settings: operating rooms, dental offices, outpatient surgical centers.
Certified Nurse MidwifeCNMGynecological exams, family planning, prenatal care, low-risk labor/delivery management, neonatal care. Settings: hospitals, birthing centers, community clinics, client homes.
  • Key authority: APRNs can diagnose illnesses and prescribe treatments and medications.

🤝 Unlicensed Assistive Personnel (UAP)

Unlicensed Assistive Personnel (UAP) are "any unlicensed person, regardless of title, who performs tasks delegated by a nurse."

  • Titles include: certified nursing aides/assistants (CNAs), patient care assistants (PCAs), patient care technicians (PCTs), state tested nursing assistants (STNAs), nursing assistants-registered (NA/Rs), certified medication aides/assistants (MA-Cs).
  • Settings: hospitals and long-term care facilities in Wisconsin.
  • Typical tasks: assist clients with daily tasks (bathing, dressing, feeding, toileting); collect client information (vital signs, weight, input/output) as delegated.
  • Accountability: the RN remains accountable that delegated tasks have been completed and documented by the UAP.

🤝 Interprofessional team members

🍎 Dieticians

  • Assess, plan, implement, and evaluate interventions related to dietary needs (regular or therapeutic diets).
  • Provide dietary education.
  • Work with the team when clients have dietary needs secondary to physical disorders (e.g., difficulty swallowing).

🧩 Occupational Therapists (OT)

  • Facilitate the client's highest possible level of independence in activities of daily living (bathing, grooming, eating, dressing).
  • Provide adaptive devices: long shoehorns, sock pulls, adaptive silverware, grabbers, buttoning devices.
  • Assess the home for safety and need for assistive devices (ramps, grab rails, handrails).
  • Practice in all health care environments: home, hospital, rehabilitation centers.

💊 Pharmacists

  • Ensure safe prescribing and dispensing of medication.
  • Vital resource for nurses with medication questions or concerns.
  • Ensure clients get correct medication/dosing and guidance for safe, effective use.

🏃 Physical Therapists (PT)

  • Assess, plan, implement, and evaluate interventions related to functional abilities: strength, mobility, balance, gait, coordination, joint range of motion.
  • Supervise prescribed exercise activities.
  • Provide and teach use of assistive aids (walkers, canes) and exercise regimens.
  • Practice in all health care environments: home, hospital, rehabilitation centers.

🦶 Podiatrists

  • Provide care and services for clients with foot problems.
  • Often work with clients who have diabetes to clip toenails and provide foot care to prevent complications.

🦾 Prosthetists

  • Design, fit, and supply artificial body parts (leg or arm prosthesis).
  • Adjust prosthesis to ensure proper fit, comfort, and functioning.

🧠 Psychologists and Psychiatrists

  • Provide mental health and psychiatric services to clients with mental health disorders.
  • Provide psychological support to family members and significant others as indicated.

🫁 Respiratory Therapists

  • Treat respiratory-related conditions.
  • Specialized care includes: manage oxygen therapy, draw arterial blood gases, manage mechanical ventilators/CPAP/Bi-PAP, administer respiratory medications (inhalers, nebulizers), intubate clients, assist with bronchoscopy, perform chest physiotherapy, provide respiratory support.

🏠 Social Workers

  • Counsel clients and provide psychological support.
  • Help set up community resources according to clients' financial needs.
  • Serve as part of the team ensuring continuity of care after discharge.

🗣️ Speech Therapists

  • Assess, diagnose, and treat communication and swallowing disorders.
  • Example: help clients with expressive aphasia; assist with word boards and electronic communication devices.
  • Assess clients with dysphagia (swallowing disorders) and treat in collaboration with nurses, dieticians, and providers.

🔬 Ancillary department members

DepartmentRole
Clinical laboratoryProvide laboratory procedures to aid diagnosis, treatment, and management. Staffed by medical technologists who test biological specimens. Examples: blood tests, blood banking, cultures, urine tests, histopathology.
RadiologyUse imaging to assist in diagnosing and treating diseases. Perform X-rays, CTs, MRIs, nuclear medicine, PET scans, ultrasound scans.

🔗 Chain of command and coordination

🪜 Chain of command

Chain of command refers to a hierarchy of reporting relationships—from the bottom to the top of an organization—regarding who must answer to whom.

  • Purpose: establishes accountability and lays out lines of authority and decision-making power.
  • Example in a hospital: registered nurse → charge nurse → nurse supervisor → director of nursing → vice president of nursing.
  • Example in long-term care: licensed practical/vocational nurse → registered nurse/charge nurse → director of nursing.
  • For nursing students: always consult with your nursing instructor regarding questions or concerns about client care before going up the chain of command.

🧭 Nurse as coordinator

  • Nurses continuously review the plan of care to ensure all contributions of the multidisciplinary team are moving the client toward expected outcomes and goals.
  • Don't confuse: the nurse does not make all decisions alone; instead, the nurse consults with other nurses and interprofessional team members and coordinates their contributions.

🏅 Nurse specialties and certifications

Certification is the formal recognition of specialized knowledge, skills, and experience demonstrated by the achievement of standards identified by a nursing specialty.

🏥 Common nurse specialties

SpecialtyFocusSetting
Critical Care NursesCare for clients with serious, complex, acute illnesses/injuries requiring close monitoring and extensive medication protocols/therapies.Intensive care units of hospitals.
Public Health NursesPromote and protect the health of populations based on nursing, social, and public health sciences.Municipal and state health departments.
Home Health/Hospice NursesProvide nursing services for chronically ill clients and caregivers in the home, including end-of-life care.Client homes.
Occupational/Employee Health NursesHealth screening, wellness programs, health teaching, minor treatments, disease/medication management in the workplace. Focus on promotion, restoration, prevention, and protection from work-related/environmental hazards.Workplaces.
Oncology NursesCare for clients with cancer, administer chemotherapy, provide follow-up care, teaching, and monitoring.Hospitals, outpatient clinics, clients' homes.
Perioperative/Operating Room NursesProvide preoperative and postoperative care; assist with surgical procedures (select/handle instruments, control bleeding, suture incisions).Hospitals and outpatient surgical centers.
Rehabilitation NursesCare for clients with temporary and permanent disabilities.Inpatient and outpatient settings (clinics, home health care).
Psychiatric/Mental Health NursesSpecialize in mental and behavioral health problems; provide nursing care to individuals with psychiatric disorders.Hospitals, outpatient clinics, private offices.
School NursesHealth assessment, intervention, follow-up to maintain school compliance with health care policies; ensure health and safety of staff and students. Administer medications, refer students for additional services (hearing, vision).Schools.

📱 Telenursing

  • Not a specialty, but a method of providing nursing care remotely using information and communication technology.
  • May include: client education, support, health assessment/evaluation, triage.
  • Provided in: several specialty areas (Critical Care, Emergency Departments), outpatient environments.
  • Benefit: encourages increased client interactions, especially in underserved rural areas.

👶👴 Life span specialties

  • Other common specialty areas use a life span approach across health care settings.
  • Examples: maternal-child, neonatal, pediatric, and gerontological nursing.
5

Nursing Education and the NCLEX

Chapter 1.5 Nursing Education and the NCLEX

🧭 Overview

🧠 One-sentence thesis

To become a nurse, candidates must graduate from a state-approved nursing program and pass the National Council Licensure Examination (NCLEX), with multiple educational pathways available depending on the desired nursing role.

📌 Key points (3–5)

  • Two mandatory requirements: graduation from a state-approved nursing program and passing the NCLEX exam.
  • Multiple educational pathways: LPN/VN requires one year; RN requires either a two-year ADN, four-year BSN, or three-year diploma program.
  • NCLEX structure: adaptive, variable-length online test that measures knowledge, skills, and abilities essential for safe entry-level nursing practice.
  • Common confusion: NCLEX-RN vs NCLEX-PN—RNs take NCLEX-RN (75-265 items, 6 hours), LPNs/LVNs take NCLEX-PN (85-205 items, 5 hours).
  • Advanced degrees expand opportunities: MSN and doctoral degrees (PhD, DNP) allow specialization in education, advanced practice, research, or clinical leadership.

📚 Pathways to becoming a nurse

🩺 Licensed Practical Nurse/Vocational Nurse (LPN/VN)

  • Complete a one-year nursing program.
  • Pass the NCLEX-PN exam.
  • Apply to the state Board of Nursing to receive an LPN license.

🏥 Registered Nurse (RN) pathways

Three main routes to become an RN:

PathwayDurationNotes
Associate Degree (ADN)2 yearsMany hospitals require BSN completion within a specific timeframe
Baccalaureate (BSN)4 yearsRequired for military nursing, case management, public health, school nursing
Hospital-based diploma3 yearsHistorically the most common route; lesser-known today
  • After completing any of these programs, graduates must pass the NCLEX-RN to apply for RN licensure from their state Board of Nursing.
  • Many ADN graduates enroll in BSN or higher degree programs after graduation.

📝 The NCLEX examination

🖥️ Exam format and structure

The NCLEX tests knowledge, skills, and abilities essential to the safe and effective practice of nursing at the entry level.

Key characteristics:

  • Online, adaptive tests taken at specialized testing centers.
  • Variable length—adapts as you answer items.
  • Continually reviewed and updated based on surveys of newly graduated nurses every three years.

NCLEX-RN specifics:

  • 75 to 265 items (15 are unscored test items).
  • Six-hour time limit.

NCLEX-PN specifics:

  • 85 to 205 items (25 are unscored items).
  • Five-hour time limit.

🆕 Next Generation NCLEX (NGN)

Implemented in April 2023, the NGN introduced significant changes:

Framework:

  • Uses the NCSBN Clinical Judgment Measurement Model.
  • Measures prelicensure nursing graduates' clinical judgment and decision-making.
  • Still based on the "Nursing Process" critical thinking model but uses new terminology.

New terminology candidates will encounter:

  • "Recognize cues"
  • "Analyze cues"
  • "Create a hypothesis"
  • "Prioritize hypotheses"
  • "Generate solutions"
  • "Take actions"
  • "Evaluate outcomes"

New question types:

  • Case studies
  • Enhanced hot spots
  • Drag and drop ordering of responses
  • Multiple responses
  • Embedded answer choices within paragraphs of text

Rationale: To measure nursing clinical judgment and decision-making ability to protect public health and welfare by ensuring safe and competent nursing care.

🗺️ Nurse Licensure Compact (NLC)

The Nurse Licensure Compact allows a nurse to have one multistate nursing license with the ability to practice in their home state, as well as in other compact states.

  • As of 2023, 41 states have implemented NLC legislation.
  • Enables nurses to practice across state lines without obtaining multiple licenses.

🎓 Advanced nursing degrees

📖 Master of Science in Nursing (MSN)

  • Requires additional credits and years beyond the BSN.
  • Variety of potential focuses including Nurse Educator and Advanced Practice Registered Nurse (APRN).

Associated certifications:

  • Certified Nurse Educator (CNE)
  • Nurse Practitioner (NP)
  • Clinical Nurse Specialist (CNS)
  • Certified Registered Nurse Anesthetist (CRNA)
  • Certified Nurse Midwife (CNM)

Certification requirements:

  • Successful completion of a certification exam.
  • Continuing education requirements to maintain certification.
  • Scope of practice defined by each state's Nurse Practice Act.

🔬 Doctoral degrees in nursing

DegreeFocusTypical work roles
Doctor of Philosophy (PhD)ResearchTeaching or conducting research in universities or other settings
Doctor of Nursing Practice (DNP)Clinical nursing practiceAdvanced nursing practice, clinical leadership, or academic settings

🔄 Lifelong learning requirement

📚 Commitment to ongoing education

  • Nursing practice changes rapidly and is continually updated with new evidence-based practices.
  • Nurses must commit to lifelong learning to continue providing safe, quality care.

State requirements vary:

  • Many states require continuing education credits to renew RN licenses.
  • Others rely on health care organizations to set education standards and ongoing educational requirements.

Why it matters: No matter what nursing role or level of education you choose, staying current with evidence-based practices is essential for safe, quality client care.

6

Legal & Ethical Considerations

Chapter 1.6 Legal & Ethical Considerations

🧭 Overview

🧠 One-sentence thesis

Nurses can be held legally liable for negligence or malpractice when they fail to follow the standard of care, and avoiding liability requires adherence to the Nurse Practice Act, professional standards, and employer policies.

📌 Key points (3–5)

  • Negligence vs malpractice: negligence is general carelessness and deviation from reasonable care; malpractice is negligence judged against a professional standard of care.
  • Six elements required to prove: duty owed, breach of duty, foreseeability, causation, injury, and damages must all be established in court.
  • How to avoid liability: follow the Nurse Practice Act, ANA standards, and employer policies/procedures/protocols.
  • Common confusion: negligence is broader (any carelessness); malpractice is specific to professionals and their standard of care.
  • Consequences: nurses can be reprimanded, lose their license, or face legal action for breaches of duty.

⚖️ Legal liability in nursing

⚖️ What negligence means

Negligence: conduct lacking in due care, carelessness, and a deviation from the standard of care that a reasonable person would use in a particular set of circumstances.

  • It is a general term applicable to anyone, not just professionals.
  • The key is comparing behavior to what a "reasonable person" would do in the same situation.
  • Example: failing to take basic precautions that any reasonable person would take.

⚖️ What malpractice means

Malpractice: a more specific term that looks at a standard of care, as well as the professional status of the caregiver.

  • Malpractice applies specifically to professionals (like nurses, doctors).
  • It judges conduct against the professional standard of care, not just general reasonableness.
  • Don't confuse: all malpractice involves negligence, but not all negligence is malpractice—malpractice requires professional status and a professional standard.

🧱 Six elements to prove negligence or malpractice

🧱 What must be established in court

To prove negligence or malpractice, all six of the following elements must be established:

ElementWhat it means
Duty owed the clientThe nurse had a professional obligation to the client
Breach of duty owed the clientThe nurse failed to meet that obligation
ForeseeabilityThe harm was predictable
CausationThe breach directly caused the harm
InjuryThe client suffered actual harm
DamagesThe harm resulted in measurable losses
  • All six must be present; if any element is missing, negligence/malpractice cannot be proven.
  • Example: if a nurse breaches duty but no injury occurs, there is no malpractice case.

🛡️ How to avoid liability

🛡️ Follow established standards

To avoid being sued for negligence or malpractice, nurses and nursing students must follow:

  • State Nurse Practice Act: defines scope and standards of practice for that state.
  • American Nurses Association standards: national professional guidelines.
  • Employer policies, procedures, and protocols: specific rules for the workplace.

🛡️ Consequences of breach

  • Nurses can be reprimanded by their state Board of Nursing.
  • Licenses can be revoked for not following the Nurse Practice Act.
  • Nurses can be held legally liable for negligence, malpractice, or breach of client confidentiality.
  • Risk of losing the nursing license if standards are not followed.

🚨 Examples of breach of duty

🚨 Failure to assess

Failure to Assess: Nurses should assess for all potential nursing problems/diagnoses, not just those directly affected.

  • The excerpt emphasizes that nurses must assess all potential problems, not only the obvious or primary ones.
  • Example: a nurse focuses only on a client's wound but fails to assess for pain, infection risk, or mobility issues—this could be viewed as negligence.
  • Why it matters: incomplete assessment can lead to missed problems, harm to the client, and legal liability.

🚨 Other breaches mentioned

The excerpt begins to list examples of breach of duty but is incomplete. The key principle is:

  • Any failure to meet the duty owed to the client (assessment, intervention, documentation, etc.) can be viewed as negligence if it deviates from the standard of care.
7

Professional Organizations

Chapter 1.7 Professional Organizations

🧭 Overview

🧠 One-sentence thesis

Nurses must commit to lifelong learning because nursing practice changes rapidly with new evidence-based practices, and many states require continuing education to maintain licensure.

📌 Key points (3–5)

  • NCLEX exams: variable-length, adaptive tests (NCLEX-RN: 75–265 items; NCLEX-PN: 85–205 items) that assess entry-level nursing competency.
  • Next Generation NCLEX (NGN): introduced in April 2023, uses the NCSBN Clinical Judgment Measurement Model with new terminology like "recognize cues," "analyze cues," and "evaluate outcomes."
  • Nurse Licensure Compact (NLC): allows one multistate license to practice in home state and other compact states (41 states as of 2023).
  • Advanced degrees: MSN and doctoral degrees (PhD, DNP) expand opportunities; MSN includes roles like Nurse Practitioner, Clinical Nurse Specialist, and Nurse Educator.
  • Lifelong learning requirement: many states require continuing education credits to renew RN licenses; organizations also set ongoing educational standards.

📝 NCLEX Examinations

📝 What NCLEX tests

NCLEX exams assess knowledge, skills, and abilities essential to the safe and effective practice of nursing at the entry level.

  • The exams are continually reviewed and updated based on surveys of newly graduated nurses every three years.
  • Both NCLEX-RN and NCLEX-PN are variable-length tests that adapt as you answer items.

🔢 NCLEX-RN structure

  • Item range: 75 to 265 items, depending on how quickly you demonstrate proficiency.
  • Unscored items: 15 of the items are unscored test items.
  • Time limit: six hours.

🔢 NCLEX-PN structure

  • Item range: 85 to 205 items.
  • Unscored items: 25 of the items are unscored.
  • Time limit: five hours.

🆕 Next Generation NCLEX (NGN)

🆕 When and why it changed

  • The Next Generation NCLEX went into effect in April 2023.
  • NCSBN's rationale: to measure nursing clinical judgment and decision-making ability of prospective entry-level nurses to protect the public's health and welfare by assuring safe and competent nursing care.

🧠 Clinical Judgment Measurement Model

  • The NGN uses the NCSBN Clinical Judgment Measurement Model as a framework to measure prelicensure nursing graduates' clinical judgment and decision-making.
  • The critical thinking model called the "Nursing Process" continues to underlie the NGN, but candidates will notice new terminology.
  • New terminology examples: "recognize cues," "analyze cues," "create a hypothesis," "prioritize hypotheses," "generate solutions," "take actions," or "evaluate outcomes."

📋 New question types

The NGN includes new types of questions:

  • Case studies
  • Enhanced hot spots
  • Drag and drop ordering of responses
  • Multiple responses
  • Embedded answer choices within paragraphs of text

Don't confuse: The Nursing Process still underlies the exam; the NGN adds new terminology and question formats, but the foundation remains the same critical thinking model.

🗺️ Nurse Licensure Compact (NLC)

🗺️ What the NLC allows

Nurse Licensure Compact (NLC): allows a nurse to have one multistate nursing license with the ability to practice in their home state, as well as in other compact states.

  • As of 2023, 41 states have implemented NLC legislation.
  • This means nurses can practice across state lines without obtaining separate licenses in each state.

🎓 Advanced Nursing Degrees

🎓 Master's Degree in Nursing (MSN)

  • Requires additional credits and years of schooling beyond the BSN.
  • Variety of focuses: Nurse Educator and Advanced Practice Registered Nurse (APRN).

Certifications associated with MSN:

CertificationFull Name
CNECertified Nurse Educator
NPNurse Practitioner
CNSClinical Nurse Specialist
CRNACertified Registered Nurse Anesthetist
CNMCertified Nurse Midwife
  • Certifications require successful completion of a certification exam and continuing education requirements to maintain the certification.
  • Scope of practice for advanced practice nursing roles is defined by each state's Nurse Practice Act.

🎓 Doctoral Degrees in Nursing

Two types of doctoral nursing degrees:

DegreeFocusTypical Work Roles
PhD (Doctor of Philosophy in Nursing)ResearchTeaching or conducting research in universities or other settings
DNP (Doctor of Nursing Practice)Clinical nursing practiceAdvanced nursing practice, clinical leadership, or academic settings

📚 Lifelong Learning

📚 Why lifelong learning is essential

  • Nursing practice changes rapidly and is continually updated with new evidence-based practices.
  • Nurses must commit to lifelong learning to continue to provide safe, quality care to their clients.

📚 Continuing education requirements

  • Many states require continuing education credits to renew RN licenses.
  • Other states rely on health care organizations to set education standards and ongoing educational requirements.
  • Example: An organization might require nurses to complete a certain number of hours of continuing education annually to maintain competency in current evidence-based practices.

Key point: No matter what nursing role or level of nursing education you choose, the commitment to ongoing learning is necessary because practice standards evolve continuously.

8

Chapter 1.8 Quality and Evidence-Based Practice

Chapter 1.8 Quality and Evidence-Based Practice

🧭 Overview

🧠 One-sentence thesis

Nurses must understand legal and ethical considerations—including negligence, malpractice, and scope of practice—to protect their licenses and provide safe care, while committing to lifelong learning as evidence-based practices continually evolve.

📌 Key points (3–5)

  • Lifelong learning is mandatory: nursing practice changes rapidly with new evidence-based practices, requiring ongoing education to maintain safe, quality care.
  • Legal liability risks: nurses can face license revocation, negligence claims, or malpractice suits if they deviate from the Nurse Practice Act, standards of care, or breach confidentiality.
  • Common confusion—negligence vs malpractice: negligence is general carelessness and deviation from reasonable care; malpractice is a more specific legal standard tied to professional status and duty.
  • Six elements must be proven: to establish negligence or malpractice in court, all six elements (duty, breach, foreseeability, causation, injury, damages) must be shown.
  • Prevention strategy: following state Nurse Practice Acts, ANA standards, and employer policies protects nurses from legal action and license loss.

📚 Advanced nursing education pathways

🎓 Master's degree options (MSN)

  • Requires additional credits and years beyond the BSN.
  • Potential focuses: Nurse Educator, Advanced Practice Registered Nurse (APRN).
  • Associated certifications:
    • Certified Nurse Educator (CNE)
    • Nurse Practitioner (NP)
    • Clinical Nurse Specialist (CNS)
    • Certified Registered Nurse Anesthetist (CRNA)
    • Certified Nurse Midwife (CNM)
  • All certifications require passing an exam and ongoing continuing education.
  • Scope of practice for advanced roles is defined by each state's Nurse Practice Act.

🎓 Doctoral degrees in nursing

DegreeFocusTypical roles
PhD (Doctor of Philosophy in Nursing)ResearchTeaching or conducting research in universities or other settings
DNP (Doctor of Nursing Practice)Clinical nursing practiceAdvanced nursing practice, clinical leadership, or academic settings
  • Don't confuse: PhD emphasizes research; DNP emphasizes clinical practice.

🔄 Lifelong learning requirement

📖 Why continuous education matters

  • Nursing practice changes rapidly and is continually updated with new evidence-based practices.
  • Nurses must commit to lifelong learning to continue providing safe, quality care.
  • This requirement applies regardless of nursing role or education level.

📜 State and organizational requirements

  • Many states require continuing education credits to renew RN licenses.
  • Other states rely on health care organizations to set education standards and ongoing educational requirements.
  • Example: An organization may mandate annual training on new protocols even if the state does not require continuing education credits.

⚖️ Legal considerations in nursing practice

🔍 Negligence vs malpractice—key distinctions

Negligence: a general term that denotes conduct lacking in due care, carelessness, and a deviation from the standard of care that a reasonable person would use in a particular set of circumstances.

Malpractice: a more specific term that looks at a standard of care, as well as the professional status of the caregiver.

  • How to distinguish: negligence applies to anyone (general carelessness); malpractice is specific to professionals and their duty of care.
  • Both can result in legal liability when providing client care.
  • Example: A reasonable person failing to clean up a spill (negligence) vs. a nurse failing to assess a client's condition (malpractice).

⚖️ Six elements required to prove negligence or malpractice

To establish negligence or malpractice in court, all six of the following elements must be proven:

  1. Duty owed the client: the nurse had a professional obligation to the client.
  2. Breach of duty owed the client: the nurse failed to meet that obligation.
  3. Foreseeability: the harm was predictable.
  4. Causation: the breach directly caused the harm.
  5. Injury: actual harm occurred to the client.
  6. Damages: measurable losses resulted from the injury.
  • All six must be present; missing even one element means the case cannot be proven.
  • Example: A nurse fails to assess a client (breach of duty), the client's condition worsens (injury), and the worsening was predictable and directly caused by the failure to assess (foreseeability and causation), resulting in extended hospitalization (damages).

🛡️ How to avoid legal liability

Prevention strategies:

  • Follow the scope and standards of practice set forth by your state's Nurse Practice Act.
  • Adhere to American Nurses Association (ANA) standards.
  • Comply with employer policies, procedures, and protocols.
  • Avoid breaches of client confidentiality.

Consequences of non-compliance:

  • Nurses can be reprimanded.
  • Licenses can be revoked.
  • Legal action for negligence or malpractice can be taken.

⚠️ Examples of breach of duty (negligence)

The excerpt provides one specific example:

  • Failure to Assess: Nurses should assess for all potential nursing problems/diagnoses, not just those directly affected [by the presenting issue].

  • Don't confuse: assessing only the obvious problem is insufficient; comprehensive assessment is required to meet the standard of care.

  • Example: A client presents with a broken arm, but the nurse fails to assess for other injuries or complications—this could constitute negligence if harm results.

🔐 Additional legal risks

🔐 Breach of client confidentiality

  • Nurses can be held legally liable for breaching client confidentiality.
  • This is a separate legal risk beyond negligence and malpractice.
  • Protecting client information is a fundamental duty in nursing practice.

🌐 Nurse Licensure Compact (NLC)

🗺️ Multistate practice privilege

Nurse Licensure Compact (NLC): allows a nurse to have one multistate nursing license with the ability to practice in their home state, as well as in other compact states.

  • As of 2023, 41 states have implemented NLC legislation.
  • This simplifies licensure for nurses who work across state lines.
  • Don't confuse: NLC does not override individual state Nurse Practice Acts; scope of practice is still defined by each state.
9

Communication Introduction

Chapter 2.1 Communication Introduction

🧭 Overview

🧠 One-sentence thesis

Strong communication skills are essential for nurses to provide safe, quality, client-centered care by establishing therapeutic relationships and ensuring effective information transfer within the multidisciplinary team.

📌 Key points (3–5)

  • Why communication matters: If communication breaks down, information exchange stops and client needs go unidentified.
  • Two communication channels: Nurses must optimize communication with clients/families (through trust and active listening) and with the healthcare team (through professional, organized, accurate, complete, and concise communication).
  • Core skill set: Effective communication includes assessing one's own skills, demonstrating cultural humility and respect, using therapeutic techniques, and adapting to the client and situation.
  • Common confusion: Communication is not just talking—it requires the receiver to hear and understand the message, which must be confirmed.
  • Foundation for care: Nurses develop therapeutic relationships daily to ensure health care concerns and needs are addressed.

🎯 Learning objectives and scope

🎯 What nurses must be able to do

The excerpt lists specific competencies nurses need to develop:

  • Assess their own communication skills and effectiveness
  • Demonstrate cultural humility, professionalism, and respect
  • Use communication styles that show caring, respect, active listening, authenticity, and trust
  • Maintain communication with interprofessional team members for safe transitions and continuity
  • Confirm the recipient heard and understands the message
  • Use therapeutic communication techniques
  • Adapt communication to the client, audience, and situation
  • Verify information sources are reliable and current
  • Use correct medical terminology and abbreviations
  • Describe ways to report client information
  • Describe legal and standard documentation guidelines

📚 What this chapter covers

The chapter reviews methods for establishing good communication, including both client-facing and team-facing communication strategies.

💔 What happens when communication fails

💔 The breakdown cascade

If communication breaks down, information exchange stops and needs go unidentified.

  • Communication failure is not neutral—it has direct consequences for client care.
  • The excerpt emphasizes that unidentified needs cannot be addressed.
  • Example: A client's concern that is not heard or understood cannot be acted upon by the healthcare team.

✅ How nurses prevent breakdown

  • With clients and families: Establish trust and actively listen to health care concerns.
  • With the team: Ensure information transfer occurs within the multidisciplinary team.
  • Don't confuse: These are two different communication channels requiring different approaches (therapeutic vs. professional/organized).

🤝 Two modes of nursing communication

🤝 Client and family communication

CharacteristicWhat it requires
GoalEnsure health care concerns and needs are addressed
Relationship typeTherapeutic relationships
Key methodsEstablishing trust, active listening
FrequencyDaily interactions

👥 Interprofessional team communication

CharacteristicWhat it requires
GoalEnsure information transfer occurs
Relationship typeProfessional collaboration
Key qualitiesProfessional, organized, accurate, complete, and concise
Nurse's roleVital for ensuring information transfer

🔄 Why both matter

  • Nurses serve as a bridge: they gather information from clients through therapeutic communication and transfer it to the team through professional communication.
  • The excerpt positions the nurse as "vital" for team information transfer, suggesting a central coordinating role.

🧭 Foundation: Empathy and human connection

🧭 The invisible dimension

The excerpt directs readers to reflect on "the often invisible needs of those around us and the difference we can make by creating caring human connections."

  • Communication is not just information transfer—it includes recognizing needs that may not be explicitly stated.
  • Example: A client may have emotional or social needs beyond their stated medical concerns.
  • The emphasis on "caring human connections" suggests that technical accuracy alone is insufficient; the relational quality of communication matters for client-centered care.
10

Basic Communication Concepts

Chapter 2.2 Basic Communication Concepts

🧭 Overview

🧠 One-sentence thesis

Effective nursing communication requires integrating verbal clarity, nonverbal awareness, assertive style, appropriate personal space, and strategies to overcome common barriers in order to build professional caring relationships with clients.

📌 Key points (3–5)

  • Communication model: Every interaction needs a sender, a clear message, and a receiver who decodes it and provides feedback.
  • Nonverbal dominance: Up to 80% of communication is nonverbal (body language, tone, pace), making it more powerful than words alone.
  • Three communication styles: Passive (puts others first), aggressive (violates others' rights), and assertive (respects both self and others)—nurses should use assertive communication.
  • Common confusion: Personal vs social zones—nurses typically stay in the social zone (4–10 feet) to maintain professional boundaries but must enter the personal zone (18 inches–4 feet) during assessments and procedures.
  • Barriers require active management: Jargon, noise, stress, cultural differences, and physiological states all distort messages; nurses must continually seek feedback to verify understanding.

💬 The communication process

💬 Core elements of effective communication

Effective communication: an interaction that includes a sender of the message, a clear and concise message, and a receiver who can decode and interpret that message.

  • The receiver provides feedback back to the sender in response to the received message.
  • This is a two-way process, not one-directional.
  • Example: A nurse (sender) explains a medication schedule (message) to a client (receiver), who then asks a clarifying question (feedback).

🗣️ Verbal communication

Effective verbal communication: an exchange of information using words understood by the receiver in a way that conveys professional caring and respect.

  • More than just talking—it requires words the receiver can understand.
  • Avoid jargon and slang: Using extensive medical terminology creates unintended barriers.
  • Adapt to the receiver: Assess preferred communication method and individual characteristics (e.g., developmental level).
  • Example: Postsurgical instructions for a pediatric client vs. an adult client may cover similar content (infection signs, pain management) but must be delivered differently based on developmental level.
  • Always verify understanding: Regardless of adaptations made, the nurse must confirm the client understood the message.

🤐 Nonverbal communication

Nonverbal communication: includes facial expressions, tone of voice, pace of the conversation, and body language.

  • More powerful than verbal messages: Up to 80% of communication is nonverbal.
  • The breakdown is often described as 55% body language, 38% tone of voice, and only 7% the actual words spoken.
  • Nurses must be purposeful: Nonverbal cues should convey professional caring.
  • Example: A nurse directly facing the client at eye level, leaning slightly forward, and making eye contact communicates full attention and caring.
  • SOLER mnemonic: Sit with open posture, lean in with good eye contact in a relaxed manner.

Don't confuse: The words you say with the message you send—if your nonverbal cues (hurried pace, lack of eye contact, short tone) contradict your words, the receiver will believe the nonverbal message.

🎯 Communication styles and assertiveness

🎯 Three communication styles

StyleDefinitionCharacteristics
PassivePuts the rights of others before their ownApologetic, tentative, does not speak up when wronged
AggressiveAdvocates for own rights while possibly violating others' rightsTells others their feelings don't matter, insulting or offensive
AssertiveRespects others' rights while standing up for own ideas and rightsDirect but not insulting, deals with issues not attacks

✅ Assertive communication

Assertive communication: a way of conveying information that describes the facts and the sender's feelings without disrespecting the receiver's feelings.

  • Use "I" messages: "I feel…," "I understand…," "Help me to understand…"
  • Avoid "you" messages: These can feel like verbal attacks rather than addressing the issue.
  • Example: Instead of "Why is it always so messy in your clients' rooms? I dread following you on the next shift!" (aggressive), say "I feel frustrated spending the first part of my shift decluttering our clients' rooms. Help me understand why it is a challenge to keep things organized during your shift?" (assertive).
  • Why it matters: Assertive communication is an effective way to solve problems with clients, coworkers, and health care team members.

📏 Personal space and proxemics

📏 Understanding personal space zones

Proxemics: the study of personal space and provides guidelines for professional communication.

ZoneDistanceTypical use
Public zoneOver 10 feetGenerally avoids physical contact
Social zone4–10 feetSocial interactions and business settings
Personal zone18 inches–4 feetReserved for friends and family
Intimate zoneLess than 18 inchesClose relationships (may be invaded in crowds or sports)

🏥 Nursing implications

  • Typical practice: Nurses usually communicate within the social zone to maintain professional boundaries.
  • During care: When assessing clients and performing procedures, nurses often move into the client's personal zone.
  • Be aware: Clients may experience psychological discomfort when this zone is invaded.
  • Cultural considerations: The appropriateness of personal space varies by culture when providing client care.

Don't confuse: Professional distance with coldness—nurses must balance maintaining appropriate boundaries with conveying warmth and caring through nonverbal cues.

🚧 Common barriers and how to overcome them

🚧 Language and attention barriers

Jargon

  • Problem: Medical terminology, complicated, or unfamiliar words create confusion.
  • Solution: Explain information in plain language easy to understand by those without a medical or nursing background.

Lack of attention

  • Problem: Nurses are busy with multiple tasks and clients; easy to focus on tasks instead of the person.
  • Solution: When entering a client's room, pause, take a deep breath, and mindfully focus on the client to give them your full attention.

Language differences

  • Problem: English may not be the client's primary language.
  • Solution: Seek a medical interpreter and provide written handouts in the client's preferred language when possible.

🔊 Environmental barriers

Noise and distractions

  • Problem: Health care environments are noisy (people talking, TV, alarms, overhead pages).
  • Solution: Create a calm, quiet environment by closing doors, reducing TV volume, or moving to a quieter area if possible.

Light

  • Problem: A room that is too dark or too light creates communication barriers.
  • Solution: Ensure lighting is appropriate according to the client's preference.

Physical barriers for nonverbal communication

  • Problem: E-mail or text lacks nonverbal cues (tone, facial expressions, body language), causing misinterpretation.
  • Solution: Deliver important information face-to-face when possible so nonverbal communication is included.

🧠 Psychological and physiological barriers

Psychological barriers

  • Problem: The sender's and receiver's psychological states affect how messages are sent, received, and perceived.
  • Example: A stressed nurse's nonverbal communication (lack of eye contact, hurried pace, short tone) affects how the client perceives the message; a stressed client may not "hear" the message or may perceive it differently than intended.
  • Solution: Be aware of signs of the stress response in yourself and clients; implement strategies to manage it (see stress management strategies below).

Physiological barriers

  • Problem: Pain, sedatives, or certain pain medications impair the client's ability to receive and perceive messages.
  • Solution: Provide pain relief before client education; remember that clients cannot sign health care documents after receiving sedatives or certain pain medications.

🌍 Cultural and perceptual barriers

Differences in cultural beliefs

  • Problem: Norms of social interaction and emotional expression vary greatly across cultures (e.g., personal space, pain expression).
  • Solution: Be aware of cultural variations and adapt communication accordingly.

Differences in perception and viewpoints

  • Problem: When clients feel their beliefs or perspectives are not valued, they become disengaged.
  • Solution: Provide health care information in a nonjudgmental manner, even if the client's perspectives differ from your own.

Hearing and speech problems

  • Problem: Clients with hearing or speech impairments face communication challenges.
  • Solution: Implement strategies to enhance communication (the excerpt references an "Adapting Your Communication" subsection for specific strategies).

🧘 Managing the stress response

Why it matters: The stress response is a common psychological barrier affecting both senders and receivers of messages.

Symptoms: Irritability, sweaty palms, racing heart, difficulty concentrating, impaired sleep.

Strategies to manage stress:

  1. Relaxation breathing: Become aware of your breathing; take a deep breath in through your nose and blow it out through your mouth; repeat at least three times.
  2. Healthy diet choices: Avoid caffeine, nicotine, and junk food, which can increase anxiety.
  3. Exercise: Stimulates natural endorphins that reduce stress and improve sleep.
  4. Adequate sleep: Set aside at least 30 minutes before bed to wind down; avoid electronic devices before bedtime.
  5. Progressive relaxation: Lie down comfortably, breathe deeply, and systematically clench and relax each muscle group (feet, calves, thighs, buttocks, stomach, arms, hands, shoulders, face).

Don't confuse: Short-term stress (normal reaction to life events) with chronic stress—both require management, but the excerpt focuses on recognizing and addressing stress in the moment to improve communication.

🔑 Key takeaway for practice

🔑 Continual feedback is essential

  • Many factors can distort messages so they are not perceived as intended.
  • Core practice: Continually seek feedback and check understanding.
  • Reflect on personal factors that influence your ability to communicate effectively.
  • Be aware of potential barriers and actively work to reduce their impact.
11

Communicating With Patients

Chapter 2.3 Communicating With Patients

🧭 Overview

🧠 One-sentence thesis

The nurse-client relationship evolves through distinct phases and relies on therapeutic communication techniques that build trust, encourage client-centered dialogue, and avoid communication blocks to promote holistic, compassionate care.

📌 Key points (3–5)

  • The nurse-client relationship is professional and purposeful: it builds rapport and trust to engage clients in discussing feelings, care processes, and decision-making.
  • Four phases structure the relationship: preinteraction, orientation, working, and termination—each with specific goals and communication strategies.
  • Therapeutic communication uses specific techniques: active listening, open-ended questions, reflection, and empathy encourage clients to explore feelings and solve problems.
  • Common confusion—therapeutic vs nontherapeutic responses: therapeutic techniques focus on the client's feelings and autonomy; nontherapeutic responses (giving personal opinions, false reassurance, asking "why" questions) block communication and impose the nurse's views.
  • Effective communication requires adaptation: nurses must adjust their approach based on the client's age, developmental level, cognitive abilities, and language differences.

🤝 The nurse-client relationship

🤝 What it is and why it matters

The nurse-client relationship (also called a helping relationship): a professional relationship in which the nurse builds rapport and establishes trust with the purpose of actively engaging the client in discussions about their feelings, emotions, care process, and decision-making.

  • It is not a personal friendship; it is a professional connection focused on the client's needs.
  • The relationship facilitates therapeutic communication and engages the client in decision-making about their plan of care.
  • The nurse practices the "art of nursing"—an abstract connection between the client's needs, expressed behaviors, and the nurse's perceptions and exploration of these concepts.
  • Establishing rapport is of the utmost importance because it facilitates open and honest dialogue.

🔄 Four phases of the relationship

The nurse-client relationship evolves through four phases (described by nurse theorist Hildegard Peplau and others):

PhaseWhen it occursKey activitiesWhy it matters
PreinteractionBefore meeting the clientReview medical record or other data; identify and acknowledge preconceived notions to avoid biasesPreparation helps the nurse approach the client without bias
OrientationBrief initial encounterAddress client by name; introduce self, role, and time frame; explain what will occur; ensure privacy; begin to establish trust and rapportFailure to establish rapport and trust during this phase will block communication and make therapeutic communication difficult
WorkingMajority of nurse's time with clientFocus on what is important to the client; recognize cues (body language, emotional statements); encourage discussion of feelings; use therapeutic communication techniques; help client gain awareness of feelings, coping mechanisms, and goalsIf rapport and trust were successfully developed during orientation, the client is more likely to engage in therapeutic communication and perceive the nurse as educator and counselor
TerminationEnd of communication sessionInform the client that termination is approaching (don't end abruptly); review goals, achievements, and other sources of support; avoid terms like "I'll see you later" that insinuate temporary terminationAbruptly ending the conversation can lead to negative feelings and can be perceived as uncaring; termination should be a concrete occurrence

Don't confuse: The orientation phase is not just a quick hello—it is the foundation for trust. Without successful orientation, the working phase will be blocked.

🎯 Client-centered focus

  • The nurse must realize the client is a unique individual with distinct needs, priorities, values, and belief systems.
  • The nurse may not agree with the client's values and beliefs, but must respect them.
  • During the working phase, the conversation should be focused on the client's feelings and thought processes, not the nurse's feelings and thoughts.
  • The nurse should remain nonjudgmental while providing feedback and reflection.

Example: A nurse who respects a client's cultural beliefs about treatment options (even if the nurse personally disagrees) maintains trust and keeps communication open.

💬 Therapeutic communication

💬 What it is

Therapeutic communication: "The purposeful, interpersonal information-transmitting process through words and behaviors based on both parties' knowledge, attitudes, and skills, which leads to client understanding and participation."

  • It is a type of professional communication used by nurses with clients.
  • It has roots going back to Florence Nightingale, who insisted on the importance of building trusting relationships and believed in the therapeutic healing that resulted from nurses' presence with clients.
  • Several professional nursing associations have highlighted therapeutic communication as one of the most vital elements in nursing.

👂 Active listening and attending behaviors

Three main types of listening:

TypeDescriptionTherapeutic?
CompetitiveFocused on sharing our own point of view instead of listening❌ No
PassiveNot interested; assume we understand correctly without verifying❌ No
ActiveCommunicating verbally and nonverbally that we are interested; actively verifying understanding with the speaker✅ Yes

Active listening: communicating verbally and nonverbally that we are interested in what the other person is saying while also actively verifying our understanding with the speaker.

  • The feedback process is the main difference between passive and active listening.
  • An active listening technique is to restate what the person said and then verify our understanding is correct.

Example: A nurse says, "So you're saying the pain is worse at night—is that correct?" This restates the client's message and verifies understanding.

🤲 Therapeutic use of touch

  • Touch is a powerful way to professionally communicate caring and empathy if done respectfully and with awareness of the client's cultural beliefs.
  • Nurses commonly use professional touch when assessing, expressing concern, or comforting clients.
  • Simply holding a client's hand during a painful procedure can be very effective in providing comfort.

Don't confuse: Therapeutic touch is not always appropriate. Nurses must respect personal boundaries and avoid touch if:

  • The client is not receptive
  • Cultural beliefs view touch by a member of the opposite sex as inappropriate
  • The client has previously experienced trauma that causes touch to be uncomfortable or trigger negative emotions

🛠️ Therapeutic techniques

🛠️ Core principles

Therapeutic communication techniques are specific methods used to provide clients with support and information while focusing on their concerns. They:

  • Encourage clients to explore their feelings, solve problems, and use coping responses
  • Assist clients to set goals and select strategies for their plan of care based on their needs, values, skills, and abilities
  • Recognize the autonomy of the clients to make their own decisions
  • Maintain a nonjudgmental attitude and avoid interrupting
  • Use appropriate terminology based on the client's developmental stage and educational needs to promote understanding and rapport
  • Often use open-ended statements and questions, repeat information, or use silence to prompt clients to work through problems on their own

🗣️ Key techniques

TechniqueWhat it isExample or key phrase
Active listeningUsing nonverbal and verbal cues (nodding, saying "I see") to encourage clients to continue talking; offering general leads"What happened next?"
Providing silenceNot speaking at all; giving both nurse and client time to think and processThe nurse does not verbally respond after a client makes a statement (may nod or use other nonverbal communication)
AcceptanceAcknowledging a client's message and affirming they've been heard (not necessarily agreement)"Yes, I hear what you are saying."
Giving recognitionAcknowledging a client's behavior without giving an overt compliment"I noticed you took all of your medications today."
Offering selfBeing present with the client; offering to sit with themOffering to simply sit with clients for a few minutes creates a caring connection
Giving broad openings / open-ended questionsAllowing clients to direct the flow of conversation and decide what to talk about"Tell me about your concerns."
Seeking clarificationAsking clients for clarification when they say something confusing or ambiguous"I'm not sure I understand. Can you explain it to me?"
Placing the event in time or sequenceAsking questions about when certain events occurred in relation to other eventsHelps clients and nurses get a clearer sense of the whole picture
Making / sharing observationsObservations about the appearance, demeanor, or behavior of clients"You look tired." (May prompt them to explain why they haven't been getting much sleep)
Encouraging descriptions of perceptionAsking about sensory issues or hallucinations in an encouraging, nonjudgmental way"It looks like you may be hearing something. What do you hear now?"
Encouraging comparisonsEncouraging clients to make comparisons to situations they have coped with before"How did you cope with that?" (Helps clients discover solutions to current problems)
SummarizingSummarizing what clients have said to demonstrate listening and verify information"You haven't been taking your medications this month because of the side effects of fatigue and weight gain. Is that correct?"
ReflectingAsking clients what they think they should do (encourages accountability and problem-solving)"What do you think are the pros and cons for the new treatment plan?"
FocusingFocusing on a particularly important statement the client mentioned"You're feeling anxious about going home, tell me more about that."
ConfrontingPresenting reality, challenging assumptions, or pointing out inconsistencies (only during working phase after trust is established)"Yesterday you told me that every weekend you go out and drink so much that you don't know where you are when you wake up."
Voicing doubtA gentler way to call attention to incorrect or delusional ideasExpressing doubt forces clients to examine their assumptions
Offering hopeSharing hope that the client can persevere (must avoid false reassurance)"I remember you shared with me how well you have coped with difficult situations in the past."
Using humorLightening the mood (must be tailored to the client's sense of humor)Helps establish rapport and promote positive state of mind
Offering empathyRecognizing, understanding, and sharing feelings with another personEnables helping behaviors
ParaphrasingRephrasing the client's words and key ideas to clarify their message"Participating in physical and occupational therapy today has kept you busy."
Presenting realityRestructuring the client's distorted thoughts with valid information"I see no evidence of spiders on the walls."
RestatingUsing different word choices for the same content stated by the client"You feel as though the nurses dislike you?"

Don't confuse: Offering hope vs. false reassurance. Saying "You'll be fine" to a terminally ill client is false reassurance and not therapeutic. Saying "I remember how well you have coped with difficult situations in the past" is therapeutic because it offers hope without making unrealistic promises.

💖 Empathy and unconditional positive regard

Empathy: the ability to recognize, understand, and share feelings with another person. Empathy involves showing understanding of another's situation or perspective and enables helping behaviors.

  • Communicating honestly, genuinely, and authentically is powerful and opens the door to creating true connections.
  • Communicating with empathy has also been described as providing "unconditional positive regard."
  • Research has demonstrated that when health care teams communicate with empathy, there is improved client healing, reduced symptoms of depression, and decreased medical errors.

Example: A nursing student who treats clients professionally by respecting boundaries, listening in a nonjudgmental manner, addressing communication barriers, and respecting cultural beliefs builds trust. Clients feel she cares about them and feel comfortable sharing their health care needs.

🚫 Nontherapeutic responses

🚫 What they are

Nontherapeutic responses (also called communication blocks/barriers): responses that often block the client's communication of their feelings or ideas.

Nurses and nursing students must be aware of these potential barriers to communication and avoid them.

🚧 Common nontherapeutic responses

ResponseWhy it's nontherapeuticNontherapeutic exampleTherapeutic alternative
Asking personal questionsNot relevant to the situation; not professional or appropriate; satisfies curiosity only"Why have you and Mary never married?""How would you describe your relationship with Mary?"
Giving personal opinionsTakes away decision-making from the client; effective problem-solving must be accomplished by the client, not the nurse"If I were you, I'd put your father in a nursing home.""Let's talk about what options are available to your father."
Changing the subjectDemonstrates lack of empathy and blocks further communication; implies you don't care"Let's not talk about your insurance problems; it's time for your walk now.""After your walk, let's talk some more about what's going on with your insurance company."
Stating generalizations and stereotypesPreconceived assumptions about clients that may or may not be true"Older adults are always confused.""Tell me more about your concerns about your father's confusion."
Providing false reassurancesDiscourages further expressions of feelings; may not present reality; minimizes the client's situation"You'll be fine," or "Don't worry; everything will be alright.""It must be difficult not to know what the surgeon will find. What can I do to help?"
Showing sympathyFocuses on the nurse's feelings rather than the client; shows pity rather than helping the client cope"I'm so sorry about your amputation; I can't imagine losing a leg.""The loss of your leg is a major change; how do you think this will affect your life?"
Asking "what" or "why" questionsClients and family members may interpret these as accusations and become defensive"Why are you so upset?""You seem upset. Tell me more about how you are feeling."
Showing approval or disapprovalImposes the nurse's own attitudes, values, beliefs, and moral standards; judgmental messages contain terms like "should," "ought to," "good," "bad," "right," or "wrong""You shouldn't consider elective surgery; there are too many risks involved.""So you are considering elective surgery. Tell me more about the pros and cons of surgery."
Giving defensive responsesDefensive or accusatory; does not listen to criticism"No one here would intentionally lie to you.""You believe people have been dishonest with you. Tell me more about what happened."
Providing passive or aggressive responsesPassive responses avoid conflict or sidestep issues; aggressive responses provoke confrontation"It's your fault you are feeling ill because you don't take your medication.""Taking your prescribed medications every day can prevent symptoms from returning." (Use assertive communication)
ArguingChallenging or arguing against client perceptions denies that they are real and valid; implies the other person is lying, misinformed, or uneducated"How can you say you didn't sleep a wink when I heard you snoring all night long!""You don't feel rested this morning? Let's talk about ways to improve your rest."

Don't confuse: Empathy vs. sympathy. Empathy focuses on understanding the client's feelings and helping them cope. Sympathy focuses on the nurse's feelings and shows pity, which is not therapeutic.

📝 Process recordings

Process recordings: reflective learning activities with an objective to improve a student's therapeutic communication skills. They include a transcript of the verbal and nonverbal responses between a student and a client during a therapeutic communication session.

  • After the session, the transcript is analyzed by the student to identify:
    • Therapeutic techniques
    • Communication barriers or blocks
    • The phases of the nurse-client relationship
  • The student evaluates the interaction to determine if the overall client-centered goal was met or not met, what went well, and what they could improve.
  • As a result, the student gains self-awareness regarding the effectiveness of their communication and sets goals for self-improvement in future therapeutic communication sessions.

🎯 Strategies for effective communication

🎯 Specific questions to ask clients

  • What concerns do you have about your plan of care?
  • What questions do you have about your medications?
  • Did I answer your question(s) clearly or is there additional information you would like?

Why this matters: These questions invite feedback, which provides an opportunity to improve client understanding, improve the client-care experience, and provide high-quality care.

📋 Additional strategies for hospitalized clients

  • Round with the providers and read progress notes from other health care team members to ensure you have the most up-to-date information about the client's treatment plan and progress. This helps you provide safe client care as changes occur and accurately answer the client's questions.
  • Review information periodically with the client to improve understanding.
  • Use client communication boards in their room to set goals and communicate important reminders with the client, family members, and other health care team members. This can reduce call light usage for questions related to diet and activity orders and gives clients and families the feeling that they always know the current plan of care. (Keep client confidentiality in mind—the board can be seen by anyone entering the room.)
  • Provide printed information on medical procedures, conditions, and medications. It helps clients and family members by providing information in multiple ways.

🔄 Adapting communication

When communicating with clients and family members, take note of your audience and adapt your message based on their characteristics such as age, developmental level, cognitive abilities, communication disorders, and language differences.

👶 Adapting for age and developmental level

AudienceStrategy
ChildrenSpeak calmly and gently; demonstrate what will be done during a procedure on a doll or stuffed animal; use play or drawing pictures to establish trust
AdolescentsGive freedom to make choices within established limits
Older adultsBe aware of potential vision and hearing impairments that commonly occur and address these barriers accordingly

Don't confuse: Adapting communication is not "dumbing down" or being condescending. It is tailoring your approach to the client's needs and abilities to promote understanding and respect.

12

Communicating With Health Care Team Members

Chapter 2.4 Communicating With Health Care Team Members

🧭 Overview

🧠 One-sentence thesis

Standardized communication methods like ISBARR and bedside handoff reports ensure safe, accurate information exchange among health care team members to maintain continuity of client care.

📌 Key points (3–5)

  • Structured communication formats: ISBARR and SBAR provide a standardized framework for exchanging client information concisely and accurately.
  • Handoff reports at bedside: Evidence supports bedside handoff reports increase client safety and satisfaction by communicating real-time information with the client present.
  • Transfer reports: More detailed reports are required when moving clients between units or agencies to ensure complete information transfer.
  • Common confusion: Handoff reports vs. ISBARR reports—handoff reports contain additional detailed assessment data and equipment information beyond the basic ISBARR structure.
  • Why it matters: Inadequate handoff communication has resulted in client harm including wrong-site surgeries, treatment delays, falls, and medication errors.

📋 ISBARR Communication Framework

📋 What ISBARR stands for

ISBARR: a mnemonic for Introduction, Situation, Background, Assessment, Request/Recommendations, and Repeat back.

  • A structured method to exchange client information between health care team members
  • Ensures communication is concise, accurate, and complete
  • A simpler version called SBAR omits the Introduction and Repeat back components
  • Used for routine reports and urgent communications about client status changes

🔤 The six ISBARR components

ComponentWhat to includePurpose
IntroductionYour name, role, and agencyEstablishes who is communicating
SituationClient name/location, reason for call, recent vital signs, client statusStates the immediate concern
BackgroundAdmitting diagnoses, code status, recent lab/diagnostic results, allergiesProvides context
AssessmentAbnormal findings and your evaluation of the situationShares clinical judgment
Request/RecommendationsWhat you want the provider to do (reassess, order tests, change medication)Makes specific asks
Repeat backConfirm new orders by repeating themEnsures accuracy

💬 Example scenario breakdown

The excerpt provides a sample ISBARR report for Ms. White, a 65-year-old post-hip surgery patient:

  • Situation: Pain increased to 7/10, redness at incision site
  • Background: Admitted yesterday, usually rates pain 3-4/10, scheduled for physical therapy
  • Assessment: 4 cm redness around incision, warm and tender, moderate drainage, concern for infection
  • Request: Order CBC and increased pain medication dose
  • Repeat back: Confirms STAT CBC and Vicodin increase to 10/325 mg

Don't confuse: ISBARR is not just listing facts—the Assessment component requires the nurse to share their clinical evaluation and concerns.

🤝 Handoff Reports

🤝 What handoff reports are

Handoff reports: "a transfer and acceptance of client care responsibility achieved through effective communication...a real-time process of passing client specific information from one caregiver to another...for ensuring the continuity and safety of the client's care." (The Joint Commission)

  • Occur during shift changes when care responsibility transfers between nurses
  • The Joint Commission issued a critical alert in 2017 about inadequate handoffs causing client harm
  • Harm examples: wrong-site surgeries, treatment delays, falls, medication errors

🛏️ Bedside handoff reports

  • Evidence strongly supports this approach increases client safety and satisfaction
  • Conducted face-to-face at the client's bedside
  • Participants: the client, off-going nurse, and oncoming nurse
  • Family members may be included with client permission
  • HIPAA rules must be considered if visitors are present or the room is shared

📊 What makes bedside handoffs different from ISBARR

Bedside handoff reports contain additional detailed information beyond ISBARR:

  • Detailed head-to-toe assessment findings to establish a baseline for the oncoming nurse
  • Information about equipment: IVs, catheters, drainage tubes
  • Recent changes in medications, lab results, diagnostic tests, and treatments
  • Real-time verification with the client present

Don't confuse: While bedside handoffs are similar to ISBARR, they are more comprehensive because they ensure continuity across entire nursing shifts, not just communicate a single concern.

🚑 Transfer Reports

🚑 When transfer reports are used

  • When moving a client to another unit within the same facility
  • When transferring a client to another agency entirely

📝 Content requirements

  • Contain similar information as bedside handoff reports
  • Even more detailed when transferring to another agency
  • Agencies often provide checklists to ensure accurate, complete information sharing
  • Must ensure all pertinent client information travels with the client to maintain continuity of care

⚠️ Professional Communication Considerations

🔒 Confidentiality requirements

  • Client information should only be shared with those directly involved in client care
  • HIPAA rules must be kept in mind during bedside reports if visitors are present or rooms are not private
  • The excerpt references the Health Insurance Portability and Accountability Act of 1996 (HIPAA) for more information

📞 Communication formats

Reports may be delivered in multiple formats:

  • Verbal: in person, by telephone, or recorded
  • Written: electronically or by fax
  • All formats must maintain the same standards of accuracy and completeness

🔧 Documentation requirement

  • When receiving new orders from a provider during an ISBARR report, the nurse must document the communication in the client's chart
  • This creates a permanent record of the interaction and orders received
13

Documentation in Nursing

Chapter 2.5 Documentation

🧭 Overview

🧠 One-sentence thesis

Nursing documentation is a legally required, multi-purpose activity that ensures continuity of care, supports reimbursement, and serves as evidence in legal proceedings, requiring accuracy, timeliness, and adherence to specific formats.

📌 Key points (3–5)

  • Legal requirement: All documentation is a legal document; "if it wasn't documented, it wasn't done" is the standard in court.
  • Multiple purposes: Documentation ensures continuity of care, monitors quality, supports reimbursement, and may be used for research or legal purposes.
  • Core principles: Documentation must be objective, factual, timely, accurate, and completed only after tasks are performed—never in advance.
  • Common confusion: Do not confuse different note types—DAR notes focus on one problem (Data-Action-Response), while SOAPIE notes organize information across six categories (Subjective-Objective-Assessment-Plan-Interventions-Evaluation).
  • Technology and access: Most clinical settings use electronic health records (EHRs) on secure intranets, giving authorized users instant access to client information.

📱 Electronic health records and information access

📱 What is an EHR

Electronic health record (EHR): a real-time, client-centered record that makes information available instantly and securely to authorized users.

  • EHRs use intranet technology (a private computer network within an institution) to maintain client confidentiality.
  • Computers for accessing EHRs can be in client rooms, on wheeled carts, at workstations, or on handheld devices.

🗂️ Key sections nurses access in the EHR

SectionWhat it containsWhy nurses use it
History and Physical (H&P)Reason for admission, health/surgical history, allergies, current medications, physical exam findings, diagnoses, treatment planConcise overview of client's current status and plan
Provider ordersPrescriptions and medical ordersNurses must legally implement or communicate these orders per agency policy
Medication Administration Records (MARs)Medication orders interfaced with pharmacy; location where nurses document medications givenDocuments what medications were administered
Treatment Administration Records (TARs)Documentation of treatments like wound careTracks non-medication treatments
Laboratory resultsBlood work and other lab test resultsMonitors client status
Diagnostic test resultsX-rays, ultrasounds, etc.Monitors client status
Progress notesNotes by nurses and other health care providers about client careEnsures continuity of care across team members
  • Nurses should review daily progress notes by all team members to ensure continuity of care.

⚖️ Legal documentation requirements

⚖️ Core legal principles

  • Any documentation in the EHR is considered a legal document.
  • The standard in court: "If it wasn't documented, it wasn't done."
  • Documentation is used for continuity of care, quality assurance, reimbursement (insurance, Medicare, Medicaid), research, and legal concerns.

📝 Documentation guidelines

  • Objectivity and professionalism: Documentation should be objective, factual, and professional. Only document what you personally assessed, observed, or performed.
  • Language: Use proper medical terminology, grammar, and spelling.
  • Required elements: All documentation must include date, time, and signature of the person documenting.
  • Avoid abbreviations: Abbreviations should be avoided in legal documentation.
  • Timeliness: Documentation must be completed in an accurate and timely manner after the task is performed. Do not document in advance of completing a task.
  • Never falsify: Assessments, interventions, medications, or treatments that were not completed should never be charted as completed. This is considered falsification and can present serious legal ramifications for the nurse and the health care facility.

✏️ Correcting errors

  • Paper documentation: Avoid leaving blank lines to prevent others from adding to your documentation. In the event of a charting error, draw a single line through the error and write "mistaken entry" above the line with your initials. Errors should never be erased, scribbled out, or covered with white-out.
  • Electronic documentation: If charted in error, it should be corrected with the details of the error and the correction noted in the background should the need arise to review the documentation.

🩺 What nurses document

  • Recording client assessments
  • Writing progress notes
  • Creating or addressing information in nursing care plans

📋 Common documentation formats

📋 Charting by exception (CBE)

Charting by exception (CBE) documentation: designed to decrease the amount of time required to document care by containing a list of normal findings.

  • After performing an assessment, nurses confirm normal findings on the list and write only brief progress notes for abnormal findings or to document communication with other team members.
  • Saves time by focusing on deviations from normal.

🎯 Focused DAR notes

DAR: stands for Data, Action, and Response.

  • Commonly used in combination with charting by exception.
  • Each note is focused on one client problem for efficiency in documenting and reading.

Three components:

  • Data: Information collected during client assessment (vital signs, physical exam findings) during the Assessment phase of the nursing process. Think of this as describing the main problem.
  • Action: Nursing actions planned and implemented for the client's focused problem (correlates to Planning and Implementation phases). Think of this as describing what was done about the problem.
  • Response: Client's response to nursing actions and evaluation of whether planned care was effective (correlates to Evaluation phase). Think of this as describing the result of what happened after performing the actions.

Example (from the excerpt):

  • D: Client reports increasing pain at the incisional site, rated as 7/10, increased from 4/10 despite receiving oral Vicodin 5/325 at 1030. Vital Signs: BP 160/95, HR 90, RR 22, O2 sat 96%, and temperature 38 degrees C. There is 4 cm of redness surrounding the incision that is warm and tender to touch with moderate serosanguinous drainage. Lung sounds are clear, and HR is regular.
  • A: Dr. Smith was notified at 1210 and orders received for CBC STAT and increased Vicodin dose to 10/325 mg.
  • R: Lab results pending. Additional Vicodin administered per order at 1215. At 1315, client reported decreased pain level of 3/10. Will notify provider of results when they become available. -J. White, RN

📖 Narrative notes

Narrative notes (also called summary notes): a type of progress note that chronicles assessment findings and nursing activities for the client that occurred throughout the entire shift or visit.

  • Provides a comprehensive summary of the shift or visit.
  • Example (cardiac narrative note from the excerpt): Client denies chest pain or shortness of breath. Vital signs are within normal limits. Point of maximum impulse palpable at the fifth intercostal space of the midclavicular line. No lifts, heaves, or thrills identified on inspection or palpation. JVD absent. S1 and S2 heart sounds in regular rhythm with no murmurs or extra sounds. Skin is warm, pink, and dry. Capillary refill is less than two seconds. Color, movement, and sensation are intact in upper and lower extremities. Peripheral pulses are present (+2) and equal bilaterally. No peripheral edema is noted. Hair is distributed evenly on lower extremities.

🧩 SOAPIE notes

SOAPIE: a mnemonic for a type of progress note organized by six categories: Subjective, Objective, Assessment, Plan, Interventions, and Evaluation.

  • Written by nurses and other members of the health care team.

Six components:

  • Subjective: What the client said (e.g., "I have a headache"). Can also contain pertinent medical history and why the client is in need of care.
  • Objective: Observable and measurable data collected during assessment (vital signs, physical exam findings, lab/diagnostic test results).
  • Assessment: Interpretation of what was noted in Subjective and Objective sections (e.g., nursing diagnosis in a nursing progress note or medical diagnosis in a provider's progress note).
  • Plan: Outlines the plan of care based on the Assessment section, including goals and planned interventions.
  • Interventions: Describes the actions implemented.
  • Evaluation: Describes the client response to interventions and if the planned outcomes were met.

Example (same scenario as DAR note):

  • S: Client reports having incisional pain of 6/10, increased from 4/10 despite receiving oral Vicodin 5/325 at 1030.
  • O: Vital Signs: BP 160/95, HR 90, RR 22, O2 sat 96%, and temperature 38 degrees C. There is 4 cm of redness surrounding the incision that is warm and tender to touch with moderate serosanguinous drainage. Lung sounds are clear, and HR is regular.
  • A: Dr. Smith was notified at 1210.
  • P: New orders received for CBC STAT to check for infection and increased Vicodin dose to 10/325 mg for pain management.
  • I: Additional Vicodin administered per order at 1215.
  • E: At 1315, client reported decreased pain level of 3/10. Will notify provider of results when they become available. -J. White, RN

Don't confuse: DAR focuses on one problem with three steps (Data-Action-Response), while SOAPIE organizes the same information into six categories that separate subjective from objective data and explicitly state the assessment and plan.

🚪 Specialized documentation types

🚪 Discharge summary

  • Documented when a client is discharged from an agency.
  • Includes clear verbal and written client education and instructions provided to the client.
  • Frequently provided in a checklist format to ensure accuracy.

Information included:

  • Time of departure and method of transportation out of the hospital (e.g., wheelchair)

  • Name and relationship of person accompanying the client at discharge

  • Condition of the client at discharge

  • Client education completed and associated educational materials or other information provided to the client

  • Discharge instructions on medications, treatments, diet, and activity

  • Follow-up appointments or referrals given

  • Discharge teaching typically starts at admission and continues throughout the client's stay because this allows for reinforcement of teaching topics.

Example (from the excerpt): Client discharged home at 1645 with Sarah Jones, his wife, in a wheelchair to their car. Client was in stable condition with the following vital signs: BP 124/76, HR 76, RR 16, O2 sat 98%. Dressing over surgical incision site was dry and intact. Client education was provided on wound care at home and the "Caring for Your Incision" handout was provided. The Discharge Instructions sheet was reviewed with orders for a regular diet and no heavy lifting until follow-up appointment with Dr. Singer on 8/26/2024. Referral completed with ACME Home Health for wound care with the initial home visit scheduled for tomorrow.

🏥 Minimum Data Set (MDS) charting

Minimum Data Set (MDS): a federally mandated assessment tool created by registered nurses in skilled nursing facilities to track a client's goal achievement and coordinate the efforts of the health care team to optimize the resident's quality of care and quality of life.

  • Used in long-term care settings.
  • Provides information for reimbursement by private insurance, Medicare, and Medicaid.
  • Guides nursing care plan development.

🚨 Incident reports

Incident reports (also called variance reports): a specific type of documentation completed when there is an unexpected occurrence, such as a medication error, client injury, client fall, or a near miss (where an error did not actually occur but was prevented from occurring).

Who completes them:

  • Completed by the staff member involved in the occurrence.

What to include:

  • Date and time of the event
  • Client involved (if applicable)
  • What occurred
  • What was done in response to the event
  • What else was happening at the time the incident occurred
  • Other facility-specific required data
  • Avoid abbreviations, assumptions, or interpretations.

Purpose:

  • Intended to be used as a safety tool to identify system issues and process problems that could benefit from quality and safety improvements.
  • Should be used as a component of a safety culture, not punitively.
  • If used punitively, staff become reluctant to report errors or suggest process improvements for fear of "getting in trouble."

Relationship to medical record:

  • Incident reports are not a part of the medical record and should not be mentioned in the medical record.
  • However, the specific event should be documented in the medical record, along with health care provider notification and interventions provided.
14

Diverse Patients Introduction

Chapter 3.1 Diverse Patients Introduction

🧭 Overview

🧠 One-sentence thesis

Culturally responsive care integrates clients' cultural beliefs into health care through a lifelong process of cultural competence and humility, ultimately reducing health disparities and improving outcomes.

📌 Key points (3–5)

  • What culturally responsive care is: intentional, client-centered care that integrates cultural beliefs into health care and promotes trust and rapport.
  • Cultural competence vs cultural humility: competence is applying evidence-based nursing aligned with clients' cultural values to improve outcomes; humility is a humble, respectful attitude that challenges one's own biases and treats learning as lifelong.
  • Holism in nursing: incorporating clients' physical, mental, spiritual, cultural, and social needs into care.
  • Common confusion: cultural competence is not a one-time achievement but a lifelong process of learning and adaptation.
  • Why it matters: understanding and respecting cultural values, beliefs, and preferences improves care quality and helps reduce health disparities.

🌍 Core concepts of culturally responsive care

🌍 What culturally responsive care means

Culturally responsive care: integrates cultural beliefs into an individual's health care.

  • It is intentional—not accidental or passive.
  • It promotes trust and rapport with clients.
  • At its heart, it is client-centered care.
  • The excerpt emphasizes that culture profoundly affects health beliefs, including perceived causes of illness, ways to prevent illness, and acceptance of medical treatments.

🤝 The ANA's perspective on nursing care

  • The American Nurses Association states that the art of nursing is demonstrated by:
    • Unconditionally accepting the humanity of others.
    • Respecting their need for dignity and worth.
    • Providing compassionate, comforting care.
  • This foundation supports the idea that culturally responsive care is central to nursing practice.

🧩 Two key frameworks: competence and humility

🧩 Cultural competence

Cultural competence: a lifelong process of applying evidence-based nursing in agreement with the cultural values, beliefs, worldview, and practices of clients to produce improved client outcomes.

  • It is not a fixed skill but an ongoing process.
  • It requires aligning nursing practice with clients' cultural frameworks.
  • The goal is to produce improved client outcomes.
  • Example: A nurse learns about a client's cultural beliefs regarding medication and adapts the care plan to respect those beliefs while maintaining evidence-based practice.

🙏 Cultural humility

Cultural humility: a humble and respectful attitude toward individuals of other cultures that pushes one to challenge their own cultural biases, realize they cannot know everything about other cultures, and approach learning about other cultures as a life-long goal and process.

  • Key elements:
    • Challenge your own biases: actively question assumptions.
    • Acknowledge limits: accept that you cannot know everything about other cultures.
    • Commit to lifelong learning: treat cultural understanding as an ongoing journey.
  • Don't confuse: cultural humility is not about mastering all cultures; it's about maintaining a respectful, learning-oriented attitude.

🏥 Holistic care and its components

🏥 What holism means in nursing

Holism: incorporating clients' physical, mental, spiritual, cultural, and social needs into their health care.

  • Nurses provide holistic care when they address all these dimensions, not just physical symptoms.
  • The excerpt lists five aspects:
    • Physical
    • Mental
    • Spiritual
    • Cultural
    • Social
  • Example: A nurse caring for a client considers not only their medication needs (physical) but also their emotional state (mental), religious practices (spiritual), cultural food preferences (cultural), and family support (social).

🌱 The journey of developing cultural competency

  • As a nursing student, you are undertaking a journey of:
    • Developing cultural competency.
    • Maintaining an attitude of cultural humility.
    • Learning how to provide holistic care to clients.
  • This journey is framed as ongoing and developmental, not a one-time training.

📊 Why culturally responsive care matters

📊 Impact on health disparities

  • Nurses improve the quality of health care by:
    • Understanding clients' cultural values, beliefs, and preferences.
    • Respecting these cultural elements.
    • Incorporating them into care.
  • This approach can ultimately help reduce health disparities.
  • The excerpt emphasizes that culture's impact on health is profound because it affects many health beliefs.

🎯 Learning objectives for nursing students

The excerpt lists several learning objectives that frame the chapter's goals:

ObjectiveWhat it means
Reflect on personal values and biasesExamine your own cultural background and assumptions
Embrace diversity and equitySupport health care for individuals of diverse backgrounds across the life span
Demonstrate respect, equity, and empathyShow these qualities in all actions and interactions with clients
Participate in lifelong learningContinuously learn about cultural preferences, worldviews, and decision-making processes
Adapt care considering diversityModify nursing care to respect all aspects of diversity
Identify principles of dignity, holistic care, advocacy, and spiritualityUnderstand key principles that support culturally responsive care
  • Don't confuse: these are not one-time tasks but ongoing commitments throughout a nursing career.
15

Diverse Patients Basic Concepts

Chapter 3.2 Diverse Patients Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Developing cultural competence requires nurses to understand that culture is a dynamic, multifaceted identity shaped by many overlapping factors, and to approach each patient with humility rather than assumptions about their cultural group.

📌 Key points (3–5)

  • Culture is dynamic and multidimensional: it includes nationality, language, religion, gender, age, geography, and many other intersecting factors—not just ethnicity.
  • Subcultures exist within larger cultures: people belong to multiple overlapping groups (occupation, hobbies, geography) that shape their identity.
  • Cultural humility over assumptions: nurses must recognize diversity within every culture and avoid stereotyping individuals based on group membership.
  • Common confusion: culture vs. subculture—subcultures are smaller groups within a parent culture; people can belong to many subcultures simultaneously (intersectionality).
  • Why it matters: culture influences health beliefs, pain expression, family roles, communication styles, treatment acceptance, and decision-making in healthcare.

🧩 Core definitions

🧩 What culture means

Culture: a set of beliefs, attitudes, and practices shared by a group of people or community that is accepted, followed, and passed down to other members of the group.

  • Culture is sometimes used interchangeably with ethnicity, nationality, or race, but it is broader.
  • It binds group members together and helps form a cohesive identity.
  • Culture has an enduring influence on worldview, expressed through language, family connections, religion, cuisine, dress, and other customs.
  • Culture is not static—it is dynamic and ever-changing as members encounter beliefs from other cultures.
  • Example: sushi is a traditional Asian dish that has become popular in America in recent years.

🔍 What subculture means

Subculture: a smaller group of people within a culture, often based on a person's occupation, hobbies, interests, or place of origin.

  • Members may identify with some, but not all, aspects of their larger "parent" culture.
  • Subcultures share beliefs and commonalities that set them apart and do not always conform with the larger culture.
CategoryExamples
Age/GenerationBaby Boomers, Millennials, Gen Z
OccupationTruck Driver, Computer Scientist, Nurse
Hobbies/InterestsBirdwatchers, Gamers, Foodies, Skateboarders
ReligionHinduism, Baptist, Islam
GenderMale, Female, Nonbinary, Two-Spirit
GeographyRural, Urban, Southern, Midwestern

🌐 Intersectionality

Intersectionality: the many ways in which a person expresses their cultural identity are not separated, but are closely intertwined.

  • People typically belong to more than one culture simultaneously.
  • These cultures overlap, intersect, and are woven together to create a person's cultural identity.
  • Culture is expressed in many ways: language(s) spoken, religion, gender identity, socioeconomic status, age, sexual orientation, geography, educational background, life experiences, living situation, employment status, immigration status, ability/disability.

🔄 Assimilation

🔄 What assimilation is

Assimilation: the process of adopting or conforming to the practices, habits, and norms of a cultural group.

  • As a result, the person gradually takes on a new cultural identity and may lose their original identity in the process.
  • Example: a newly graduated nurse, after several months of orientation on the hospital unit, offers assistance to a colleague who is busy—the new nurse has developed self-confidence and understands that helping others is a norm for the nurses on that unit.

⚠️ Involuntary assimilation

  • Assimilation is not always voluntary and may become a source of distress.
  • Historic examples: authorities in the United States and Canadian governments required indigenous children to attend boarding schools, separated them from their families, and punished them for speaking their native language.
  • Don't confuse: voluntary adoption of new cultural practices (e.g., a new nurse learning unit norms) vs. forced assimilation that causes loss of original identity.

🌍 How culture influences health and healthcare

🌍 Cultural values and beliefs

  • Culture provides an important source of values and comfort for clients, families, and communities.
  • Think of culture as a thread woven through a person's world that impacts choices, perspectives, and way of life.
  • It plays a role in all life events and threads through the development of self-concept, sexuality, and spirituality.
  • It affects lifelong nutritional habits, as well as coping strategies with death and dying.

🏥 Impact on health perceptions

  • Culture influences how a client interprets "good" health, as well as their perspectives on illness and the causes of illness.
  • The manner in which pain is expressed is also shaped by a person's culture.
  • Example: one culture may encourage open expression of pain, while another may value stoicism.

🗣️ Cultural concepts in healthcare

The excerpt provides examples of how culture impacts common values and beliefs:

Cultural ConceptExamples of Culturally Influenced Values and Beliefs
Family PatternsFamily size; views on contraception; roles of family members; naming customs; value placed on elders and children; discipline/upbringing of children; rites of passage; end-of-life care
Communication PatternsEye contact; touch; use of silence or humor; intonation, vocabulary, grammatical structure; topics considered personal (i.e., difficult to discuss); greeting customs (handshakes, hugs)
Space OrientationPersonal distance and intimate space
Time OrientationFocus on the past, present, or future; importance of following a routine or schedule; arrival on time for appointments
Nutritional PatternsCommon meal choices; foods to avoid; foods to heal or treat disease; religious practices (e.g., fasting, dietary restrictions); foods to celebrate life events and holidays

🩺 Impact on healthcare encounters

Culture can affect encounters with health care providers in other ways:

  • Level of family involvement in care
  • Timing for seeking care
  • Acceptance of treatment (as preventative measure or for an actual health problem)
  • The accepted decision-maker (i.e., the client or other family members)
  • Use of home or folk remedies
  • Seeking advice or treatment from nontraditional providers
  • Acceptance of a caregiver of the opposite gender

💡 Nurses' own cultural beliefs

  • Nurses and other health care team members are impacted by their own personal cultural beliefs.
  • Example: a commonly held belief in American health care is the importance of timeliness—medications are administered at specifically scheduled times, and appearing for appointments on time is considered crucial.
  • Most cultural beliefs are a combination of beliefs, values, and habits that have been passed down through family members and authority figures.
  • The first step in developing cultural competence is to become aware of your own cultural beliefs, attitudes, and practices.

🙏 Cultural diversity and cultural humility

🙏 Cultural diversity

Cultural diversity: a term used to describe cultural differences among people.

  • While it is useful to be aware of specific traits of a culture or subculture, it is just as important to understand that each individual is unique.
  • There are always variations in beliefs among individuals within a culture.
  • Nurses should refrain from making assumptions about the values and beliefs of members of specific cultural groups.

🙏 Cultural humility

Cultural humility (American Nurses Association definition): "A humble and respectful attitude toward individuals of other cultures that pushes one to challenge their own cultural biases, realize they cannot possibly know everything about other cultures, and approach learning about other cultures as a lifelong goal and process."

  • A better approach than making assumptions: recognize that culture is not a static, uniform characteristic.
  • Realize there is diversity within every culture and in every person.
  • Don't confuse: cultural competence (knowing about cultures) vs. cultural humility (recognizing you cannot know everything and approaching learning as lifelong).

📊 Changing demographics

  • Current demographics in the United States reveal that the population is predominantly white.
  • People who were born in another country, but now live in the United States, comprise approximately 14% of the nation's total population.
  • However, these demographics are rapidly changing.
  • The United States Census Bureau projects that more than 50 percent of Americans will belong to a minority group by 2060.
  • With an increasingly diverse population to care for, it is imperative for nurses to integrate culturally responsive care into their nursing practice.

⚠️ Barriers to culturally responsive care

⚠️ Concepts that hinder care

The excerpt defines several concepts that can impact a nurse's ability to provide culturally responsive care:

ConceptDefinitionExample
StereotypingThe assumption that a person has the attributes, traits, beliefs, and values of a cultural group because they are a member of that group.The nurse teaches the daughter of an older client how to make online doctor appointments, assuming that the older client does not understand how to use a computer.
EthnocentrismThe belief that one's culture (or race, ethnicity, or country) is better and preferable than another's.The nurse disparages the client's use of nontraditional medicine and tells the client that traditional treatments are superior.
DiscriminationThe unfair and different treatment of another person or group, denying them opportunities and rights to participate fully in society.A nurse manager refuses to hire a candidate for a nursing position because she is pregnant.
PrejudiceA prejudgment or preconceived idea, often unfavorable, about a person or group of people.The nurse withholds pain medication from a client with a history of opioid addiction, assuming they are engaging in drug-seeking [behavior].

🚫 How to avoid these barriers

  • Recognize that these concepts represent assumptions and judgments that prevent individualized, respectful care.
  • Challenge your own cultural biases (part of cultural humility).
  • Approach each patient as a unique individual rather than a representative of a cultural group.
  • Don't confuse: awareness of cultural traits (helpful background knowledge) vs. stereotyping (assuming an individual fits the group profile).
16

Patient's Bill of Rights

Chapter 3.3 Patient's Bill of Rights

🧭 Overview

🧠 One-sentence thesis

The Patient's Bill of Rights safeguards clients' rights to accurate information, fair treatment, and self-determination in health care decisions, with principles that underscore the importance of cultural competency and respectful care.

📌 Key points (3–5)

  • Origin and evolution: Adopted by the American Hospital Association in 1973, the bill has been updated, revised, and adapted worldwide for all health care settings.
  • Core purpose: Safeguards a client's right to accurate and complete information, fair treatment, and self-determination when making health care decisions.
  • Cultural competency foundation: Clients should expect to be treated with sensitivity, dignity, and respect for their cultural values.
  • Scope beyond culture: While the bill extends beyond cultural considerations alone, its basic principles underscore the importance of cultural competency when caring for people.
  • Common confusion: The Patient's Bill of Rights is not a static document—different versions exist, but all share general principles of informed consent, privacy, and respectful care.

🏥 Historical context and purpose

📜 Origin and development

  • The American Hospital Association (AHA) adopted the Patient's Bill of Rights in 1973.
  • The bill is described as "an evolving document related to providing culturally competent care."
  • It has been updated, revised, and adapted for use throughout the world in all health care settings.
  • Different versions exist, but they share general principles.

🎯 Core mission

The Patient's Bill of Rights safeguards a client's right to accurate and complete information, fair treatment, and self-determination when making health care decisions.

  • Clients should expect to be treated with sensitivity and dignity.
  • Respect for cultural values is explicitly emphasized.
  • The bill's basic principles underscore the importance of cultural competency when caring for people.

🤝 Respect and information rights

🤝 Right to considerate and respectful care

  • The patient has the right to considerate and respectful care (Right #1).
  • This is the foundational principle that frames all other rights.

📋 Right to understandable information

  • Patients are encouraged to obtain relevant, current, and understandable information concerning diagnosis, treatment, and prognosis from physicians and other direct caregivers (Right #2).
  • Information must be accessible and comprehensible, not just technically available.

🔍 Right to know caregivers' identities

  • Patients have the right to know the identity of physicians, nurses, and others involved in their care (Right #4).
  • This includes knowing when those involved are students, residents, or other trainees.
  • Example: A patient should be informed if a medical student will be participating in their procedure.

💰 Right to financial information

  • The patient has the right to know the immediate and long-term financial implications of treatment choices, insofar as they are known (Right #5).
  • This enables informed decision-making that considers both medical and economic factors.

🗣️ Decision-making and autonomy rights

🗣️ Right to make care decisions

  • The patient has the right to make decisions about the plan of care prior to and during the course of treatment (Right #6).
  • Patients can refuse a recommended treatment or plan of care to the extent permitted by law and hospital policy.
  • They must be informed of the medical consequences of refusal.
  • In case of refusal, the patient is entitled to other appropriate care and services or transfer to another hospital.

📝 Right to discuss procedures and alternatives

  • Except in emergencies when the patient lacks decision-making capacity and the need for treatment is urgent, the patient is entitled to the opportunity to discuss and request information related to specific procedures and/or treatments (Right #3).
  • This includes:
    • The risks involved
    • The possible length of recuperation
    • The medically reasonable alternatives and their accompanying risks and benefits

📄 Right to advance directives

  • The patient has the right to have an advance directive (such as a living will, health care proxy, or durable power of attorney for health care) concerning treatment or designating a surrogate decision-maker (Right #7).
  • The hospital is expected to honor the intent of that directive to the extent permitted by law and hospital policy.
  • Health care institutions must:
    • Advise patients of their rights under state law and hospital policy to make informed medical choices
    • Ask if the patient has an advance directive
    • Include that information in patient records
  • Patients have the right to timely information about hospital policy that may limit its ability to implement fully a legally valid advance directive.

🔒 Privacy and confidentiality rights

🔒 Right to privacy

  • The patient has the right to every consideration of privacy (Right #8).
  • Case discussion, consultation, examination, and treatment should be conducted so as to protect each patient's privacy.

🗂️ Right to confidential records

  • The patient has the right to expect that all communications and records pertaining to his/her care will be treated as confidential by the hospital (Right #9).
  • Exceptions exist in cases such as suspected abuse and public health hazards when reporting is permitted or required by law.
  • The patient has the right to expect that the hospital will emphasize the confidentiality of this information when it releases it to any other parties entitled to review information in these records.

📖 Right to review medical records

  • The patient has the right to review the records pertaining to his/her medical care and to have the information explained or interpreted as necessary, except when restricted by law (Right #10).
  • This supports transparency and patient understanding of their own care.

🏢 Institutional transparency and research rights

🏢 Right to appropriate care and transfer

  • The patient has the right to expect that, within its capacity and policies, a hospital will make a reasonable response to the request of a patient for appropriate and medically indicated care and services (Right #11).
  • The hospital must provide evaluation, service, and/or referral as indicated by the urgency of the case.
  • When medically appropriate and legally permissible, or when a patient has so requested, a patient may be transferred to another facility.
  • Requirements for transfer:
    • The institution to which the patient is to be transferred must first have accepted the patient for transfer
    • The patient must have the benefit of complete information and explanation concerning the need for, risks, benefits, and alternatives to such a transfer

🔗 Right to know business relationships

  • The patient has the right to ask and be informed of the existence of business relationships among the hospital, educational institutions, other health care providers, or payers that may influence the patient's treatment and care (Right #12).
  • This transparency helps patients understand potential conflicts of interest.

🔬 Right to consent or decline research participation

  • The patient has the right to consent to or decline to participate in proposed research studies or human experimentation affecting care and treatment or requiring direct patient involvement (Right #13).
  • Studies must be fully explained prior to consent.
  • A patient who declines to participate in research or experimentation is entitled to the most effective care that the hospital can otherwise provide.
  • Don't confuse: declining research participation does not mean forfeiting quality care—patients are still entitled to the best available standard treatment.

🔄 Right to continuity of care

  • The patient has the right to expect reasonable continuity of care when appropriate (Right #14).
  • Patients should be informed by physicians and other caregivers of available and realistic patient care options when hospital care is no longer appropriate.

📢 Right to know policies and resources

  • The patient has the right to be informed of hospital policies and practices that relate to patient care, treatment, and responsibilities (Right #15).
  • This includes:
    • Available resources for resolving disputes, grievances, and conflicts (such as ethics committees, patient representatives, or other mechanisms available in the institution)
    • The hospital's charges for services and available payment methods

🔄 Current status

🔄 Evolution to Patient Care Partnership

  • The excerpt notes that a current version of the "Patient Care Partnership" brochure from the American Hospital Association has replaced the Patient's Bill of Rights.
  • This reflects the ongoing evolution of the document to meet contemporary health care needs.
17

Cultural Competence

Chapter 3.4 Cultural Competence

🧭 Overview

🧠 One-sentence thesis

Cultural competence is a lifelong nursing process that combines knowledge, awareness, and sensitivity about clients' cultural beliefs to improve health outcomes and build trusting relationships with culturally diverse clients.

📌 Key points (3–5)

  • What cultural competence is: applying evidence-based nursing in agreement with clients' cultural values, beliefs, worldview, and practices to produce improved outcomes.
  • Why it matters: culturally competent care improves quality of care, health outcomes, and builds supportive, trusting relationships; it is an ethical and moral obligation.
  • How to develop it: through cultural awareness (self-reflection), cultural knowledge (seeking information), cultural sensitivity (nonjudgmental respect), cultural skill (synthesizing information while planning care), and cultural encounters (direct engagement with diverse clients).
  • Common confusion: cultural competence is not just awareness of other cultures' existence—it requires intrinsic motivation (cultural desire), active learning, and ongoing self-examination of one's own biases and assumptions.
  • Foundation: rooted in Dr. Madeleine Leininger's transcultural nursing theory, which emphasizes "culturally congruent practice" (care aligned with clients' preferred values and practices).

🌱 Origins and foundations

🌱 Transcultural nursing theory

Transcultural nursing: incorporates cultural beliefs and practices of individuals to help them maintain and regain health or to face death in a meaningful way.

  • Developed by Dr. Madeleine Leininger (1925–2012), the first professional nurse with a PhD in anthropology.
  • She combined "culture" (from anthropology) with "care" (from nursing) into "culture care."
  • In the mid-1950s, no cultural knowledge base existed to guide nursing decisions or understand cultural behaviors.
  • Leininger coined the term culturally congruent practice.

Culturally congruent practice: nursing care that is in agreement with the preferred values, beliefs, worldview, and practices of the health care consumer.

  • She developed and taught the first transcultural nursing course in 1966; master's and doctoral programs followed.
  • Honored as a Living Legend of the American Academy of Nursing in 1998.

📜 Ethical and professional standards

  • Nurses have an ethical and moral obligation to provide culturally competent care.
  • ANA "Respectful and Equitable Practice" Standard: nurses must practice with cultural humility and inclusiveness.
  • ANA Code of Ethics: nurses must collaborate to protect human rights, fight discriminatory practices, and reduce disparities.
  • Nurses are expected to be aware of their own cultural identifications to control personal biases that may interfere with the therapeutic relationship.
  • Self-awareness involves examining one's own culture and perceptions/assumptions about the client's culture, as well as understanding how oppression, racism, discrimination, and stereotyping affect them personally and in their work.

🪞 Self-examination and cultural desire

🪞 Beginning with self-reflection

  • Developing cultural competence begins in nursing school.
  • Culture is an integral part of life, but its impact is often implicit.
  • It is easy to assume others share the same cultural values, but each individual has their own beliefs, values, and preferences.
  • Nurses should reflect on questions such as:
    • Who are you? With what cultural group or subgroups do you identify?
    • When you meet someone from another culture/country/place, do you try to learn more about them?
    • Do you notice instances of bias, prejudice, discrimination, and stereotyping in your environment?
    • Have you reflected on your own upbringing and childhood to better understand your own implicit biases?
    • Do you consider your use of language to avoid terms or phrases that may be degrading or hurtful?
    • When other people use biased language and behavior, do you feel comfortable speaking up?
    • How ready are you to give equal attention, care, and support to people regardless of their culture, socioeconomic class, religion, gender expression, sexual orientation, or other "difference"?

💡 Cultural desire

Cultural desire: the intrinsic motivation and commitment on the part of a nurse to develop cultural awareness and cultural competency.

  • Although cultural diversity training is typically a requirement for health care professionals, cultural desire refers to the nurse's own internal drive.
  • It is not just completing a training—it is a personal commitment to ongoing learning and growth.
  • Don't confuse: cultural desire is intrinsic (from within), not just external compliance with training requirements.

🧩 The five characteristics of cultural competence

🧩 Cultural awareness

Cultural awareness: a deliberate, cognitive process in which health care providers become appreciative and sensitive to the values, beliefs, attitudes, practices, and problem-solving strategies of a client's culture.

  • To become culturally aware, the nurse must undergo reflective exploration of personal cultural values while also becoming conscious of the cultural practices of others.
  • The culturally competent nurse seeks to reverse harmful prejudices, ethnocentric views, and attitudes they have.
  • Cultural awareness goes beyond simple awareness of the existence of other cultures—it involves interest, curiosity, and appreciation.
  • Example: A nurse reflects on their own upbringing and realizes they hold certain assumptions about family roles; they then actively work to understand how other cultures view family differently.

📚 Cultural knowledge

Cultural knowledge: seeking information about cultural health beliefs and values to understand clients' world views.

  • The nurse actively seeks information about other cultures, including common practices, beliefs, values, and customs, particularly for cultures prevalent within the communities they serve.
  • Cultural knowledge also includes understanding:
    • Historical backgrounds of culturally diverse groups in society.
    • Physiological variations and the incidence of certain health conditions in culturally diverse groups.
  • Cultural knowledge is best obtained through cultural encounters with clients from diverse backgrounds to learn about individual variations within cultural groups and to prevent stereotyping.
  • Don't confuse: cultural knowledge is not about memorizing stereotypes—it is about understanding general patterns while recognizing individual variation.

🤝 Cultural sensitivity

Cultural sensitivity: being tolerant and accepting of cultural practices and beliefs of people.

  • Demonstrated when the nurse conveys nonjudgmental interest and respect through words and action.
  • Includes understanding that some health care treatments may conflict with a person's cultural beliefs.
  • Implies a consciousness of the damaging effects of stereotyping, prejudice, or biases on clients and their well-being.
  • Nurses who fail to act with cultural sensitivity may be viewed as uncaring or inconsiderate, causing a breakdown in trust for the client and their family members.
  • When a client experiences nursing care that contradicts their cultural beliefs, they may experience moral or ethical conflict, nonadherence, or emotional distress.
  • Example: A nurse recognizes that a client's religious beliefs may influence their dietary preferences and works with the dietary team to provide culturally appropriate meals, rather than dismissing the client's concerns.

🛠️ Cultural skill

Cultural skill: reflected by the nurse's ability to gather and synthesize relevant cultural information about their clients while planning care and using culturally sensitive communication skills.

  • Nurses with cultural skill provide care consistent with their clients' cultural needs.
  • They deliberately take steps to secure a safe health care environment that is free of discrimination or intolerance.
  • Example: A culturally skilled nurse will make space and seating available within a client's hospital room for accompanying family members when this support is valued by the client.
  • Cultural desire, awareness, sensitivity, and knowledge are the building blocks for developing cultural skill.

🌍 Cultural encounters

Cultural encounter: a process where the nurse directly engages in face-to-face cultural interactions and other types of encounters with clients from culturally diverse backgrounds in order to modify existing beliefs about a cultural group and to prevent possible stereotyping.

  • Direct engagement is essential—reading about cultures is not enough.
  • Cultural encounters help the nurse learn about individual variations within cultural groups.
  • They prevent the nurse from relying on stereotypes or generalizations.
  • Example: A nurse who has only read about a particular cultural group's health beliefs meets several clients from that group and learns that individuals within the group have diverse perspectives and practices.

🔄 The lifelong process

🔄 Ongoing development

  • Cultural competence is a lifelong process that evolves throughout a nursing career.
  • It takes motivation, time, and practice to develop.
  • By developing the characteristics of cultural awareness, cultural knowledge, cultural skill, and cultural encounters, a nurse develops cultural competence.
  • Culturally competent nurses have the power to improve the quality of care leading to better health outcomes for culturally diverse clients.
  • Nurses who accept and uphold the cultural values and beliefs of their clients are more likely to develop supportive and trusting relationships with their clients.
  • In turn, this opens the way for optimal disease and injury prevention and leads towards positive health outcomes for all clients.
18

Health Disparities

Chapter 3.5 Health Disparities

🧭 Overview

🧠 One-sentence thesis

Health disparities—differences in health outcomes driven by social determinants—persist in the U.S. health care system despite decades of promoting culturally competent care, and nurses play a critical role in reducing these disparities through culturally responsive care.

📌 Key points (3–5)

  • What health disparities are: differences in health outcomes caused by entrenched economic, sociopolitical, or environmental factors (social determinants of health), not just individual choices.
  • Who is affected: vulnerable populations experience increased disease burden and access problems based on ethnicity, gender, age, disability, socioeconomic status, geographic location, and other characteristics historically linked to discrimination.
  • Evidence of ongoing disparities: the 2022 National Healthcare Quality and Disparities Report shows continued gaps—especially for poor, uninsured, rural, Hispanic, and Black populations—despite improvements since the Affordable Care Act.
  • Common confusion: health disparities vs. health care disparities—health disparities refer to differences in health outcomes; health care disparities refer specifically to differences in access to care and insurance coverage.
  • Why nurses matter: nurses are uniquely positioned to reduce disparities by providing culturally sensitive environments, performing cultural assessments, and delivering culturally responsive care.

🏥 Origins and persistence of disparities

🏛️ Historical roots in the U.S. health care system

  • The U.S. health care system was shaped by mainstream white culture values and originally designed to serve primarily English-speaking clients with financial resources.
  • Most health care professionals in the U.S. are members of white culture, and medical treatments tend to arise from that perspective.
  • The 2003 Institute of Medicine report Unequal Treatment provided evidence that "bias, prejudice, and stereotyping on the part of health care providers may contribute to differences in care."
  • Don't confuse: the problem is not just individual provider bias—it is also systemic design that embedded inequities from the start.

📉 Current state despite progress

  • Although access and quality have improved since 2000 following the Affordable Care Act, the 2022 report shows continued disparities.
  • Vulnerable populations continue to experience increased prevalence and burden of diseases, as well as problems accessing quality health care.
  • Example: Gains in insurance coverage vary by race and ethnicity, with Hispanic groups and Non-Hispanic American Indian or Alaska Native groups significantly less likely to be insured.

🔍 Defining key terms

🩺 Health disparities

Health disparities: differences in health outcomes resulting from entrenched economic, sociopolitical, or environmental factors, referred to as social determinants of health.

  • These are not random variations—they result from systemic factors, not individual behavior alone.
  • Health disparities negatively impact groups based on ethnicity, gender, age, mental health, disability, sexual orientation, gender identity, socioeconomic status, geographic location, or other characteristics historically linked to discrimination or exclusion.

🏥 Health care disparity

Health care disparity: differences in access to health care and insurance coverage.

  • This is a narrower term than health disparities—it focuses specifically on access and insurance, not all health outcomes.
  • Example: rural counties are disproportionately designated as primary care shortage areas compared to metropolitan counties.

🌍 Social determinants of health

Social determinants of health: conditions in the environment where people are born, live, learn, work, play, worship, and age that affect a wide range of health, functioning, and quality-of-life outcomes.

  • Resources that enhance quality of life can significantly influence population health outcomes.
  • Examples include:
    • Safe and affordable housing
    • Access to education
    • Public safety
    • Availability of healthy foods
    • Local emergency/health services
    • Environments free of life-threatening toxins

📊 Evidence of ongoing disparities

📉 Key findings from the 2022 National Healthcare Quality and Disparities Report

The Agency for Healthcare Research and Quality (AHRQ) releases an annual report describing quality in terms of client safety, person-centered care, care coordination, effective treatment, healthy living, and care affordability.

FindingDetails
Life expectancy declineOverall health expectancy declined in 2022 due to COVID, with a greater decline for Hispanic and non-Hispanic Black groups compared to non-Hispanic White groups.
Insurance coverage gapsPercentage of people with health insurance has increased greatly in the past decade, but gains vary by race and ethnicity; Hispanic and Non-Hispanic American Indian or Alaska Native groups are significantly less likely to be insured.
Rural access problemsDisproportionately more rural counties than metropolitan counties are designated as primary care shortage areas.
Maternal health disparitiesThe U.S. has worse maternal health and health care than other industrialized nations, with suboptimal outcomes for multiple measures and considerable racial disparities.

💰 Broader consequences

  • Health disparities and health care disparities can lead to:
    • Decreased quality of life
    • Increased personal costs
    • Lower life expectancy
  • These disparities also translate to greater societal costs, such as the financial burden of uncontrolled chronic illnesses.

🛠️ Resources and initiatives to combat disparities

🏛️ Federal and national agencies

Agency/InitiativeRole
Agency for Healthcare Research and Quality (AHRQ)Publishes the National Healthcare Quality and Disparities Report on measures related to access, affordability, coordination, treatment, healthy living, safety, and person-centered care.
Healthy People 2030A new initiative launched every ten years to guide national health promotion and disease prevention efforts.
Office of Minority Health (OMH)Works to improve the health of minority populations; provides resources on Cultural and Linguistic Competency, including national standards for Culturally and Linguistically Appropriate Services (CLAS).
REACH-USCenters for Disease Control initiative to remove barriers to health linked to race, ethnicity, education, income, location, or other social factors.
National Partnership for Action to End Health Disparities (NPA)Raises awareness and increases effectiveness of programs targeting health disparities; offers a Toolkit for Community Action.

🤝 Nonprofit and professional organizations

OrganizationMission
Robert Wood Johnson Foundation (RWJF)Philanthropic organization identifying root causes of health disparities and removing barriers to improve health outcomes.
The Sullivan AllianceNonprofit strengthening the capacity and quality of the nation's health workforce by increasing the number of historically marginalized people in every area of health care.
Transcultural Nursing Society (TCNS)Improves the quality of culturally congruent and equitable care worldwide by promoting cultural competence in nursing practice, scholarship, education, research, and administration.

🩺 The nurse's role in reducing disparities

🎯 Why culturally responsive care matters

  • Providing culturally responsive care is a key strategy for reducing health disparities.
  • While there are multiple determinants contributing to a person's health, nurses play an important role by:
    • Providing a culturally sensitive environment
    • Performing a cultural assessment
    • Providing culturally responsive care
  • Nurses are uniquely positioned to directly impact client outcomes as we work together to overcome health disparities.

⚠️ Consequences of lack of culturally responsive care

  • A lack of culturally responsive care potentially contributes to miscommunication between the client and the nurse.
  • The client may experience:
    • Distress
    • Loss of trust in the nurse or the health care system as a whole
    • Nonadherence to prescribed treatments
  • Don't confuse: this is not just about being polite—lack of cultural responsiveness has measurable negative health outcomes.

🌟 Real-world example: Flint, Michigan water crisis

Background: In 2014 the water system in Flint, Michigan, was discovered to be contaminated with lead. The city's children were found to have perilously elevated lead levels. Children from poor households were most affected by the crisis.

Health impact: Lead is a dangerous neurotoxin. Elevated lead levels are linked to:

  • Slowed physical development
  • Low IQ
  • Problems with cognition, attention, and memory
  • Learning disabilities

Nursing response: Approximately 150 local nurses and nursing students answered the call by:

  • Organizing and arranging educational seminars
  • Setting up lead testing clinics to determine who had been affected by the water contamination
  • A nursing student involved noted that this situation illustrated "the need for health care, the need for nursing, goes way outside the hospital walls."

Key insight: This example shows how social determinants (contaminated water, poverty) create health disparities, and how nurses can advocate for community health beyond traditional hospital settings.

19

Culturally Sensitive Care

Chapter 3.6 Culturally Sensitive Care

🧭 Overview

🧠 One-sentence thesis

Nurses reduce health disparities and improve client outcomes by creating culturally sensitive environments, performing cultural assessments, and integrating clients' cultural beliefs into their care.

📌 Key points (3–5)

  • Why culturally responsive care matters: lack of cultural sensitivity leads to miscommunication, distrust, and poor adherence to treatment; nurses are uniquely positioned to overcome health disparities.
  • How to convey cultural sensitivity: introduce yourself formally, observe nonverbal cues, use inclusive language, adopt a nonjudgmental approach, and prioritize cultural considerations.
  • When to use medical interpreters: required when clients have limited English ability; trained interpreters reduce errors, shorten hospital stays, and improve satisfaction—family members should not interpret.
  • Common confusion: it's acceptable to admit limited knowledge of a culture and politely ask questions; being open and honest prevents misunderstandings and shows respect.
  • Sensitive topics like sexuality: nurses should initiate conversations in private, non-judgmental settings, provide normalcy without minimizing concerns, and recognize when to seek additional resources.

🤝 Building a culturally sensitive environment

👋 First contact and introductions

  • Introduce yourself by name and role when meeting the client and family for the first time.
  • Address the client formally using their title and last name until you know their preference.
  • Ask how they wish to be addressed and record this in the chart.
  • Respectfully acknowledge family members and visitors at the bedside.
  • Example: A nurse meets a new client and says, "Hello, I'm Nurse Smith. How would you like me to address you?" rather than assuming a first-name basis.

🧭 Observing and following nonverbal cues

  • Begin by standing or sitting at least arm's length from the client.
  • Observe eye contact, space orientation, touch, and other nonverbal behaviors and follow the client's lead.
  • Why this matters: different cultures have different norms for personal space and physical contact; imposing your own norms can cause discomfort or distrust.
  • Don't confuse: "following their lead" means adapting to the client's behavior, not assuming all members of a culture behave identically.

🗣️ Language and inclusive communication

  • Note the client's preferred language and record it in the chart.
  • Determine if a medical interpreter is required before proceeding with interview questions if English is not the client's primary language.
  • Use inclusive, culturally sensitive language:
    • Say "a person who uses a wheelchair" instead of "wheelchair bound."
  • Why: language shapes perception and respect; inappropriate terms can alienate clients.

🙏 Honesty, respect, and nonjudgment

  • Be open and honest about the extent of your knowledge of the client's culture.
  • Politely ask questions about their beliefs and seek clarification to avoid misunderstandings.
  • Adopt a nonjudgmental approach and show respect for cultural beliefs, values, and practices.
  • Attempt to integrate cultural expressions into care as long as they are not unsafe for the client or others.
  • Assure the client that cultural considerations are a priority in their care.
  • Example: A nurse says, "I'm not familiar with this practice. Can you help me understand so I can support you better?" rather than dismissing or ignoring the client's beliefs.
  • Don't confuse: you may not personally agree with a client's cultural expressions, but the client's rights must be upheld.

🌐 Using medical interpreters

🏥 Why trained interpreters are required

Medical interpreters are trained professionals who facilitate communication when clients have limited ability to speak, read, write, or understand English.

  • Health care facilities are mandated by The Joint Commission to provide qualified medical interpreters.
  • Benefits of trained interpreters:
    • Fewer communication errors
    • Shorter hospital stays
    • Reduced 30-day readmission rates
    • Improved client satisfaction

❌ Why family members should not interpret

  • The client may withhold sensitive information from family members.
  • Family members may edit or change information provided.
  • Unfamiliarity with medical terminology causes misunderstandings and errors.
  • Don't confuse: family members can provide cultural context, but they should not replace trained interpreters for medical communication.

📋 Guidelines for working with interpreters

  • Allow extra time for the interview or conversation.
  • Meet with the interpreter beforehand to provide background whenever possible.
  • Document the interpreter's name in the progress note.
  • Always face and address the client directly using a normal tone of voice; do not direct questions to the interpreter.
  • Speak in the first person (using "I").
  • Avoid idioms, abbreviations, slang, jokes, and jargon:
    • Example: Don't say "Are you feeling under the weather today?"—this idiom may not translate clearly.
  • Speak in short paragraphs or sentences; ask only one question at a time.
  • Allow sufficient time for the interpreter to finish before beginning another statement or topic.
  • Ask the client to repeat instructions and explanations to verify understanding.

🧑‍🤝‍🧑 Cultural and gender considerations

  • Consider coordinating conversations with other health care team members to streamline communication.
  • Be aware of cultural implications: who can discuss what health care topics and who makes decisions.
  • Obtain an interpreter of the same gender as the client when possible to prevent potential embarrassment if sensitive matters are discussed.

💬 Discussing sexuality sensitively

🔍 What sexuality encompasses

Sexuality encompasses sex, sexual orientation, gender identity, gender roles, among other topics.

  • Why these discussions arise:
    • Medication sexual side effects
    • Disease processes affecting sexuality
    • Surgical procedures affecting sexuality
    • Sexually transmitted infections
    • Sexual trauma
    • Health needs of LGBTQAI+ and straight clients
  • Why clients may hesitate: embarrassment or social stigmas about certain topics; they may feel they cannot initiate the conversation.

🛡️ Creating a safe environment for discussion

  • Provide a private area free of interruptions for the conversation.
  • Do not appear hurried; give the client your undivided attention.
    • Why: clients may be reluctant to open up if they feel the nurse is too busy.
  • Provide a sense of normalcy without minimizing concerns; ask permission before further discussing sexuality.
    • Example: "Some clients taking this medication experience erectile dysfunction. Is this something that you would like to talk about?"
  • Remain nonjudgmental and respectful even if you may not agree with the client's sexuality.
  • Recognize your limitations as a nurse; it's acceptable not to have all the answers—seek additional referrals and information as necessary.

🚨 When to use additional resources

  • Be aware of situations that warrant using other staff:
    • Example: If a female client has experienced sexual trauma by a male perpetrator, she likely will not be comfortable with a male RN performing her assessment.
    • It may be necessary to confer with the charge RN to change client assignments to allow the client to be cared for by female staff.
  • Why: trauma-informed care requires sensitivity to past experiences that may affect comfort and trust.

🩺 Cultural assessment tools

🔤 The Four Cs of Culture model

A quick cultural assessment tool that asks what the client Considers to be a problem, the Cause of the problem, how they are Coping, and how Concerned they are.

QuestionExample client response
What does the client Consider the problem and what they Call it?A client diagnosed with pneumonia believes his body is "unbalanced."
What does the client think Caused this problem?The client believes the illness is punishment for a misdeed; avoids certain foods and uses herbal tea as home remedies.
How Concerned is the client about this problem?The client views the illness as "God's will" and states, "It's in God's hands."
  • Why this tool helps: it reveals the client's perspective, which may differ significantly from the biomedical model, and guides culturally responsive care planning.

📝 Comprehensive cultural assessment (Spector's Heritage Assessment)

A more detailed interview adapted from Spector's Heritage Assessment Tool includes questions such as:

  • Where were you born? Where were your parents born?
  • What pronoun do you use (he, she, they)?
  • In what language are you most comfortable speaking and reading?
  • Did you grow up in a city, town, or rural setting?
  • When you were growing up, who lived with you and your family?
  • Are your friends from the same cultural background as you?
  • What is your religious preference?
  • Do you have any dietary preferences related to your religious or cultural beliefs?
  • In your culture, how do you celebrate the birth of a baby? A wedding?
  • When a woman is pregnant, are there any special customs she needs to follow? Any special foods?

Why these questions matter: they help the nurse understand the client's cultural context, family structure, language needs, religious practices, and health-related customs, enabling integration of cultural beliefs into care.

⚠️ Consequences of lacking culturally responsive care

📉 Impact on communication and trust

  • Miscommunication between the client and the nurse.
  • Client distress or loss of trust in the nurse or the health care system as a whole.
  • Non-adherence to prescribed treatments.
  • Why nurses are uniquely positioned: nurses work directly with clients and can directly impact client outcomes by overcoming health disparities.
20

Cultural Assessment

Chapter 3.7 Cultural Assessment

🧭 Overview

🧠 One-sentence thesis

Cultural assessment tools help nurses systematically gather information about clients' cultural beliefs, practices, and concerns to provide care that respects and accommodates their cultural needs.

📌 Key points (3–5)

  • When to assess: After establishing a culturally sensitive environment, nurses should incorporate cultural assessment when caring for all clients.
  • Quick tool—Four Cs: Asks what the client Considers the problem, what Caused it, how they are Coping, and how Concerned they are.
  • Comprehensive tool—Heritage Assessment: Covers birthplace, language, religion, dietary practices, family structure, illness customs, death rituals, and decision-making patterns.
  • Purpose: These tools facilitate understanding and communication and are adaptable to a variety of health care settings.
  • Common confusion: Assessment is not a one-time checklist—it should inform ongoing culturally responsive care, including cultural negotiation and creating a culturally safe environment.

🔍 Quick cultural assessment: The Four Cs

🔍 What the Four Cs model asks

The Four Cs of Culture model is a quick cultural assessment tool that focuses on four key questions:

  • Consider/Call: What does the client think is the problem? What do they call it?
  • Caused: What does the client believe caused this problem?
  • Coping: How is the client coping with the problem?
  • Concerned: How serious does the client think this problem is?

🩺 Example scenario from the excerpt

The excerpt provides a pneumonia example to illustrate the Four Cs:

Four CClient's perspective
ConsiderClient believes his body is "unbalanced" (not "pneumonia")
CausedClient believes the illness is punishment for a misdeed
CopingClient avoids certain foods, uses home remedies like herbal tea
ConcernedClient views illness as "God's will" and states "It's in God's hands"
  • This shows how a client's cultural framework can differ significantly from the biomedical diagnosis.
  • The nurse learns what matters to the client and how they are already managing the problem.

📋 Comprehensive cultural assessment: Heritage Assessment

📋 What the Heritage Assessment covers

Inspired by R. E. Spector's Heritage Assessment interview, this tool gathers detailed cultural background through open-ended questions:

Background and identity:

  • Birthplace (client and parents)
  • Preferred pronoun (he, she, they)
  • Language comfort for speaking and reading
  • Urban, town, or rural upbringing
  • Household composition during childhood

Social and religious context:

  • Friends' cultural backgrounds
  • Religious preference
  • Dietary preferences related to religion or culture

Life events and customs:

  • Birth and wedding celebrations
  • Pregnancy customs and special foods
  • Illness care practices (who cares, what foods, what to avoid)
  • Home remedies for illness
  • Comforting actions when someone is dying
  • Death rituals

Family structure and beliefs:

  • Who makes family decisions
  • How elders are viewed
  • Beliefs about organ donation or blood transfusions
  • Special customs (rites of passage, foods, holidays)

🎯 Why this depth matters

  • The excerpt emphasizes that these tools are "designed to facilitate understanding and communication."
  • By asking about specific life events (birth, illness, death), nurses learn how cultural beliefs shape health behaviors, not just what the beliefs are.
  • Example: Knowing that a client's culture designates a specific family member to make decisions helps the nurse include the right people in care planning.

🚫 Don't confuse with...

  • This is not a checklist to "complete" and file away—it informs ongoing care decisions.
  • The excerpt notes these tools are "adaptable to a variety of health care settings," meaning nurses should select relevant questions for the context, not rigidly follow every item.

🔗 Connection to culturally responsive care

🔗 Assessment as a foundation

The excerpt places cultural assessment as the second step in a sequence:

  1. Establish a culturally sensitive environment (covered in prior section)
  2. Perform cultural assessment (this section)
  3. Provide culturally responsive care (next section)

🔗 What comes after assessment

The excerpt briefly introduces concepts that follow from assessment:

Culturally safe environment: A safe space for clients to interact without judgment or discrimination, where the client is free to express their cultural beliefs, values, and identity.

Cultural negotiation: Both the client and nurse seek a mutually acceptable way to deal with competing interests of nursing care, prescribed medical care, and the client's cultural needs.

  • Example from the excerpt: A nurse asks a client to take medication "every day when he awakens" rather than "every morning at 0800" to accommodate a culture that views time as relative rather than fixed.
  • Example from the excerpt: A nurse arranges for a client to keep her hijab during surgery, covering it with a surgical cap, rather than requiring removal.

🔗 Decision-making and self-determination

The excerpt introduces a potential cultural conflict:

Self-determination: A person's right to determine what will be done with and to their own body.

  • U.S. health care culture emphasizes individuality and self-determination.
  • Some clients' cultures value group decision-making and decisions made to benefit the group, not necessarily the individual.
  • Example from the excerpt: The 2019 film The Farewell depicts a Chinese-American family deciding not to tell the matriarch she is dying of cancer—a group decision that conflicts with U.S. norms of patient autonomy.
  • Don't confuse: The excerpt does not resolve this tension; it highlights that assessment must uncover who makes decisions in the client's culture so the nurse can navigate these differences respectfully.
21

Culturally Responsive Care

Chapter 3.8 Culturally Responsive Care

🧭 Overview

🧠 One-sentence thesis

Culturally responsive care requires nurses to create safe environments, negotiate competing cultural and medical needs, and accommodate clients' cultural preferences regarding decision-making, space, eye contact, and food while maintaining effective treatment.

📌 Key points (3–5)

  • Culturally safe environment: a space free from judgment where clients can express cultural beliefs, values, and identity without discrimination.
  • Cultural negotiation: a reciprocal, collaborative process where nurse and client find mutually acceptable ways to balance nursing care, medical treatment, and cultural needs.
  • Cultural influences on care: time orientation, space/touch preferences, eye contact norms, and food choices all vary by culture and must be accommodated when feasible.
  • Common confusion: U.S. healthcare emphasizes individual self-determination, but some cultures prioritize group decision-making—nurses must recognize and respect this difference.
  • Practical accommodation: when cultural needs don't adversely affect treatment, they should be honored (e.g., keeping a hijab during surgery, adjusting medication timing to daily routines rather than clock time).

🏥 Creating a Culturally Safe Environment

🛡️ What makes an environment culturally safe

Culturally safe environment: a safe space for clients to interact with the nurse, without judgment or discrimination, where the client is free to express their cultural beliefs, values, and identity.

  • This is both an individual nurse responsibility and an organizational responsibility.
  • Safety means freedom from judgment and discrimination.
  • Clients must feel free to express their cultural identity openly.

🤝 Why safety matters for care

  • Without cultural safety, clients may withhold information or disengage from care.
  • Trust and the nurse-client relationship depend on this foundation.
  • The environment must support the client's cultural expression, not suppress it.

🔄 Cultural Negotiation in Practice

🤝 What cultural negotiation means

Cultural negotiation: both the client and nurse seek a mutually acceptable way to deal with competing interests of nursing care, prescribed medical care, and the client's cultural needs.

  • It is reciprocal and collaborative—not one-sided.
  • When cultural needs don't significantly or adversely affect treatment, they should be accommodated when feasible.
  • The goal is to balance medical requirements with cultural preferences.

💊 Medication timing example

  • The conflict: Healthcare culture values punctuality and fixed schedules; some cultures view time as relative (day/night, wake/eat/sleep cycles).
  • The negotiation: Instead of "take medication at 0800," teach "take medication when you awaken each day."
  • This respects the client's cultural view while maintaining treatment effectiveness.

🧕 Surgical hijab example

  • The conflict: Preoperative protocol requires removing personal items; client wishes to keep hijab for religious/cultural reasons.
  • The negotiation: Nurse arranges with surgical team to keep hijab in place, covered by a surgical cap.
  • This shows respect for cultural beliefs while meeting surgical requirements.

⚠️ When to negotiate

  • Don't confuse accommodation with compromising safety: negotiate when cultural needs don't adversely affect treatment.
  • The excerpt emphasizes "when feasible" and "do not significantly affect treatment plan."

🧠 Decision-Making and Self-Determination

🇺🇸 U.S. healthcare cultural norms

Self-determination: a person's right to determine what will be done with and to their own body.

  • U.S. healthcare mirrors American cultural norms: individuality, personal freedom, self-determination.
  • Emphasis is on the individual making their own healthcare decisions.

🌏 Collectivistic vs individualistic cultures

  • Some cultures value group decision-making and decisions made to benefit the group, not necessarily the individual.
  • Example: The excerpt references the film The Farewell, where a Chinese-American family decides not to tell the matriarch she is dying of cancer, believing the family should bear the emotional burden—a collectivistic viewpoint contrasting with American individualism.
  • Don't confuse: Individual autonomy is not universal; some clients expect and prefer family-centered decision-making.

🧭 Space, Touch, and Eye Contact

📏 Space orientation

  • The amount of personal space a person needs to feel comfortable is culturally influenced.
  • For some, standing four inches away feels awkward; for others, small personal space is expected during conversation.
  • Nurses must often enter a client's intimate or personal space, which can cause emotional distress.

Best practices:

  • Always ask permission before entering personal space.
  • Explain why close contact is necessary and what will happen.
  • Watch for cues: client removing themselves, pulling away, or closing eyes signals discomfort.
  • Allow the client to assume a comfortable position or distance.

🤚 Touch considerations

  • Touch is culturally determined.
  • It may be inappropriate for a male nurse to care for a female client (or vice versa) in some cultures.
  • In some cultures, touching a person's head without permission is considered rude.
  • Modesty and exposure concerns vary by culture.

👁️ Eye contact norms

  • In the U.S., direct eye contact is valued when communicating.
  • In some cultures, direct eye contact is interpreted as rude or bold.
  • Clients may avert their eyes or look down to show deference and respect.
  • Nurse response: Notice these cultural cues and mirror the client's behaviors when possible.

🍽️ Food Choices and Dietary Practices

🌾 Cultural significance of food

  • Culture plays a meaningful role in dietary practices and food choices.
  • Food is used to celebrate life events and holidays.
  • Most cultures have staple foods (bread, pasta, rice) and particular preparation methods.
  • Special foods are prepared to heal, cure, or demonstrate kinship, caring, and love.

🍲 Examples across cultures

  • U.S.: Chicken noodle soup is often prepared for family members who are ill.
  • Asian cultures: Individuals prefer "heating" or "cooling" foods depending on the illness, believing specific foods bring balance back to their system.
  • Certain foods and beverages (meat, alcohol) are forbidden in some cultures.

🍴 Common food choices by culture/religion

Culture/ReligionCommon Dietary ChoicesOther Considerations
Buddhist & HinduLentils, tofu, vegetables, spices, riceMay practice vegetarianism and mindful eating
ChristianVaries by denomination; some eat fish on Friday instead of meatDuring Lent, may fast or avoid certain foods
HispanicRice, beans, pork, beef, chicken, goat, eggs, corn, avocado, tropical fruitsDiet blends tradition and modern cuisine from Mayan & Aztec agricultural communities
HmongPho, laab, spring rolls, sticky rice, pork, chicken, beef, fish, tofu, leafy greens, tropical fruitsDuring postpartum period, may choose boiled chicken, rice, warm/hot water for 30 days
JewishKosher diet includes preparation of meat and dairy, kosher-certified foodsDuring Yom Kippur, may fast for 24 hours

🤝 Nurse accommodation

  • Nurses should accommodate or negotiate dietary requests of clients.
  • Food holds important meaning to many people—respecting this supports culturally responsive care.

📋 Summary of Cultural Competency Development

🎯 Key principles for nurses

  • Cultural competence is an ongoing process requiring dedication, time, and practice.
  • It is a key strategy in reducing health care disparities.
  • Culture functions as a source of values and comfort for clients, families, and communities.

🚫 What interferes with care

  • Misunderstandings, prejudices, and biases on the part of the healthcare provider interfere with client health outcomes.
  • Nurses must examine their own biases, ethnocentric views, and prejudices.

✅ What promotes effective care

  • Intentionally provide client-centered care with sensitivity and respect for culturally diverse populations.
  • Negotiate care so it is congruent with clients' cultural beliefs and values.
  • Respect and understand cultural values and beliefs to develop positive, trusting relationships.
22

Nursing Process Introduction

Chapter 4.1 Nursing Process Introduction

🧭 Overview

🧠 One-sentence thesis

The nursing process serves as a critical thinking road map that enables nurses to analyze information, prioritize care, and provide safe, client-centered interventions even for clients they have just met.

📌 Key points (3–5)

  • What the nursing process is: a professional standard and critical thinking model that guides nurses in providing safe, client-centered care.
  • Why nurses can act quickly: they use the nursing process to analyze pertinent information and prioritize actions systematically.
  • Critical thinking vs clinical reasoning: critical thinking is broader (includes teamwork, workflow, safety); clinical reasoning is the cognitive process of gathering/analyzing client data and weighing alternative actions.
  • Inductive reasoning in nursing: noticing cues → recognizing patterns (generalizations) → forming hypotheses about client problems.
  • Common confusion: critical thinking attitudes (independence, humility, curiosity) are not the same as clinical reasoning skills (gathering data, evaluating significance, choosing actions).

🧠 How nurses think: Critical thinking and clinical reasoning

🧠 Critical thinking defined

Critical thinking: a broad term in nursing that includes "reasoning about clinical issues such as teamwork, collaboration, and streamlining workflow."

  • It means nurses do not just "follow orders"—they take extra steps to maintain client safety.
  • Nurses validate the accuracy of client information and base care plans on client needs, current clinical practice, and research.
  • Example: A nurse receives a prescription but first checks whether it matches the client's current condition and allergies before administering it.

🎯 Attitudes of critical thinkers

Critical thinkers possess specific attitudes that foster rational thinking:

AttitudeWhat it means
Independence of thoughtThinking on your own
Fair-mindednessTreating every viewpoint in an unbiased, unprejudiced way
Insight into egocentricity and sociocentricityThinking of the greater good, not just yourself; knowing when you are acting for yourself vs. the greater good
Intellectual humilityRecognizing your intellectual limitations and abilities
NonjudgmentalUsing professional ethical standards, not basing judgments on personal or moral standards
IntegrityBeing honest and demonstrating strong moral principles
PerseverancePersisting despite difficulty
ConfidenceBelieving in yourself to complete a task or activity
Interest in exploring thoughts and feelingsWanting to explore different ways of knowing
CuriosityAsking "why" and wanting to know more

🔍 Clinical reasoning defined

Clinical reasoning: "A complex cognitive process that uses formal and informal thinking strategies to gather and analyze client information, evaluate the significance of this information, and weigh alternative actions."

  • To make sound judgments, nurses must generate alternatives, weigh them against the evidence, and choose the best course of action.
  • Clinical reasoning develops over time and is based on knowledge and experience.
  • Don't confuse: clinical reasoning is more specific than critical thinking—it focuses on the cognitive process of analyzing client data and deciding on actions.

🧩 Inductive reasoning: From cues to hypotheses

🔎 What inductive reasoning involves

Inductive reasoning: noticing cues, making generalizations, and creating hypotheses based on specific information or incidents.

  • The nurse organizes cues into patterns and creates a generalization.
  • Based on generalizations, the nurse creates a hypothesis regarding a client problem.
  • This process is similar to gathering pieces of a jigsaw puzzle into patterns until the whole picture becomes clear.

🧩 Key terms in inductive reasoning

Cues

Cues: data that fall outside of expected findings that give the nurse a hint or indication of a client's potential problem or condition.

  • No one can draw conclusions without first noticing cues.
  • Paying close attention to the client, the environment, and interactions with family members is critical.
  • Use your five primary senses: hear, feel, smell, taste, and see.

Generalization

Generalization: a judgment formed from a set of facts, cues, and observations.

  • The nurse organizes cues into patterns to form a generalization.
  • Example: noticing redness, warmth, and tenderness together forms a pattern.

Hypothesis

Hypothesis: a proposed explanation for a situation; it attempts to explain the "why" behind the problem that is occurring.

  • If a "why" is identified, then a solution can begin to be explored.
  • Example: the hypothesis "the incision has become infected" explains why the site is red, warm, and tender.

💡 Example of inductive reasoning in practice

Example: A nurse assesses a client and finds the surgical incision site is red, warm, and tender to the touch. The nurse recognizes these cues form a pattern of signs of infection (generalization) and creates a hypothesis that the incision has become infected. The provider is notified of the client's change in condition, and a new prescription is received for an antibiotic.

  • Cues: red, warm, tender incision site
  • Generalization (pattern): signs of infection
  • Hypothesis: the incision has become infected
  • Action: notify provider, receive antibiotic prescription

🚨 Why inductive reasoning matters in emergencies

  • Nurses need strong inductive reasoning patterns and must be able to take action quickly, especially in emergency situations.
  • They can see how certain objects or events form a pattern (generalization) that indicates a common problem (hypothesis).
  • The nurse is similar to a detective looking for cues—be mindful and observant.

🗺️ The nursing process as a road map

🗺️ What the nursing process provides

  • The nursing process is a critical thinking model that guides client care.
  • It becomes a road map for the actions and interventions that nurses implement to optimize clients' well-being and health.
  • It is a standard of professional nursing practice for providing safe, client-centered care.

❓ How nurses can act immediately after handoff

  • Nurses can receive a quick handoff report from another nurse and immediately begin providing care for a client they previously knew nothing about.
  • They know what to do because they use the nursing process to analyze pertinent information, prioritize, and make a plan.
  • The nursing process provides a systematic framework for decision-making.
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Critical Thinking, Clinical Reasoning, and the Nursing Process

Chapter 4.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Nurses use critical thinking attitudes and clinical reasoning (both inductive and deductive) to make clinical judgments through the systematic nursing process, which is a continuous cycle of assessment, diagnosis, outcome identification, planning, implementation, and evaluation.

📌 Key points (3–5)

  • Critical thinking attitudes: Independence, fair-mindedness, intellectual humility, integrity, perseverance, confidence, curiosity, and other attitudes foster rational thinking in nursing.
  • Inductive vs deductive reasoning: Inductive reasoning moves from specific cues to generalizations and hypotheses; deductive reasoning applies general standards/rules to specific situations.
  • Clinical judgment definition: The observed outcome of critical thinking and decision-making that uses nursing knowledge to assess situations, prioritize concerns, and generate evidence-based solutions.
  • Common confusion: Inductive reasoning (bottom-up: cues → patterns → hypothesis) vs deductive reasoning (top-down: general standard → specific application).
  • The nursing process (ADOPIE): A continuous, cyclical framework—Assessment, Diagnosis, Outcomes Identification, Planning, Implementation, Evaluation—based on ANA Standards of Professional Nursing Practice.

🧠 Critical Thinking Attitudes

🧠 What critical thinkers possess

Critical thinkers have specific attitudes that support rational thinking and ensure care plans are based on client needs, current clinical practice, and research.

Key attitudes include:

  • Independence of thought: Thinking on your own
  • Fair-mindedness: Treating every viewpoint in an unbiased, unprejudiced way
  • Insight into egocentricity and sociocentricity: Thinking of the greater good, not just yourself; recognizing when you are thinking for yourself vs. for the greater good
  • Intellectual humility: Recognizing your intellectual limitations and abilities
  • Nonjudgmental: Using professional ethical standards, not personal or moral standards
  • Integrity: Being honest and demonstrating strong moral principles
  • Perseverance: Persisting despite difficulty
  • Confidence: Believing in yourself to complete a task
  • Interest in exploring thoughts and feelings: Wanting to explore different ways of knowing
  • Curiosity: Asking "why" and wanting to know more

🔍 Why these attitudes matter

These attitudes help nurses validate information and base care plans on client needs rather than personal biases or assumptions.

🔄 Clinical Reasoning and Judgment

🔄 Clinical reasoning defined

Clinical reasoning: "A complex cognitive process that uses formal and informal thinking strategies to gather and analyze client information, evaluate the significance of this information, and weigh alternative actions."

  • To make sound judgments, nurses must generate alternatives, weigh them against evidence, and choose the best course of action.
  • Clinical reasoning develops over time based on knowledge and experience.

⚖️ Clinical judgment defined

Clinical judgment (NCSBN definition): "The observed outcome of critical thinking and decision-making. It uses nursing knowledge to observe and assess presenting situations, identify a prioritized client concern, and generate the best possible evidence-based solutions in order to deliver safe client care."

  • Clinical judgment is the result of critical thinking and clinical reasoning using both inductive and deductive reasoning.
  • The NCSBN administers the NCLEX exam using the NCSBN Clinical Judgment Measurement Model (NCJMM) to measure clinical judgment.

📚 Evidence-based practice (EBP)

Evidence-based practice (ANA definition): "A lifelong problem-solving approach that integrates the best evidence from well-designed research studies and evidence-based theories; clinical expertise and evidence from assessment of the health care consumer's history and condition, as well as health care resources; and client, family, group, community, and population preferences and values."

🔍 Inductive Reasoning (Bottom-Up)

🔍 What inductive reasoning involves

Inductive reasoning involves noticing cues, making generalizations, and creating hypotheses based on specific information or incidents.

Key terms:

  • Cues: Data that fall outside expected findings that give the nurse a hint or indication of a client's potential problem or condition
  • Generalization: A judgment formed from a set of facts, cues, and observations (similar to gathering puzzle pieces into patterns until the whole picture becomes clear)
  • Hypothesis: A proposed explanation for a situation; attempts to explain the "why" behind the problem

🕵️ How inductive reasoning works

The process flows: Cues → Patterns → Generalization → Hypothesis

  • No one can draw conclusions without first noticing cues.
  • Paying close attention to the client, environment, and interactions with family is critical.
  • Nurses need strong inductive reasoning to take action quickly, especially in emergencies.
  • Be mindful of your five primary senses: hear, feel, smell, taste, and see.

💉 Example: Infection detection

A nurse assesses a client and finds the surgical incision site is red, warm, and tender to the touch. The nurse:

  1. Recognizes these cues
  2. Forms a pattern of signs of infection
  3. Creates a hypothesis that the incision has become infected
  4. Notifies the provider and receives a prescription for an antibiotic

This demonstrates inductive reasoning in nursing practice.

📏 Deductive Reasoning (Top-Down)

📏 What deductive reasoning involves

Deductive reasoning: "Top-down thinking" that relies on using a general standard or rule to create a strategy.

  • Relies on a general statement or hypothesis (premise or standard) held to be true
  • The premise is used to reach a specific, logical conclusion
  • Nurses use standards from: state Nurse Practice Act, federal regulations, American Nursing Association, professional organizations, and employers

🏥 Example: Quiet zone policy

Hospital leaders determine (based on research) that clients recover more quickly with adequate rest. The hospital creates a quiet zone policy:

  • No overhead paging at night
  • Low-speaking voices by staff
  • Reduced lighting in hallways

The nurse implements this policy by organizing care to promote uninterrupted rest at night for all clients regardless of whether they have difficulty sleeping.

This is deductive thinking because the intervention is applied universally based on a general standard.

🔀 Don't confuse: Inductive vs Deductive

AspectInductive ReasoningDeductive Reasoning
DirectionBottom-up (specific → general)Top-down (general → specific)
Starting pointSpecific cues and observationsGeneral standard or rule
ProcessCues → patterns → hypothesisStandard → application to all cases
ExampleNoticing infection signs → hypothesis of infectionResearch-based policy → apply to all clients

🔄 The Nursing Process (ADOPIE)

🔄 Overview of the nursing process

The nursing process is a critical thinking model based on a systematic approach to client-centered care. Nurses use it to perform clinical reasoning and make clinical judgments.

  • Based on ANA Standards of Professional Nursing Practice
  • Authoritative statements of actions and behaviors all RNs must perform competently, regardless of role, population, specialty, or setting
  • Mnemonic: ADOPIE = Assessment, Diagnosis, Outcomes Identification, Planning, Implementation, Evaluation
  • The process is continuous and cyclical, constantly adapting to the client's current health status

📋 Assessment

"The registered nurse collects pertinent data and information relative to the health care consumer's health or the situation."

  • RNs use a systematic method to collect and analyze client data
  • Includes: physiological, psychological, sociocultural, spiritual, economic, and lifestyle data
  • Example: Assessing a hospitalized client in pain includes recognizing cues like inability to get out of bed, refusal to eat, withdrawal from family, or anger directed at staff

Scope note: LPN/VNs assist with gathering data according to their state's scope of practice but do not analyze data (outside their scope).

🩺 Diagnosis

"The registered nurse analyzes the assessment data to determine actual or potential diagnoses, problems, and issues."

  • A nursing diagnosis is the nurse's clinical judgment about the client's response to actual or potential health conditions or needs
  • Nursing diagnoses are the bases for the care plan
  • Nursing diagnoses differ from medical diagnoses

Scope note: Analyzing assessment data and formulating nursing diagnoses is outside the scope of practice for LPN/VNs.

🎯 Outcome Identification

"The registered nurse identifies expected outcomes for a plan individualized to the health care consumer or the situation."

  • The nurse sets measurable and achievable short- and long-term goals
  • Sets specific outcomes in collaboration with the client
  • Based on assessment data and nursing diagnoses

Scope note: Outcome identification is outside the scope of practice for LPN/VNs.

🔁 Continuous cycle

The nursing process is not linear but cyclical—each phase informs the others, and the process repeats as the client's condition changes.

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The Nursing Process

Chapter 4.3 Assessment

🧭 Overview

🧠 One-sentence thesis

The nursing process is a systematic, cyclical approach to client-centered care that guides registered nurses through six continuous steps—Assessment, Diagnosis, Outcome Identification, Planning, Implementation, and Evaluation—to deliver competent, evidence-based nursing care.

📌 Key points (3–5)

  • What the nursing process is: a critical thinking model based on ANA Standards of Professional Nursing Practice, using the mnemonic ADOPIE (Assessment, Diagnosis, Outcomes Identification, Planning, Implementation, Evaluation).
  • How it works: a continuous, cyclical process that constantly adapts to the client's current health status, not a one-time linear sequence.
  • Common confusion—RN vs LPN/VN scope: RNs perform all six steps; LPN/VNs assist with Assessment data collection and Implementation within their scope, but do not analyze data, diagnose, identify outcomes, create care plans, or evaluate/modify plans.
  • Why it matters: ensures consistent, individualized care across shifts and health professionals; integrates evidence-based practice with clinical expertise and client preferences.
  • Key tool: the nursing care plan documents individualized planning and interventions so all personnel can provide continuity of care.

🔄 What the nursing process is and how it works

🔄 Definition and foundation

The nursing process: a critical thinking model based on a systematic approach to client-centered care, used by nurses to perform clinical reasoning and make clinical judgments.

  • Based on the ANA Standards of Professional Nursing Practice—authoritative statements of actions and behaviors all RNs must perform competently, regardless of role, population, specialty, or setting.
  • The mnemonic ADOPIE helps remember the six components: Assessment, Diagnosis, Outcomes Identification, Planning, Implementation, Evaluation.

🔁 Continuous and cyclical nature

  • The process is not linear; it is a continuous cycle that constantly adapts to the client's current health status.
  • Nurses reassess, modify interventions, and re-evaluate outcomes as the client's condition changes.
  • Example: if outcomes are not met during Evaluation, the RN returns to Assessment or Planning to adjust the care plan.

📋 The six components of the nursing process

📋 Assessment

"The registered nurse collects pertinent data and information relative to the health care consumer's health or the situation."

  • Uses a systematic method to collect and analyze client data.
  • Includes physiological, psychological, sociocultural, spiritual, economic, and lifestyle data.
  • Example: assessing a hospitalized client in pain includes recognizing cues like inability to get out of bed, refusal to eat, withdrawal from family, or anger directed at staff.
  • Scope note: LPN/VNs assist with gathering data according to their state's scope but do not analyze data (analysis is outside their scope).

🩺 Diagnosis

"The registered nurse analyzes the assessment data to determine actual or potential diagnoses, problems, and issues."

  • A nursing diagnosis is the nurse's clinical judgment about the client's response to actual or potential health conditions or needs.
  • Don't confuse: nursing diagnoses are the bases for the nurse's care plan and are different from medical diagnoses.
  • Scope note: analyzing assessment data and formulating nursing diagnoses is outside the scope of practice for LPN/VNs; they do not assist with this phase.

🎯 Outcome Identification

"The registered nurse identifies expected outcomes for a plan individualized to the health care consumer or the situation."

  • The nurse sets measurable and achievable short- and long-term goals and specific outcomes.
  • Done in collaboration with the client based on assessment data and nursing diagnoses.
  • Scope note: outcome identification is outside the scope of practice for LPN/VNs; they do not assist with this phase.

📝 Planning

"The registered nurse develops a collaborative plan encompassing strategies to achieve expected outcomes."

  • Uses assessment data, diagnoses, and goals to select evidence-based nursing interventions customized to each client's needs.
  • Interventions are planned and documented by RNs in the client's nursing care plan so nurses and other health professionals can refer to it for continuity of care.
  • Scope note: creating the nursing care plan is outside the scope of practice for LPN/VNs, although they may contribute to it; some interventions can be delegated to LPN/VNs or trained UAPs with RN supervision.

🛠️ Implementation

"The nurse implements the identified plan."

  • Nursing interventions are implemented or delegated with supervision according to the care plan to ensure continuity of care across multiple nurses and health professionals.
  • Interventions are documented in the client's electronic medical record as they are completed.
  • Includes subcategories: Coordination of Care and Health Teaching and Health Promotion to promote health and a safe environment.
  • Scope note: LPN/VNs implement interventions contained in the nursing care plan, provided they are within their scope of practice; they are responsible for documenting the interventions they perform.

✅ Evaluation

"The registered nurse evaluates progress toward attainment of goals and outcomes."

  • Nurses reassess the client and compare findings against established outcomes to determine the effectiveness of interventions and the overall nursing care plan.
  • RNs ask: "Were outcomes met? Are any modifications required for the nursing care plan?"
  • Both the client's status and the effectiveness of the nursing care plan are continuously evaluated and modified as needed.
  • Scope note: evaluating and modifying the nursing care plan is outside the scope of practice for LPN/VNs, although they can assist in gathering assessment data to help the RN perform this step.

📄 Nursing care plans

📄 What a nursing care plan is

Nursing care plan: a type of documentation that demonstrates the individualized planning and delivery of nursing care for each specific client using the nursing process.

  • Created by RNs so that care provided to the client across shifts is consistent among health care personnel.
  • Part of the Planning step of the nursing process.

🤝 Who creates and uses care plans

  • RNs create nursing care plans.
  • Some interventions can be delegated to LPN/VNs or trained Unlicensed Assistive Personnel (UAPs) with RN supervision.
  • Scope note: creating the nursing care plan is outside the scope of practice for LPN/VNs; they do not perform this task, although they may contribute to it.

🔍 Scope of practice distinctions

🔍 RN responsibilities

ComponentRN role
AssessmentCollects and analyzes data
DiagnosisAnalyzes data and formulates nursing diagnoses
Outcome IdentificationIdentifies expected outcomes and goals
PlanningDevelops care plan and selects interventions
ImplementationImplements or delegates interventions with supervision
EvaluationEvaluates progress and modifies care plan

🔍 LPN/VN responsibilities

ComponentLPN/VN role
AssessmentAssists with gathering data (does not analyze)
DiagnosisDoes not assist (outside scope)
Outcome IdentificationDoes not assist (outside scope)
PlanningMay contribute but does not create care plans
ImplementationImplements interventions within their scope of practice; documents interventions
EvaluationAssists in gathering assessment data for RN; does not evaluate or modify care plan

⚠️ Common confusion: analyzing vs collecting

  • Don't confuse: LPN/VNs can collect assessment data, but they cannot analyze data or formulate diagnoses—analysis is outside their scope.
  • Example: an LPN/VN can measure vital signs and report them, but the RN interprets the data and decides on nursing diagnoses.

🌐 Connection to evidence-based practice

🌐 ANA definition of evidence-based practice

Evidence-based practice (per ANA): "A lifelong problem-solving approach that integrates the best evidence from well-designed research studies and evidence-based theories; clinical expertise and evidence from assessment of the health care consumer's history and condition, as well as health care resources; and client, family, group, community, and population preferences and values."

  • The nursing process embodies this approach by combining:
    • Best evidence from research and theories
    • Clinical expertise (the nurse's judgment and skills)
    • Client assessment data and health care resources
    • Client and family preferences and values

🌐 How the nursing process integrates evidence-based practice

  • During Planning, RNs select evidence-based nursing interventions customized to each client's needs.
  • The process ensures that care is not based solely on tradition or intuition but on the best available evidence, clinical expertise, and client preferences.
25

Diagnosis

Chapter 4.4 Diagnosis

🧭 Overview

🧠 One-sentence thesis

The Diagnosis phase of the nursing process involves analyzing assessment data to identify the client's human response to health conditions or vulnerability for that response, forming the basis for individualized care planning.

📌 Key points (3–5)

  • What Diagnosis means: analyzing data to determine what is "expected" or "unexpected" for this specific client at this time, then making a clinical judgment about their human response to health conditions or life processes.
  • RN vs LPN/VN scope: creating diagnoses is within the RN scope of practice; LPN/VNs do not perform this task but may contribute assessment data.
  • NCJMM parallel: the "Analyze Cues" skill in the Clinical Judgment Measurement Model corresponds to the Diagnosis step—asking "What does the data mean?"
  • Common confusion: Diagnosis is not just labeling a medical condition; it is identifying the client's human response or vulnerability to health conditions/life processes (also called "forming a hypothesis").
  • Why it matters: accurate diagnosis ensures that subsequent planning, interventions, and evaluation are tailored to the client's actual needs and responses.

🔍 What the Diagnosis phase involves

🔍 Analyzing assessment data

  • The nurse reviews collected data to determine whether findings are "expected" or "unexpected," "normal" or "abnormal" for this particular client.
  • Context matters: the nurse considers the client's age, development, and current clinical status.
  • Example: In Scenario A, the nurse notes a blood pressure of 98/60 and heart rate of 100, then reviews the client's baseline vital signs to determine if these values are unexpected for this client with heart failure.

🧩 Making a clinical judgment

Diagnosis (Analysis of Data): Making a clinical judgment concerning the client's "human response to health conditions/life processes, or a vulnerability for that response"; also referred to as "forming a hypothesis."

  • This is not simply repeating a medical diagnosis (e.g., "heart failure").
  • It is identifying how the client is responding to their condition or what they are vulnerable to.
  • The excerpt emphasizes that this step is also called "forming a hypothesis" in the NCJMM framework.

🧷 Scope of practice distinctions

🧷 RN responsibility

  • Creating nursing diagnoses is within the RN scope of practice.
  • RNs analyze data, form hypotheses, and document diagnoses that guide the care plan.

🧷 LPN/VN role

  • LPN/VNs do not create nursing diagnoses; this task is outside their scope of practice.
  • They may contribute by providing assessment data to assist the RN in performing this step.
  • Don't confuse: LPN/VNs can gather data and implement interventions, but they do not analyze data to form nursing diagnoses.

🔗 Connection to the NCJMM

🔗 "Analyze Cues" skill

The NCJMM uses the term "Analyze Cues" to describe the same cognitive work as the Diagnosis phase:

NCJMM SkillQuestion it answersNursing Process step
Analyze CuesWhat does the data mean?Diagnosis (Analysis of Data)
  • The nurse determines whether data is expected or unexpected for this client at this time.
  • The nurse makes a clinical judgment about the client's human response or vulnerability.
  • This skill is assessed on the NCLEX as part of clinical judgment measurement.

🔗 "Forming a hypothesis"

  • The excerpt states that making a nursing diagnosis is "also referred to as 'forming a hypothesis.'"
  • This language bridges the traditional nursing process and the newer NCJMM framework.
  • Example: After recognizing that the client's blood pressure is lower than baseline, the nurse forms a hypothesis about what this means for the client's current condition and response to treatment.

📊 How Diagnosis fits into the nursing process

📊 Sequential relationship

  1. Assessment/Recognize Cues: gather clinically significant data.
  2. Diagnosis/Analyze Cues: analyze what the data means and identify the client's human response or vulnerability.
  3. Planning/Prioritize Hypotheses & Generate Solutions: use diagnoses to select interventions and set goals.
  4. Implementation/Take Action: carry out the plan.
  5. Evaluation/Evaluate Outcomes: compare results to expected outcomes and revise as needed.

📊 Why this step cannot be skipped

  • Without accurate diagnosis, the nurse cannot select appropriate interventions or establish meaningful goals.
  • The diagnosis phase ensures that care is individualized to the client's actual responses, not just their medical diagnosis.
  • Example: Two clients with the same medical diagnosis (heart failure) may have different nursing diagnoses based on their unique responses (e.g., one may have fluid overload, another may have activity intolerance).
26

Outcome Identification in the Nursing Process

Chapter 4.5 Outcome Identification

🧭 Overview

🧠 One-sentence thesis

Outcome identification is a critical step in the nursing process that bridges assessment and intervention by establishing measurable, client-centered goals that guide care planning and enable evaluation of nursing effectiveness.

📌 Key points (3–5)

  • What outcome identification does: translates assessment data and nursing diagnoses into specific, measurable goals that define what the client should achieve.
  • Why it matters: outcomes provide direction for interventions, ensure all staff work toward the same goals, and create benchmarks for evaluating whether care was effective.
  • How it fits the process: occurs after assessment/diagnosis and before planning interventions; corresponds to "prioritize hypotheses" and "generate solutions" in the NCJMM model.
  • Common confusion: outcomes are not the same as interventions—outcomes describe the result you want the client to achieve, while interventions are the actions nurses take to help achieve those results.
  • Key principle: outcomes must be individualized to the client's specific needs, realistic, and aligned with evidence-based practice.

🎯 Purpose and placement in the nursing process

🎯 What outcome identification accomplishes

Outcome identification: the phase where nurses establish specific, measurable goals that define what the client should achieve as a result of nursing care.

  • This step transforms assessment findings and nursing diagnoses into concrete targets.
  • It answers the question: "What do we want to happen for this client?"
  • Example: A client diagnosed with Fluid Volume Deficit (from Scenario A in the excerpt) would have an outcome such as "Client will achieve fluid balance as evidenced by stable vital signs and weight within 24 hours."

🔗 How it connects to other nursing process steps

  • After assessment/diagnosis: You must first identify the problem (e.g., fluid imbalance) before you can set a goal for resolving it.
  • Before intervention planning: Outcomes guide what interventions to choose—you select actions that will help achieve the stated goal.
  • Enables evaluation: At the end, you compare actual client outcomes with the desired outcomes you identified here.
  • The excerpt emphasizes that the nursing process "identifies a client's goals and strategies to attain them" and "increases the likelihood of achieving positive client outcomes."

🧩 Relationship to NCJMM

NCJMM SkillNursing Process StepWhat happens
Prioritize HypothesesPlanning (includes outcome identification)Ranking problems by urgency and deciding which goals to address first
Generate SolutionsPlanning (includes outcome identification)Planning individualized interventions that meet the desired outcomes; may include gathering more data
  • The excerpt shows that outcome identification spans both "prioritize hypotheses" (deciding which client conditions need attention first) and "generate solutions" (defining what should be done).
  • Don't confuse: prioritizing hypotheses is about ranking problems, while generating solutions includes both setting goals and choosing interventions.

📋 Characteristics of effective outcomes

📋 Client-centered and individualized

  • The excerpt repeatedly emphasizes that the nursing process "customizes" care to "the client's specific needs."
  • Outcomes must reflect the individual client's situation, not generic textbook goals.
  • Example: In Scenario A, the nurse's outcome for fluid balance was tailored to that specific client's baseline vital signs (blood pressure trend around 110/70, heart rate in the 80s) and current status.

📏 Measurable and specific

  • Outcomes must be concrete enough to evaluate whether they were achieved.
  • The excerpt states that evaluation involves "comparing actual client outcomes with desired client outcomes to determine effectiveness of care."
  • This comparison is only possible if the desired outcome was stated in measurable terms (e.g., vital signs, weight, client-reported symptoms).
  • Example: "Client reports mouth no longer feels like cotton" and "weight returns to baseline" are measurable indicators that fluid balance was restored.

⏱️ Realistic and evidence-based

  • The excerpt notes that nurses "ensure the interventions are evidence-based" and that the nursing process "increases the likelihood of achieving positive client outcomes."
  • Outcomes should be achievable given the client's condition, resources, and timeframe.
  • They should align with current best practices and research.

🤝 Collaborative and holistic considerations

🤝 Team collaboration

  • The excerpt lists benefits of the nursing process including "encourages collaborative management of a client's health care problems" and "provides a guide for all staff involved to provide consistent and responsive care."
  • Outcome identification ensures everyone on the healthcare team is working toward the same goals.
  • Clear outcomes "save time, energy, and frustration by creating a care plan that is accessible to all staff caring for a client."

🌐 Holistic perspective

  • The excerpt defines nursing as addressing "the whole person," including "physical, mental, emotional, and spiritual aspects."
  • Outcomes should reflect this holistic view, not just physical symptoms.
  • Example: In the Holistic Nursing Care Scenario, outcomes would include not only the child's ear infection resolving but also the family's ability to access affordable medication and follow-up care.
  • The ANA definition emphasizes "protection, promotion, and optimization of health and human functioning" and "alleviation of suffering"—outcomes should address these broader dimensions.

💙 Caring relationship

  • The excerpt states that "successful use of the nursing process requires the development of a care relationship with the client."
  • Outcomes should be developed with the client when possible, respecting their "beliefs, values, and attitudes."
  • This mutual relationship and trust (rapport) ensures outcomes are meaningful to the client and more likely to be achieved.
  • Dr. Watson's caring philosophy encourages nurses to be "authentically present" and create a "healing environment"—outcomes should support this therapeutic relationship.

🔍 Distinguishing outcomes from related concepts

🔍 Outcomes vs. interventions

  • Outcome: the result or goal you want the client to achieve (e.g., "fluid balance restored").
  • Intervention: the action the nurse takes to help achieve that result (e.g., "promote oral intake," "monitor hydration status").
  • The excerpt shows this distinction in Scenario A: the nurse's interventions (withholding furosemide, contacting the provider, promoting oral intake) were chosen to achieve the outcome of restoring fluid balance.
  • Don't confuse: outcomes describe the destination; interventions describe the journey.

🔍 Outcomes vs. nursing diagnoses

  • Nursing diagnosis: identifies the problem or "human response to health conditions" (e.g., Fluid Volume Deficit).
  • Outcome: defines the desired state after the problem is resolved (e.g., adequate hydration, stable vital signs).
  • The excerpt describes diagnosis as "analyzing data" and "forming a hypothesis," while outcomes are part of "generate solutions"—what should be done about the hypothesis.

🔍 Expected vs. actual outcomes

  • Expected (desired) outcomes: what you identify during the planning phase as the goal.
  • Actual outcomes: what really happened, assessed during the evaluation phase.
  • The excerpt defines evaluation as "comparing actual client outcomes with desired client outcomes to determine effectiveness of care."
  • If actual outcomes don't match expected outcomes, the nurse makes "appropriate revisions to the nursing care plan."
27

Planning in the Nursing Process

Chapter 4.6 Planning

🧭 Overview

🧠 One-sentence thesis

Planning is the collaborative fourth step of the nursing process where registered nurses develop individualized, evidence-based interventions to achieve expected client outcomes identified in the previous step.

📌 Key points (3–5)

  • What planning is: the RN develops a collaborative, holistic plan with strategies to achieve expected outcomes, documented using standardized terminology.
  • Three types of interventions: independent (nurse performs without orders), dependent (requires prescription/order), and collaborative (performed with other health team members).
  • Direct vs indirect care: direct care involves personal client contact (e.g., wound care); indirect care occurs away from the client (e.g., documentation, care conferences).
  • Common confusion: not all nursing actions require a prescription—independent interventions can be performed based on nursing judgment alone, while dependent interventions need provider orders.
  • Individualization is essential: interventions must be customized to each client's preferences and needs to be effective, not just copied from standardized lists.

🎯 What planning involves

📋 Definition and scope

Planning: "The registered nurse develops a collaborative plan encompassing strategies to achieve expected outcomes."

  • Planning is the fourth Standard of Practice by the American Nurses Association.
  • The RN creates an individualized, holistic, evidence-based plan in partnership with the client, family, significant others, and interprofessional team.
  • Elements are prioritized for client safety and optimal outcomes.
  • The plan is modified based on ongoing assessment of the client's response.
  • Documentation uses standardized language or terminology.
  • Scope limitation: Planning is outside the scope of practice for LPN/VNs, though they may assist in implementing planned interventions.

🔧 Nursing interventions defined

Nursing interventions: evidence-based actions that the nurse performs to achieve client outcomes.

  • Just as providers make medical diagnoses and write prescriptions, nurses formulate nursing diagnoses and plan nursing interventions.
  • Interventions should focus on eliminating or reducing the related factors (etiology) of the nursing diagnoses when possible.
  • Interventions, goals, and expected outcomes are written in the nursing care plan for continuity of care across shifts, nurses, and health professionals.

📚 Sources for selecting interventions

Nurses can use several sources to identify evidence-based interventions:

  • Care planning tools and references in the electronic health record
  • Care planning books
  • Nursing Interventions Classification (NIC) system: categorizes and describes nursing interventions based on research and nursing profession input; regularly evaluated and updated; considered evidence-based nursing practices.
  • The RN uses clinical judgment to decide which interventions best suit an individualized client's needs.

🔀 Types of nursing interventions

🩺 Independent nursing interventions

Independent nursing intervention: any intervention the nurse can independently provide without obtaining a prescription or consulting another health care team member.

  • The nurse performs these based on nursing knowledge and judgment alone.
  • Example: monitoring the client's 24-hour intake/output record for trends due to risk for imbalanced fluid volume.
  • Example: using therapeutic communication to assist clients coping with a new medical diagnosis.
  • Scenario application: For a client with Excess Fluid Volume, an evidence-based independent intervention is "The nurse will reposition the client with dependent edema frequently, as appropriate," individualized to "The nurse will reposition the client every two hours."

💊 Dependent nursing interventions

Dependent nursing interventions: require a prescription or order before they can be performed.

Key terms:

  • Prescriptions: interventions specifically related to medication as directed by an authorized primary health care provider.

  • Order: an intervention, remedy, or treatment as directed by an authorized primary health care provider.

  • Primary health care provider: a member of the health care team (usually a physician, advanced practice nurse, or physician's assistant) licensed and authorized to formulate prescriptions on behalf of the client.

  • Example: administering medication is a dependent nursing intervention.

  • The nurse incorporates dependent interventions into the overall care plan by associating each with the appropriate nursing diagnosis.

  • Scenario application: For a client with Excess Fluid Volume, a dependent intervention is "The nurse will administer scheduled diuretics as prescribed."

🤝 Collaborative nursing interventions

Collaborative nursing interventions: actions the nurse carries out in collaboration with other health team members.

  • Collaborators include physicians, social workers, respiratory therapists, physical therapists, and occupational therapists.
  • These actions are developed in consultation with other health care professionals and incorporate their professional viewpoint.
  • Scenario application: For a client with Excess Fluid Volume and deteriorating oxygen saturation, the nurse consults with a respiratory therapist who plans oxygen therapy and obtains a provider prescription; documented as "The nurse will manage oxygen therapy in collaboration with the respiratory therapist."

🎭 Direct vs indirect care

Care TypeDefinitionExamples
Direct careInterventions carried out by having personal contact with clientsWound care, repositioning, ambulation
Indirect careInterventions performed in a setting other than with the clientAttending care conferences, documenting, communicating about client care with other providers

🎨 Individualization and care plan creation

🧩 Why individualization matters

  • Planned interventions must be individualized to the client to be successful.
  • Example: Adding prune juice to breakfast for a client with constipation only works if the client likes prune juice; if not, this intervention should not be included.
  • Collaboration with the client, family members, significant others, and the interprofessional team is essential for selecting effective interventions.
  • There is no set number of interventions required; instead, the number is based on what is needed to meet the specific, identified outcomes for that client.
  • Don't confuse: Quality and individualization matter more than quantity of interventions.

📝 Who creates nursing care plans

  • Nursing care plans are created by registered nurses (RNs).
  • Documentation of individualized nursing care plans is legally required:
    • In long-term care facilities by the Centers for Medicare and Medicaid Services (CMS)
    • In hospitals by The Joint Commission

👥 Client participation requirements

CMS guidelines emphasize client involvement:

  • Residents and their representatives must be afforded the opportunity to participate in their care planning process.
  • This applies to initial decisions and refusal of care or treatment.
  • Facility staff must support and encourage participation by:
    • Ensuring clients, families, or representatives understand the comprehensive care planning process
    • Holding meetings when the client is functioning at their best and representatives can be present
    • Providing sufficient advance notice
    • Scheduling to accommodate representatives (in-person, conference call, or video conferencing)
    • Planning enough time for information exchange and decision-making
  • A resident has the right to select or refuse specific treatment options before the care plan is instituted.

📋 Care plan formats

  • Many facilities have standardized nursing care plans with lists of possible interventions that can be customized for each specific client.
  • Other facilities require the nurse to develop each care plan independently.
  • Whatever the format, nursing care plans should be individualized to meet the specific and unique needs of each client.
  • Nursing school care plans can be in various formats: concept maps, tables, creative formats, or formal formats.
  • The Joint Commission conceptualizes the care planning process as the structuring framework for coordinating communication that results in safe and effective care.
28

Implementation of Interventions

Chapter 4.7 Implementation of Interventions

🧭 Overview

🧠 One-sentence thesis

Implementation is the fifth step of the nursing process where the registered nurse executes the identified care plan using critical thinking and clinical judgment, while prioritizing interventions, ensuring client safety, delegating appropriately, and documenting all actions performed.

📌 Key points (3–5)

  • What implementation means: executing the care plan through interventions, requiring continual reassessment to detect changes in the client's condition.
  • How to prioritize interventions: use Maslow's Hierarchy, ABCs (airway, breathing, circulation), least invasive options, and consider timing impacts on future events.
  • Client safety is paramount: nurses must use clinical judgment to stop planned interventions when the client's condition changes, preventing errors before they reach the client.
  • Common confusion about delegation: RNs can delegate tasks but retain accountability for outcomes; they cannot delegate responsibilities requiring clinical judgment and must follow state Nurse Practice Acts.
  • Documentation requirement: interventions must be documented in a timely manner—if not documented, legally considered not done.

🎯 Core definition and dynamic nature

🎯 What implementation involves

Implementation: The fifth step of the nursing process and fifth Standard of Practice by the American Nurses Association, defined as "The registered nurse implements the identified plan."

  • The RN uses critical thinking and clinical judgment throughout implementation.
  • After the initial care plan is developed, continual reassessment is necessary to detect changes requiring plan modification.
  • The dynamic nature of the nursing process is crucial to providing safe care.

🔄 Key activities during implementation

The nurse performs four main activities:

  • Prioritizes planned interventions
  • Assesses client safety while implementing interventions
  • Delegates interventions as appropriate
  • Documents interventions performed

LPN/VNs have an active role provided interventions fall within their scope of practice.

🚦 Prioritizing interventions

🚦 Methods for prioritization

Prioritization follows similar methods as prioritizing nursing diagnoses:

  • Maslow's Hierarchy of Needs: address basic physiological needs first
  • ABCs: airway, breathing, and circulation establish top priority
  • Least invasive first: preferred when possible due to lower risk of injury

⏰ Timing and future impact

Consider the potential impact on future events, especially if a task is not completed at a certain time.

Example: A client is scheduled for surgery later in the day. The nurse prioritizes initiating NPO (nothing by mouth) prescription before completing pre-op education. Rationale: if the client eats or drinks, surgery time will be delayed.

  • Knowing the client's purpose for care, current situation, and expected outcomes is necessary to accurately prioritize.

🛡️ Client safety considerations

🛡️ When planned interventions become unsafe

Clients may experience condition changes that make planned interventions no longer safe to implement.

Example: A care plan states "The nurse will ambulate the client 100 feet three times daily." During morning assessment, the client reports feeling dizzy and blood pressure is 90/60. Using clinical judgment, the nurse decides not to ambulate the client.

  • This decision and supporting assessment findings must be documented in the client's chart.
  • Communicate during shift handoff report.
  • Notify the provider of the client's change in condition.

🚨 Historical context of safety focus

The excerpt describes two landmark Institute of Medicine (IOM) reports:

YearReportKey Finding
2000To Err Is HumanAs many as 98,000 people die in U.S. hospitals yearly from preventable medical errors
2007Preventing Medication ErrorsMore than 1.5 million Americans injured yearly; average hospitalized client experiences at least one medication error daily

🎓 Quality and Safety Education for Nurses (QSEN)

  • Began in 2005 to prepare nurses to continuously improve quality and safety.
  • Vision: "inspire health care professionals to put quality and safety as core values to guide their work."

Quality improvement: "The combined and unceasing efforts of everyone—health care professionals, clients and their families, researchers, payers, planners and educators—to make the changes that will lead to better client outcomes (health), better system performance (care), and better professional development (learning)."

Nurses are expected to identify gaps where change is needed and assist in implementing quality improvement initiatives.

👥 Delegation of interventions

👥 Definition and accountability

Delegation: "The assignment of the performance of activities or tasks related to client care to unlicensed assistive personnel or licensed practical nurses (LPNs) while retaining accountability for the outcome."

RNs are accountable for:

  • Determining appropriateness of the delegated task according to client condition and circumstance
  • Communication provided to appropriately trained LPN or UAP
  • Level of supervision provided
  • Evaluation and documentation of the task completed

⚖️ Legal requirements for delegation

The RN must consider before delegating:

  • State Nurse Practice Act
  • Federal regulations
  • Agency policy

Critical limitation: The RN cannot delegate responsibilities requiring clinical judgment.

📋 Wisconsin Nurse Practice Act requirements

The excerpt provides specific Wisconsin requirements:

RN responsibilities during delegation:

  • Delegate tasks matching educational preparation and demonstrated abilities
  • Provide direction and assistance
  • Observe and monitor activities
  • Evaluate effectiveness of acts performed

LPN responsibilities under general RN supervision:

  • Accept only patient care assignments the LPN is competent to perform
  • Provide basic nursing care (care following defined procedures with minimal modification where patient responses are predictable)
  • Record nursing care and report changes in patient condition
  • Consult with provider when a delegated act may harm a patient
  • Assist with data collection, care plan development/revision, reinforce RN teaching, participate in meeting basic patient needs

📊 General delegation guidelines by role

ActivityRNLPNCNA
AssessmentComplete client assessmentAssist with data collection for stable clientsCollect measurements (weight, I/O, vital signs) in stable clients
DiagnosisAnalyze data and create nursing diagnosesNot applicableNot applicable
Outcome IdentificationIdentify SMART client outcomesNot applicableNot applicable
PlanningPlan nursing interventionsAssist with care plan developmentNot applicable
ImplementationImplement independent, dependent, collaborative interventions; delegate with supervision; documentParticipate in meeting basic client needs; reinforce RN teaching; provide basic health instruction; documentImplement delegated interventions for basic nursing care (e.g., ambulation assistance); document
EvaluationEvaluate outcome attainment; revise care planContribute data on client outcomes; assist in care plan revisionNot applicable

Don't confuse: LPNs can assist with care planning and data collection, but only RNs can complete full assessments, create nursing diagnoses, and evaluate outcomes independently.

📝 Documentation requirements

📝 Timely documentation mandate

  • Interventions must be documented in the client's record in a timely manner.
  • Lack of documentation is considered failure to communicate and a basis for legal action.

Basic rule of thumb: If an intervention is not documented, it is considered not done in a court of law.

⏱️ Why timing matters

Document administration of medication and other interventions promptly to prevent errors that can occur due to delayed documentation time.

🤝 Coordination and health teaching

🤝 ANA Standard 5A: Coordination of Care

Competencies include:

  • Organizing components of the plan
  • Engaging the client in self-care to achieve goals
  • Advocating for dignified and holistic care by the interprofessional team

📚 ANA Standard 5B: Health Teaching and Health Promotion

Health Teaching and Health Promotion: "Employing strategies to teach and promote health and wellness."

  • Client education is an important component of nursing care.
  • Should be included during every client encounter.

Example: Teaching about medication side effects while administering medications, or teaching clients how to self-manage conditions at home.

🔗 Putting it together: implementation scenario

The excerpt references Scenario C (from the Assessment section):

  • Interventions related to breathing were prioritized.
  • Diuretic medication administered first.
  • Lung sounds monitored frequently throughout the shift.
  • Weighing the client before breakfast delegated to the CNA.
  • Client educated about medications and methods to reduce peripheral edema at home.
  • All interventions documented in the electronic medical record (EMR).

This demonstrates the integration of prioritization, delegation, client education, and documentation in real practice.

29

Evaluation in the Nursing Process

Chapter 4.8 Evaluation

🧭 Overview

🧠 One-sentence thesis

Evaluation is the continuous process of determining whether nursing interventions have helped clients achieve expected outcomes within specified time frames, and revising the care plan when outcomes are not met.

📌 Key points (3–5)

  • What evaluation measures: whether expected outcomes were met, partially met, or not met by the indicated time frames.
  • When to evaluate: every time the nurse interacts with a client, discusses the care plan with the team, or reviews updated test results.
  • What happens when outcomes aren't met: the care plan must be revised with new or different interventions.
  • Common confusion: evaluation is not a one-time final step—it requires continuous reassessment and care plan updates as higher priority goals emerge.
  • Scope distinction: evaluation is outside the scope of practice for LPN/VNs, though they may assist in collecting reassessment data for the RN.

🎯 What evaluation is and when it happens

🎯 Definition and standard

Evaluation: "The registered nurse evaluates progress toward attainment of goals and outcomes."

  • This is the sixth step of the nursing process and the sixth Standard of Practice by the American Nurses Association.
  • Both client status and the effectiveness of nursing care must be continuously evaluated.
  • The care plan is modified as needed based on evaluation findings.

⏰ Timing of evaluation

Reassessment should occur:

  • Every time the nurse interacts with a client
  • When discussing the care plan with the interprofessional team
  • When reviewing updated laboratory or diagnostic test results
  • As higher priority goals emerge

Don't confuse: Evaluation is not just a final step at discharge—it is an ongoing, continuous process throughout care.

📝 Documentation requirement

  • Results of the evaluation must be documented in the client's medical record.
  • This creates a legal record of care effectiveness and plan revisions.

🔍 How to evaluate outcomes

🔍 Three possible results

For each expected outcome, the nurse determines if it was:

ResultMeaningAction
MetOutcome achieved within time frameContinue current plan or discontinue if goal complete
Partially metSome progress but outcome not fully achievedRevise care plan with additional interventions
Not metNo progress toward outcomeRevise care plan; may need different interventions

🧠 Critical thinking in evaluation

  • Nurses use critical thinking to analyze reassessment data.
  • Compare current client status to the expected outcomes and time frames established in the planning phase.
  • Example: If the outcome was "clear lung sounds within 24 hours" and crackles are still present, the outcome is not met.

🔄 Revising the care plan

🔄 When revision is needed

  • When interventions do not help the client progress toward expected outcomes.
  • When the care plan must be updated to more effectively address client needs.
  • When ongoing assessment data indicates changes are necessary.

❓ Key questions for revision

The excerpt provides a guide of questions to ask:

  • Did anything unanticipated occur?
  • Has the client's condition changed?
  • Were the expected outcomes and their time frames realistic?
  • Are the nursing diagnoses accurate for this client at this time?
  • Are the planned interventions appropriately focused on supporting outcome attainment?
  • What barriers were experienced as interventions were implemented?
  • Does ongoing assessment data indicate the need to revise diagnoses, outcome criteria, planned interventions, or implementation strategies?
  • Are different interventions required?

🛠️ What can be revised

Any component of the care plan may need updating:

  • Nursing diagnoses (may no longer be accurate)
  • Outcome criteria (may have been unrealistic)
  • Planned interventions (may need to be changed or added)
  • Implementation strategies (may need adjustment)
  • Time frames (may need extension or adjustment)

📋 Example application

📋 Scenario: Excess Fluid Volume

The excerpt describes evaluating four expected outcomes for a client with excess fluid volume:

Day 1 evaluation data:

  • Client reported decreased shortness of breath ✓
  • No longer crackles in lower lung bases ✓
  • Weight decreased by 1 kg (partial progress)
  • 2+ edema continued in ankles and calves (not resolved)

Evaluation result: Partially Met

Revision action: Two new interventions added:

  1. Request prescription for TED hose from provider
  2. Elevate client's legs when sitting in chair

📋 Scenario: Risk for Falls

Evaluation data:

  • Client verbalizes understanding
  • Client appropriately calling for assistance when getting out of bed
  • No falls have occurred

Evaluation result: Met

Action: Continue to reassess according to care plan; no revision needed at this time.

Don't confuse: Even when outcomes are met, the nurse continues reassessment—evaluation is ongoing throughout hospitalization, not a one-time check.

30

Summary of the Nursing Process

Chapter 4.9 Summary of the Nursing Process

🧭 Overview

🧠 One-sentence thesis

The nursing process is a systematic, client-centered approach that integrates critical thinking, clinical reasoning, and clinical judgment across all phases—assessment, diagnosis, outcome identification, planning, implementation, and evaluation—to deliver safe, individualized care and achieve expected client outcomes.

📌 Key points (3–5)

  • The nursing process uses ADOPIE: Assessment, Diagnosis, Outcomes Identification, Planning, Implementation, and Evaluation work together as an iterative cycle.
  • Critical thinking and clinical judgment are essential: These cognitive processes are applied throughout every step to observe, analyze, prioritize, and revise care.
  • The client remains central: Individualized, client-centered care is the cornerstone; the client's progress toward expected outcomes drives all nursing actions.
  • Frequent reassessment and revision are required: The care plan must be updated as needed based on evaluation of whether outcomes are met, partially met, or not met.
  • Common confusion: Evaluation is not a one-time endpoint—it is continuous and triggers revisions to diagnoses, outcomes, or interventions when goals are not fully achieved.

🔄 The iterative nature of the nursing process

🔄 Continuous cycle, not linear steps

  • The nursing process is described as iterative, meaning it repeats and loops back on itself.
  • After evaluation, the nurse may need to revise diagnoses, outcome criteria, planned interventions, or implementation strategies.
  • Example: If expected outcomes are only "partially met," the nurse adds new interventions and continues reassessing.

🧠 Integration of cognitive skills

  • Critical thinking, clinical reasoning, and clinical judgment are used when:
    • Assessing the client
    • Creating a nursing care plan
    • Implementing interventions
  • These skills are not isolated to one phase; they are woven throughout the entire process.

📋 Evaluation and revision in practice

📋 What evaluation determines

  • The nurse evaluates whether expected outcomes were achieved within the specified time frames.
  • Outcomes are categorized as:
    • Met: The client achieved the goal.
    • Partially Met: Some progress was made, but the goal is incomplete.
    • Not Met: The goal was not achieved.

🔧 Revising the care plan

  • When outcomes are partially met or not met, the nurse must ask:
    • Do diagnoses need revision?
    • Are different interventions required?
    • Do outcome criteria need adjustment?
  • Example: A client with Excess Fluid Volume showed decreased dyspnea and clear lung sounds (outcomes met), but edema persisted (outcome partially met). The nurse added two new interventions: requesting TED hose and elevating the client's legs.

📝 Documentation of evaluation

  • Evaluation of the care plan is documented in the client's medical record.
  • This ensures continuity of care and accountability.

🎯 Client-centered care as the foundation

🎯 The client is the cornerstone

  • Throughout the entire nursing process, the client always remains the cornerstone of nursing care.
  • This means:
    • Care is individualized to the client's unique needs, preferences, and responses.
    • The nurse does not apply a generic template but tailors every step to the specific client.

🤝 Providing individualized care

  • Individualized, client-centered care involves:
    • Assessing the whole person (physical, emotional, social).
    • Setting outcomes that matter to the client.
    • Implementing interventions that respect the client's dignity and preferences.
  • Evaluating whether care has been successful in achieving client outcomes is essential for safe, professional nursing practice.

🏥 Example: Applying the nursing process

🏥 Scenario: Excess Fluid Volume

  • Nursing diagnosis: Excess Fluid Volume
  • Expected outcomes (with time frames):
    1. Client will report decreased dyspnea within 8 hours.
    2. Client will have clear lung sounds within 24 hours.
    3. Client will have decreased edema within 24 hours.
    4. Client's weight will return to baseline by discharge.

📊 Evaluation on Day 1

OutcomeEvaluation dataStatus
Decreased dyspneaClient reported decreased shortness of breathMet
Clear lung soundsNo crackles in lower lung basesMet
Decreased edema2+ edema continues in ankles and calvesPartially Met
Weight return to baselineWeight decreased by 1 kgIn progress

🔧 Revisions made

  • Because edema outcome was partially met, the nurse revised the care plan with two new interventions:
    1. Request prescription for TED hose from provider.
    2. Elevate client's legs when sitting in chair.
  • The nurse will continue to reassess and revise as needed during hospitalization.

🎯 Second diagnosis: Risk for Falls

  • Expected outcome: Client verbalizes understanding and calls for assistance when getting out of bed; no falls occur.
  • Evaluation: Outcome met—client is appropriately calling for assistance, and no falls have occurred.
  • The nurse continues to monitor according to the care plan.

✅ Standards and professional practice

✅ ANA Standards alignment

  • The nursing process follows the ANA Standards of Professional Nursing Practice.
  • Each step (Assessment, Diagnosis, Outcomes Identification, Planning, Implementation, Evaluation) corresponds to a professional standard.

✅ Safe, professional nursing practice

  • Providing individualized care and evaluating its success are essential for safe, professional nursing practice.
  • Don't confuse: Safety is not just about preventing physical harm—it also includes ensuring that care is effective, respectful, and aligned with the client's goals.
31

Safety Introduction

Chapter 5.1 Safety Introduction

🧭 Overview

🧠 One-sentence thesis

A national focus on reducing medical errors since 1999 has driven the establishment of safety initiatives and standards that make safety a foundational priority in all nursing care.

📌 Key points (3–5)

  • Safety as a basic need: Safety is a foundational human need that always receives priority in client care, intertwined with basic physiological needs in Maslow's Hierarchy.
  • National safety movement: The 1999 IOM report To Err is Human broke the silence on health care errors and led to multiple safety initiatives by The Joint Commission and QSEN.
  • Never events and sentinel events: Certain serious, preventable adverse events are now publicly reported and no longer reimbursed by insurers to increase accountability.
  • Root cause analysis: Investigations focus on system factors (not individual blame) to identify hidden problems and prevent future harm.
  • Common confusion: Near misses vs. actual errors—near misses have the potential to cause harm but are intercepted or fail by chance; both require investigation to improve safety.

🏥 The national safety movement

📜 Historic turning point (1999)

  • The Institute of Medicine (IOM) released To Err is Human: Building a Safer Health System in 1999.
  • This report broke the silence surrounding health care errors and encouraged building safety into care processes.
  • It marked the beginning of a sustained national focus on reducing medical errors.

🎯 Major safety initiatives that followed

InitiativeWhat it does
The Joint Commission National Patient Safety GoalsAnnual goals released to promote specific safety practices
Quality and Safety Education for Nurses (QSEN) InstitutePromotes emphasis on high-quality, safe client care in nursing education and practice
  • These initiatives aim to create a culture of safety across all health care settings.

🛡️ Safety as a foundational need

🔺 Maslow's Hierarchy and safety

Safety is a basic foundational human need and always receives priority in client care.

  • Nurses use Maslow's Hierarchy of Needs to prioritize urgent client needs.
  • The bottom two rows of the pyramid receive top priority: physiological needs and safety.
  • Safety is intertwined with basic physiological needs—you cannot address one without considering the other.

🚗 Scenario: safety first

  • Example: At a fiery car crash, you find a person not breathing inside the burning car.
  • Your first priority is not to start rescue breathing inside the car.
  • Instead, move the person to a safe place where you can safely provide CPR.
  • Why: Safety must be established before other interventions can be effective.

🏥 Safety in nursing practice

  • Client safety is central to everything nurses do in all health care settings.
  • Nurses play a critical role in:
    • Promoting client safety while providing care
    • Teaching clients and caregivers how to prevent injuries at home and in the community
    • Keeping themselves safe (if you become ill or injured, you cannot effectively care for others)

💔 When safety fails: the Josie King story

  • In 2001, 18-month-old Josie King died from medical errors at a well-known hospital.
  • Causes: a hospital-acquired infection and an incorrectly administered pain medication.
  • Her mother, Sorrel King, has worked to improve client safety in hospitals everywhere.
  • Key lesson: Medical errors can be devastating to clients and families; preventable deaths highlight the need for systemic safety improvements.
  • Don't confuse: This was not a single person's mistake but a failure of multiple system factors.

🚨 Categories of serious safety events

❌ Never events

Never events: Adverse events that are clearly identifiable, measurable, serious (resulting in death or significant disability), and preventable.

  • In 2007, CMS discontinued payment for costs associated with never events; most private insurers adopted this policy.
  • Never events are publicly reported to increase accountability and improve quality of care.
  • Seven categories of never events:
CategoryExample
Surgical or proceduralSurgery performed on the wrong body part
Product or deviceInjury or death from a contaminated drug or device
Client protectionClient suicide in a health care setting
Care managementDeath or injury from a medication error
EnvironmentalDeath or injury from using restraints
RadiologicMetallic object in an MRI area
CriminalDeath or injury from physical assault on health care grounds

🔔 Sentinel events

Sentinel events: A client safety event that reaches a client and results in death, permanent harm, or severe temporary harm requiring interventions to sustain life.

  • Defined by The Joint Commission.
  • Called "sentinel" because they signal the need for immediate investigation and response.
  • Difference from never events: Sentinel events may not be entirely preventable.
  • Organizations are strongly encouraged (but not required) to report sentinel events to The Joint Commission.
  • Why report: Self-reporting allows other facilities to learn and prevent future events through knowledge sharing and risk reduction.

⚠️ Near misses

Near misses: An error that has the potential to cause an adverse event (client harm) but fails to do so because of chance or because it is intercepted. (WHO definition)

  • Near misses do not result in harm, but they reveal vulnerabilities in the system.
  • They are investigated using root cause analysis to prevent future actual errors.
  • Common confusion: Near miss vs. actual error—a near miss could have caused harm but didn't; an actual error did cause harm or reach the client.

🔍 Root cause analysis and human factors

🔎 What is root cause analysis

Root cause analysis: A structured method used to analyze serious adverse events to identify underlying problems that increase the likelihood of errors, while avoiding the trap of focusing on mistakes by individuals.

  • A multidisciplinary team analyzes the sequence of events leading up to the error.
  • Goals:
    • Identify how and why the event occurred
    • Prevent future harm by eliminating hidden system problems
  • Used to investigate sentinel events, never events, and near misses.

🧩 Beyond individual blame

  • Root cause analysis goes beyond focusing on the individual who made the mistake.
  • It looks at system factors that contributed to the error.
  • Example: When a medication error occurs, the analysis examines:
    • Similar-looking drug labels
    • Placement of similar-looking medications next to each other in a dispensing machine
    • Vague instructions in a provider order
  • Why this matters: Errors are rarely due to poor motivation or incompetence; they are often caused by system design flaws.

🧑‍🔧 Human factors science

Human factors: Focus on the interrelationships among humans, the tools and equipment they use in the workplace, and the environment in which they work.

  • Safety in health care is ultimately dependent on humans—doctors, nurses, and health care professionals—providing the care.
  • Key contributing factors to errors:
    • Poor communication
    • Less-than-optimal teamwork
    • Memory overload
    • Reliance on memory for complex procedures
    • Lack of standardization of policies and procedures
  • Root cause analysis uses human factors science to understand these interrelationships.

📋 Incident reports and safety culture

📝 What is an incident report

  • An incident report is specific documentation performed when there is an error, near miss, or other unexpected occurrence during client care.
  • Not included in the client's medical record.
  • Used to identify process problems or areas that could benefit from safety and quality improvement.

🏛️ Part of a culture of safety

  • Incident reports are a component of an agency's culture of safety.
  • They are used during investigations like root cause analysis.
  • Goal: Help improve the safety and quality of client care by learning from errors and near misses.
32

Basic Safety Concepts

Chapter 5.2 Basic Safety Concepts

🧭 Overview

🧠 One-sentence thesis

Safety strategies—including medication error prevention initiatives, checklists, and structured team communication tools—reduce the likelihood of errors and establish safe standards of care.

📌 Key points (3–5)

  • What safety strategies are: research-based initiatives designed to reduce errors and create safe standards of care.
  • Three main categories: medication error prevention (lists and checks), checklists (to overcome memory limitations), and structured team communication (ISBARR and handoff reports).
  • Why checklists matter: humans are prone to short-term memory loss, especially when multitasking or under stress; checklists reduce reliance on fallible memory.
  • Common confusion: team communication is not just talking—it requires standardized methods to ensure accurate, complete, and timely information exchange.
  • Real-world impact: initiatives like the WHO surgical checklist have significantly decreased injuries and deaths by focusing on teamwork and communication.

💊 Medication error prevention

💊 National safety initiatives

Multiple initiatives have been developed nationally to prevent medication errors:

  • "Do Not Use List of Abbreviations": standardized list to avoid misinterpretation.
  • "List of Error-Prone Abbreviations": identifies abbreviations that commonly lead to mistakes.
  • "Frequently Confused Medication List": highlights drugs with similar names or packaging.
  • "High-Alert Medications List": flags medications that carry higher risk of harm if used incorrectly.
  • "Do Not Crush List": specifies medications that should not be crushed (to preserve efficacy or safety).

✅ Three checks standard

Standard of care: nurses perform three checks of the rights of medication administration whenever administering medication.

  • This is not a suggestion; it is considered a standard of care.
  • The "rights" refer to verifying correct patient, drug, dose, route, time, etc.
  • Example: a nurse checks the medication label three separate times—when retrieving it, when preparing it, and before administering it—to catch any discrepancy.

📋 Checklists to overcome memory limits

📋 Why checklists are needed

Performance of complex medical procedures is often based on memory, even though humans are prone to short-term memory loss, especially when multitasking or under stress.

  • Memory is fallible, particularly in high-pressure or multitasking situations.
  • Checklists reduce reliance on memory by providing a point-of-care reference.
  • Example: during a busy shift, a nurse may forget a step in a complex procedure; a checklist ensures every step is completed.

🏥 WHO surgical checklist

  • Developed by the World Health Organization (WHO).
  • Adopted by most surgical providers worldwide as a standard of care.
  • Impact: significantly decreased injuries and deaths caused by surgeries.
  • How it works: focuses on teamwork and communication, ensuring all team members verify critical steps before, during, and after surgery.
  • The Association of PeriOperative Registered Nurses (AORN) combined WHO and Joint Commission recommendations to create a specific surgical checklist for nurses.

Don't confuse: a checklist is not just a formality—it is a proven safety tool that addresses human cognitive limitations.

🗣️ Structured team communication

🗣️ Why standardized communication matters

Serious client harm can occur when client information is absent, incomplete, erroneous, or delayed during team communication.

  • Nurses routinely communicate with multidisciplinary teams and report changes in client status.
  • Unstructured communication increases the risk of missing or misinterpreting critical information.
  • Standardized methods ensure accurate information is exchanged in a structured and concise manner.

📞 ISBARR reports

ISBARR is a mnemonic for the components of Introduction, Situation, Background, Assessment, Request/Recommendations, and Repeat back.

ComponentWhat it includes
IntroductionIdentify yourself and the patient
SituationState the current problem or concern
BackgroundProvide relevant history and context
AssessmentShare your clinical assessment
Request/RecommendationsState what you need or suggest
Repeat backConfirm understanding by repeating key information
  • Example: a nurse calls a provider to report a patient's worsening condition, using ISBARR to ensure all critical details are communicated clearly and nothing is missed.

🤝 Handoff reports

Handoff reports: a transfer and acceptance of client care responsibility achieved through effective communication. It is a real-time process of passing client-specific information from one caregiver to another, or from one team of caregivers to another, for the purpose of ensuring the continuity and safety of the client's care. (The Joint Commission)

  • Handoff reports are a specific type of team communication that occurs when care is transferred.
  • Key feature: real-time, client-specific information exchange.
  • Purpose: ensure continuity and safety of care.
  • Example: at shift change, the outgoing nurse gives a handoff report to the incoming nurse, covering the patient's current status, recent changes, and pending tasks.

Don't confuse: a handoff is not just a summary—it is a structured communication process designed to prevent information loss during care transitions.

🏛️ Culture of safety (introduction)

🏛️ What a culture of safety is

A culture of safety reflects the behaviors, beliefs, and values within and across all levels of an organization.

  • Beyond individual safety strategies, health care agency leaders must establish a culture of safety.
  • This culture encompasses the entire organization, not just individual practices.
  • The excerpt introduces the concept but does not elaborate further on specific behaviors or implementation.
33

Safety Strategies and Culture of Safety

Chapter 5.3 Safety Strategies

🧭 Overview

🧠 One-sentence thesis

Standardized communication methods and a culture of safety—especially Just Culture—reduce client harm by ensuring accurate information exchange and encouraging error reporting without wrongful blame.

📌 Key points (3–5)

  • Standardized team communication: ISBARR and handoff reports prevent harm from absent, incomplete, or delayed information.
  • Culture of safety components: Just Culture (distinguishing human error from reckless behavior), Reporting Culture (errors and near-misses are reported), and Learning Culture (drawing conclusions and implementing reforms).
  • Just Culture model: categorizes errors into simple human error (console and fix system), at-risk behavior (coaching), and reckless behavior (punitive action).
  • Common confusion: "no blame" vs. Just Culture—Just Culture does not tolerate conscious disregard of risks or gross misconduct; it distinguishes system failings from individual recklessness.
  • Leadership accountability: without adequate leadership and a culture of safety, adverse events increase; leaders must support reporting, respond to vulnerabilities, and address burnout.

🗣️ Team communication methods

🗣️ Why standardized communication matters

  • Serious client harm can occur when information is absent, incomplete, erroneous, or delayed during team communication.
  • Nurses routinely communicate with multidisciplinary teams and report changes in client status to health care providers.
  • Standardized methods ensure accurate information is exchanged in a structured and concise manner.

📋 ISBARR

ISBARR: a mnemonic for Introduction, Situation, Background, Assessment, Request/Recommendations, and Repeat back.

  • Used to structure team communication.
  • Ensures all essential information is conveyed clearly.
  • Example: a nurse uses ISBARR to report a client's sudden change in vital signs to the provider, ensuring nothing is missed.

🤝 Handoff reports

Handoff reports: "A transfer and acceptance of client care responsibility achieved through effective communication. It is a real-time process of passing client specific information from one caregiver to another, or from one team of caregivers to another, for the purpose of ensuring the continuity and safety of the client's care." (The Joint Commission)

  • A specific type of team communication as client care is transferred.
  • Real-time, client-specific information exchange.
  • Purpose: continuity and safety of care.

🏛️ Culture of safety foundations

🏛️ What is a culture of safety

Culture of safety: reflects the behaviors, beliefs, and values within and across all levels of an organization as they relate to safety and clinical excellence, with a focus on people.

  • Established by health care agency leaders.
  • The Joint Commission (2021): leadership has an obligation to protect the safety of clients, employees, and visitors.
  • Without adequate leadership and an effective culture of safety, there is higher risk for adverse events.

⚠️ How inadequate leadership contributes to adverse events

Inadequate leadership can contribute to adverse effects in the following ways:

  • Insufficient support of client safety event reporting
  • Lack of feedback or response to staff who report safety vulnerabilities
  • Allowing intimidation of staff who report events
  • Refusing to consistently prioritize and implement safety recommendations
  • Not addressing staff burnout

🧩 Three components of a culture of safety

ComponentDefinition
Just CulturePeople are encouraged, even rewarded, for providing essential safety-related information, but clear lines are drawn between human error and at-risk or reckless behaviors.
Reporting CulturePeople report errors and near-misses.
Learning CultureThe willingness and the competence to draw the right conclusions from safety information systems, and the will to implement major reforms when their need is indicated.

🌟 Additional characteristics (American Nurses Association)

A culture of safety includes:

  • Openness and mutual respect when discussing safety concerns and solutions without shifting to individual blame
  • A learning environment with transparency and accountability
  • Reliable teams

🚧 Barriers to a culture of safety

Examples of barriers that do not promote a culture of safety:

  • Complexity
  • Lack of clear measures
  • Hierarchical authority
  • The "blame game"
  • Lack of leadership

Don't confuse: If staff fear reprisal for mistakes and errors, they will be less likely to report errors, processes will not be improved, and client safety will continue to be impaired.

🎯 Safety themes in practice

🎯 Kaiser Permanente's six strategic themes (2001)

An example of how one health care institution implemented a culture of safety:

ThemeFocus
Safe cultureCreating and maintaining a strong safety culture, with client safety and error reduction embraced as shared organizational values.
Safe careEnsuring that actual and potential hazards associated with high-risk procedures, processes, and client care populations are identified, assessed, and managed in a way that demonstrates continuous improvement and ultimately ensures that clients are free from accidental injury or illness.
Safe staffEnsuring that staff possess the knowledge and competence to perform required duties safely and contribute to improving system safety performance.
Safe support systemsIdentifying, implementing, and maintaining support systems—including knowledge-sharing networks and systems for responsible reporting—that provide the right information to the right people at the right time.
Safe placeDesigning, constructing, operating, and maintaining the environment of health care to enhance its efficiency and effectiveness.
Safe clientsEngaging clients and their families in reducing medical errors, improving overall system safety performance, and maintaining trust and respect.

⚖️ Just Culture model

⚖️ Why Just Culture is needed

  • Nurses have been traditionally trained to believe that clinical perfection is attainable, and that "good" nurses do not make errors.
  • Errors are perceived as being caused by carelessness, inattention, indifference, or uninformed decisions.
  • Expecting high standards can become counterproductive if it creates an expectation of perfection that impacts the reporting of errors and near misses.
  • If employees feel shame when they make an error, they may feel pressure to hide or cover up errors.
  • Evidence indicates that approximately three of every four errors are detected by those committing them, as opposed to being detected by an environmental cue or another person.
  • Therefore, employees need to be able to trust that they can fully report errors without fear of being wrongfully blamed.
  • For many organizations, the largest barrier in establishing a culture of safety is the establishment of trust.

📜 ANA endorsement and definition

The American Nurses Association (ANA) officially endorses the Just Culture model.

ANA 2019 position statement:

  • "Traditionally, healthcare's culture has held individuals accountable for all errors or mishaps that befall clients under their care."
  • "By contrast, a Just Culture recognizes that individual practitioners should not be held accountable for system failings over which they have no control."
  • "A Just Culture also recognizes many individual or 'active' errors represent predictable interactions between human operators and the systems in which they work."
  • "However, in contrast to a culture that touts 'no blame' as its governing principle, a Just Culture does not tolerate conscious disregard of clear risks to clients or gross misconduct (e.g., falsifying a record or performing professional duties while intoxicated)."

Don't confuse: Just Culture is not "no blame"—it does not tolerate conscious disregard of clear risks or gross misconduct.

🔍 Three categories of human behavior

🔍 Simple human error

Simple human error: occurs when an individual inadvertently does something other than what should have been done.

  • Most medical errors are the result of human error due to poor processes, programs, education, environmental issues, or situations.
  • These errors are managed by correcting the cause, looking at the process, and fixing the deviation.
  • Example: A nurse appropriately checks the rights of medication administration three times, but due to the similar appearance and names of two different medications stored next to each other in the medication dispensing system, administers the incorrect medication to a client. Root cause analysis reveals a system issue (e.g., change the labelling and storage of look alike-sound alike medication).

Manager response: Console the individual and consider changes in training, procedures, and processes. Make system-wide changes to prevent future errors.

🔍 At-risk behavior

At-risk behavior: an error that occurs when a behavioral choice is made that increases risk where the risk is not recognized or is mistakenly believed to be justified.

  • Example: A nurse scans a client's medication with a barcode scanner prior to administration, but an error message appears on the scanner. The nurse mistakenly interprets the error to be a technology problem and proceeds to administer the medication instead of stopping the process and further investigating the error message, resulting in the wrong dosage of a medication being administered to the client. Ignoring the error message can be considered "at-risk behavior" because the behavioral choice was considered justified by the nurse at the time.

Manager response: Hold individuals accountable for their behavioral choice; often require coaching with incentives for less risky behaviors and situational awareness. In the example above, mandatory training on using a barcode scanner and responding to errors would be implemented, and the manager would track the employee's correct usage for several months following training.

🔍 Reckless behavior

Reckless behavior: an error that occurs when an action is taken with conscious disregard for a substantial and unjustifiable risk.

  • Example: A nurse arrives at work intoxicated and administers the wrong medication to the wrong client. This error is considered due to reckless behavior because the decision to arrive intoxicated was made with conscious disregard for substantial risk.

Manager response: Remedial action and/or punitive action is taken. In the example above, the manager would report the nurse's behavior to the state's Board of Nursing with mandatory substance abuse counseling to maintain their nursing license. Employment may be terminated with consideration of patterns of behavior.

🎓 Just Culture in nursing education

🎓 Shared accountability model

Principles of culture of safety, including Just Culture, Reporting Culture, and Learning Culture are also being adopted in nursing education.

  • Mistakes are part of learning.
  • A shared accountability model promotes individual- and system-level learning for improved client safety.

🎓 Student responsibilities

Under a shared accountability model, students are responsible for:

  • Being fully prepared for clinical experiences, including laboratory and simulation assignments
  • Being rested and mentally ready for a challenging learning environment
  • Accepting accountability for their part in contributing to a safe learning environment
  • Behaving professionally
  • Reporting their own errors and near mistakes
  • Keeping up-to-date with current evidence-based practice
  • Adhering to ethical and legal standards

🎓 How student errors are addressed

  • Students know they will be held accountable for their actions, but will not be blamed for system faults that lie beyond their control.
  • They can trust that a fair process will be used to determine what went wrong if a client care error or near miss occurs.
  • Student errors and near misses are addressed based on an investigation determining if it was simple human error, an at-risk behavior, or reckless behavior.
  • Example: A simple human error by a student can be addressed with coaching and additional learning opportunities to remedy the knowledge deficit.
  • However, if a student acts with recklessness (for example, repeatedly arrives to clinical unprepared despite previous faculty feedback or falsely documents an assessment or procedure), they are appropriately and fairly disciplined, which may include dismissal from the program.

🎯 Benefits of Just Culture

🎯 Outcomes

A Just Culture in which employees aren't afraid to report errors is a highly successful way to:

  • Enhance client safety
  • Increase staff and client satisfaction
  • Improve outcomes

🎯 How success is achieved

Success is achieved through:

  • Good communication
  • Effective management of resources
  • An openness to changing processes to ensure the safety of clients and employees
34

Culture of Safety and Shared Accountability in Nursing Education

Chapter 5.4 Culture of Safety

🧭 Overview

🧠 One-sentence thesis

Nursing education is adopting a shared accountability model where students are responsible for their preparation and professional behavior while not being blamed for system-level faults, with errors addressed through fair investigation rather than automatic punishment.

📌 Key points (3–5)

  • Shared accountability framework: Students accept responsibility for their actions (preparation, professionalism, reporting errors) while the system acknowledges that some failures lie beyond individual control.
  • Fair investigation process: Errors are categorized as simple human error, at-risk behavior, or reckless behavior, with consequences matched to the type of mistake.
  • Learning from mistakes: Errors are viewed as learning opportunities rather than automatic grounds for punishment, promoting both individual and system-level improvement.
  • Common confusion: Accountability vs. blame—students are accountable for their actions but not blamed for system faults; a fair process determines what went wrong.
  • Professional standards: Students must maintain evidence-based practice, report errors, behave professionally, and adhere to ethical/legal standards.

🎓 Student Responsibilities Under Shared Accountability

📚 Preparation and Readiness

Students must ensure they are ready for clinical experiences:

  • Be fully prepared for clinical, laboratory, and simulation assignments
  • Arrive rested and mentally ready for challenging learning environments
  • Keep current with evidence-based practice standards

Why this matters: Preparation directly affects client safety; unprepared students pose risks to patients and themselves.

🤝 Professional Conduct and Safety Contribution

Students contribute to a safe learning environment through:

  • Behaving professionally at all times
  • Accepting accountability for their role in safety
  • Adhering to ethical and legal standards

Example: A student who arrives on time, reviews patient charts beforehand, and asks clarifying questions demonstrates professional accountability.

📢 Error Reporting Obligation

Students are responsible for:

  • Reporting their own errors
  • Reporting near misses (incidents that almost caused harm)

Don't confuse: Reporting an error with being punished—the shared accountability model separates honest reporting from automatic blame.

⚖️ Fair Process for Addressing Errors

🔍 Three Categories of Errors

The investigation determines which type of error occurred:

Error TypeDefinitionResponse
Simple human errorUnintentional mistake due to knowledge deficitCoaching and additional learning opportunities
At-risk behaviorActions that increase risk but without malicious intent(Not detailed in excerpt)
Reckless behaviorDeliberate disregard for safety or standardsAppropriate discipline, possibly including program dismissal

🛡️ Protection from System-Level Blame

Students can trust that:

  • They will not be blamed for faults beyond their control
  • A fair process will investigate what went wrong
  • System failures are distinguished from individual failures

Example: If a student administers the wrong medication because the pharmacy labeled it incorrectly and the student followed proper checking procedures, this would be investigated as a system fault, not solely student error.

⚠️ When Discipline Is Appropriate

Reckless behavior warrants fair discipline:

  • Repeatedly arriving unprepared despite faculty feedback
  • Falsely documenting assessments or procedures
  • Deliberately ignoring safety protocols

Why severity matters: Reckless behavior shows disregard for client safety and professional standards, justifying stronger consequences including possible dismissal.

🌱 Learning Culture Philosophy

🧠 Mistakes as Learning Opportunities

The culture recognizes that:

  • Mistakes are part of the learning process
  • Errors provide opportunities for individual growth
  • System-level learning improves overall client safety

Don't confuse: Learning from mistakes with excusing carelessness—the model still holds students accountable but uses errors constructively.

🔄 Individual and System Improvement

The shared accountability model promotes:

  • Individual learning through coaching and remediation
  • System-level improvements by identifying patterns and structural problems
  • Continuous improvement in client safety

Example: If multiple students make the same medication calculation error, the system might improve by adding more calculation practice to the curriculum, while individual students receive targeted coaching.

35

National Patient Safety Goals

Chapter 5.5 National Patient Safety Goals

🧭 Overview

🧠 One-sentence thesis

The Joint Commission publishes annual National Patient Safety Goals tailored to different healthcare settings to systematically reduce client harm through evidence-based interventions targeting the most common safety risks.

📌 Key points (3–5)

  • What they are: Evidence-based goals and recommendations updated yearly for seven healthcare setting types, based on safety data from experts and stakeholders.
  • Core goal categories for nursing care centers: Identify residents correctly, use medicines safely, prevent infection, prevent falls, and prevent pressure injuries.
  • Two-identifier rule: At least two ways (e.g., name and date of birth) must be used to confirm client identity before medication or treatment.
  • Common confusion: "Bed sores" is an outdated term; the current clinical term is "pressure injuries."
  • Why it matters: Nurses and nursing students must know and apply the goals specific to their practice setting to deliver safe, standardized care.

🎯 Purpose and scope of National Patient Safety Goals

🎯 What the goals are

National Patient Safety Goals: goals and recommendations tailored to seven different types of health care agencies based on client safety data from experts and stakeholders.

  • Published annually by The Joint Commission.
  • Seven healthcare areas covered: ambulatory health care, behavioral health care, critical access hospitals, home care, hospital settings, laboratories, nursing care centers, and office-based surgery.
  • Each setting receives customized goals relevant to its specific safety risks.

🔄 Annual updates

  • Goals are revised every year based on new safety data.
  • Include evidence-based interventions proven to reduce harm.
  • Nurses must stay current with the goals for their specific practice setting.

🏥 Goals for nursing care centers (long-term care)

🆔 Identify residents correctly

The goal: Use at least two identifiers to ensure each client receives the correct medication and treatment.

  • How: Use the client's name and date of birth (not just one).
  • Why: Prevents medication errors and wrong-patient procedures.
  • Example: Before administering medication, verify both the resident's full name and birth date match the medication order.

💊 Use medicines safely

Three key components:

ComponentWhat to doRationale
Blood thinnersTake extra care with anticoagulant medicationsHigh risk for serious bleeding complications
Medication reconciliationRecord and pass along correct information; compare current medications to new prescriptionsPrevents drug interactions and duplications
Client educationGive written medication lists; instruct clients to bring updated lists to every doctor visitEmpowers clients to participate in safety

🧼 Prevent infection

  • Follow hand hygiene guidelines from CDC or WHO.
  • Set institutional goals for improving hand-cleaning compliance.
  • Why: Hand hygiene is the single most effective infection prevention measure.

🚶 Prevent residents from falling

  • Risk assessment: Identify which clients are most likely to fall.
  • Key risk factors: Medications causing weakness, dizziness, or sleepiness.
  • Action: Implement fall precautions for at-risk clients.
  • This goal connects directly to detailed fall prevention protocols covered in subsequent sections.

🛏️ Prevent bed sores (pressure injuries)

  • Terminology note: "Bed sores" is the historic term; "pressure injuries" is the current clinical term.
  • Process:
    • Identify clients at highest risk for pressure injuries.
    • Take preventive action for at-risk clients.
    • Assess frequently per agency protocol.
  • Don't confuse: Prevention (proactive measures) vs. treatment (after injury occurs); the goal emphasizes prevention.

🔗 Integration with nursing practice

📚 Related nursing skills

The excerpt directs nurses to additional resources for implementing these goals:

  • Client identification: covered in "Initiating Patient Interaction"
  • Infection prevention: covered in "Aseptic Technique Basic Concepts"
  • Medication safety: covered in "Basic Concepts of Administering Medications"
  • Pressure injury prevention: covered in the "Integumentary" chapter

🎓 Student and nurse responsibility

  • Must be aware of current goals for their practice setting.
  • Must use the associated recommendations in daily practice.
  • Goals provide a standardized framework for safe care delivery across institutions.
36

Preventing Falls

Chapter 5.6 Preventing Falls

🧭 Overview

🧠 One-sentence thesis

Fall prevention in healthcare settings requires systematic risk assessment and tailored interventions that address each client's specific risk factors, because falls are very common and can cause serious injury and death, especially in older adults.

📌 Key points (3–5)

  • Why falls matter: Each year, 3 million older adults are treated in emergency departments for fall injuries, and over 800,000 are hospitalized for head injuries or hip fractures from falls.
  • Multiple risk factors combine: Most falls result from a combination of risk factors—lower body weakness, medications, vision problems, environmental hazards—and the more risk factors a person has, the greater their chance of falling.
  • Two-tier prevention approach: Universal fall precautions apply to all clients all the time, while individualized interventions target each client's specific assessed risk factors.
  • Common confusion: Universal precautions vs. risk-based interventions—universal precautions are baseline safety measures for everyone, whereas risk-based interventions are added based on individual assessment findings.
  • Ongoing assessment is key: Fall risk assessment is an ongoing process performed every shift, not a one-time event, because client conditions and risk factors change.

🎯 Why falls are a critical safety issue

📊 Impact on older adults

  • Injury and death: Falls are very common and can cause serious injury and death, with older adults having the highest risk.
  • Emergency care burden: 3 million older people are treated in emergency departments for fall injuries each year.
  • Hospitalization: Over 800,000 clients per year are hospitalized because of head injury or hip fracture resulting from a fall.

🔄 The fear-weakness cycle

  • Many older adults who fall become afraid of falling, even if they're not injured.
  • This fear may cause them to limit their everyday activities.
  • When a person is less active, they become weaker.
  • Weakness further increases their chances of falling, creating a downward spiral.

Don't confuse: The problem is not just the physical injury from a fall—the psychological fear of falling can itself create conditions that make future falls more likely.

🔍 Identifying who is at risk

🧪 Quick screening questions (STEADI)

The Centers for Disease Control developed "STEADI – Stopping Elderly Accidents, Deaths & Injuries" to help reduce the risk of older adults falling at home. Three screening questions determine risk:

  • Do you feel unsteady when standing or walking?
  • Do you have worries about falling?
  • Have you fallen in the past year? If yes, how many times? Were you injured?

If the individual answers "Yes" to any of these questions, further assessment of risk factors is performed.

🏥 Fall assessment tools for hospitalized clients

By virtue of being ill, all hospitalized clients are at risk for falls, but some clients are at higher risk than others.

Assessment is an ongoing process with the goal of identifying a client's specific risk factors and implementing interventions in their care plan to decrease their risk of falling.

Commonly used fall assessment tools:

  • Morse Fall Scale
  • Hendrich II Fall Risk Model
  • Hester Davis Scale for fall risk assessment

🚩 Key risk factors in hospitalized clients

Risk FactorWhy It Increases Fall Risk
History of fallsAll clients with a recent history of falls (e.g., in the past three months) should be considered at higher risk for future falls
Mobility problems and assistive devicesClients who have problems with their gait or require an assistive device (cane or walker) are more likely to fall
MedicationsClients taking several prescription medications or those taking medications that could cause sedation, confusion, impaired balance, or orthostatic blood pressure changes are at higher risk
Mental statusClients with delirium, dementia, or psychosis may be agitated and confused, putting them at risk
ContinenceClients who have urinary frequency or frequent toileting needs are at higher fall risk
EquipmentClients tethered to equipment such as an IV pole or Foley catheter are at higher risk of tripping
Impaired visionClients with impaired vision or those who require glasses but are not wearing them have decreased recognition of environmental hazards
Orthostatic hypotensionClients whose blood pressure drops upon standing often experience light-headedness or dizziness that can cause falls

🧩 Understanding combined risk

Most falls are caused by a combination of risk factors. The more risk factors a person has, the greater their chances of falling.

Many risk factors can be changed or modified to help prevent falls.

Common contributing conditions:

  • Lower body weakness
  • Vitamin D deficiency
  • Difficulties with walking and balance
  • Medications (tranquilizers, sedatives, antihypertensives, antidepressants)
  • Vision problems
  • Foot pain or poor footwear
  • Environmental hazards (throw rugs, clutter that can cause tripping)

🛡️ Universal fall precautions

🏗️ What makes them "universal"

Universal fall precautions are called "universal" because they apply to all clients, regardless of fall risk, and revolve around keeping the client's environment safe and comfortable.

Falls are the most commonly reported client safety incidents in the acute care setting. Hospitals pose an inherent fall risk due to the unfamiliarity of the environment and various hazards in the hospital room.

During inpatient care, nurses assess their clients' risk for falling during every shift and implement interventions to reduce the risk of falling.

✅ Universal fall precautions checklist

Environment and orientation:

  • Familiarize the client with the environment
  • Have the client demonstrate call light use
  • Maintain the call light within reach
  • Keep the client's personal possessions within safe reach
  • Have sturdy handrails in client bathrooms, rooms, and hallways
  • Use night lights or supplemental lighting
  • Keep floor surfaces clean and dry; clean up all spills promptly
  • Keep client care areas uncluttered

Equipment safety:

  • Place the hospital bed in the low position when a client is resting; raise the bed to a comfortable height when the client is transferring out of bed
  • Keep the hospital bed brakes locked
  • Keep wheelchair wheels in a "locked" position when stationary

Client safety:

  • Keep non-slip, comfortable, and well-fitting footwear on the client
  • Follow safe client handling practices

Example: A nurse caring for any client—even one with no identified fall risk factors—must still keep the bed in the low position when the client is resting and ensure the call light is within reach.

🎯 Individualized interventions based on risk factors

🧠 Altered mental status

  • Clients with new altered mental status should be assessed for delirium and treated by a trained nurse or physician.
  • For cognitively impaired clients who are agitated or trying to wander, more intense supervision (e.g., sitter or checks every 15 minutes) may be needed.
  • Some hospitals implement designated safety zones that include low beds, mats for each side of the bed, nightlight, gait belt, and a "STOP" sign to remind clients not to get up.
  • Clients with altered mental status should also have their medications reviewed, as medications can both contribute to agitation as well as help calm patients whose agitation is a threat to themselves or others or is interfering with the delivery of necessary care.

🚶 Impaired gait or mobility

  • Clients with impaired gait or mobility will need assistance with mobility during their hospital stay.
  • All clients should have any needed assistive devices (canes or walkers) in good repair at the bedside and within safe reach.
  • If clients bring their assistive devices from home, staff should make sure these devices are safe for use in the hospital environment.
  • Even with assistive devices, clients often need staff assistance when transferring out of bed or walking.
  • Use a gait belt when assisting clients to transfer or ambulate per agency policy.

🚽 Frequent toileting needs

Clients with frequent toileting needs should be taken to the toilet on a regular basis via a scheduled rounding protocol.

👓 Visual impairment

Clients with visual impairment should have clean corrective lenses easily within reach and applied when walking.

💊 High-risk medications

High-risk medications: medications that could cause sedation, confusion, impaired balance, orthostatic blood pressure changes, or cause frequent urination.

Interventions:

  • Clients on high-risk medications should have their medications reviewed by a pharmacist with fall risk in mind.
  • Recommendations should be made to the prescribing provider for discontinuation, substitution, or dose adjustment when possible.
  • If a pharmacist is not immediately available, the prescribing provider should carry out a medication review.
  • Clients taking medications that can cause orthostatic hypotension should have their orthostatic blood pressure routinely monitored.
  • The client and their caregivers should be educated about fall risk and steps to prevent falls when the client is taking these medications.

📉 Frequent falls

Clients with a history of frequent falls should have their risk for injury assessed, including checking for a history of osteoporosis and use of aspirin and anticoagulants.

🕐 Scheduled hourly rounding

🔄 What it is and why it works

Scheduled hourly rounds: scheduled hourly visits to each client's room to integrate fall prevention activities with client care.

Scheduled hourly rounds have been found to greatly decrease the incidence of falls because the client's needs are proactively met, reducing the motivation for the client to get out of bed unassisted.

These activities can be completed by unlicensed assistive personnel, nurses, or nurse managers.

✅ Hourly rounding protocol activities

Pain and comfort:

  • Assess client pain levels using a pain-assessment scale (if staff other than a nurse is doing the rounding and the client is in pain, contact the nurse immediately so the client does not have to use the call light for pain medication)
  • Put pain medication that is ordered "as needed" on an RN's task list and offer the dose when it is due
  • Ask if the client needs to be repositioned and is comfortable

Toileting:

  • Offer toileting assistance

Safety checks:

  • Ensure the client is using correct footwear (e.g., specific shoes/slippers, no-skid socks)
  • Check that the bed is in the locked position
  • Place the hospital bed in a low position when the client is resting

Access to essentials:

  • Make sure the call light/call bell button is within the client's reach and the client can demonstrate accurate use
  • Put the telephone within the client's reach
  • Put the TV remote control and bed light switch within the client's reach
  • Put the bedside table next to the bed or across the bed
  • Put the tissue box and water within the client's reach
  • Put the garbage can next to the bed

Communication:

  • Prior to leaving the room, ask, "Is there anything I can do for you before I leave?"
  • Tell the client that a member of the nursing staff (use names on whiteboard) will be back in the room in an hour to round again

💊 Medication-related fall risk evaluation

📋 When to evaluate

Evaluate medication-related fall risk for clients on admission and at regular intervals thereafter.

🧮 Scoring system

Add up the point value (risk level) for every medication the client is taking. If the client is taking more than one medication in a particular risk category, the score should be calculated by (risk level score) × (number of medications in that risk level category).

Point Value (Risk Level)Medication ClassFall Risks
3 (High)Analgesics, antipsychotics, anticonvulsants, benzodiazepinesSedation, dizziness, postural disturbances, altered gait and balance, impaired cognition
2 (Medium)Antihypertensives, cardiac drugs, antiarrhythmics, antidepressantsInduced orthostasis, impaired cerebral perfusion, poor health status
1 (Low)DiureticsIncreased ambulation and induced orthostasis

Action threshold:

  • Score ≥ 6: Elevated risk for falls; ask pharmacist or prescribing provider to evaluate medications for possible modification to reduce risk

🔄 Pharmacist review

For a client at risk, a pharmacist should review the client's list of medications and determine if medications may be tapered, discontinued, or changed to a safer alternative.

Example: A client taking two benzodiazepines (3 × 2 = 6 points), one antihypertensive (2 points), and one diuretic (1 point) has a total score of 9, which is ≥ 6, triggering a pharmacist review for possible medication changes.

🔗 Care planning process

🗺️ Translating assessment into action

Fall prevention care planning is a process where the client's risk assessment information is translated into an action plan to specifically address the identified client needs, in addition to universal fall precautions.

There are many interventions available to prevent falls and fall-related injuries based on the client's specific risk factors.

Don't confuse: Care planning is not choosing between universal precautions OR individualized interventions—it is universal precautions (for everyone) PLUS individualized interventions (based on each client's specific risk factors).

37

Restraints

Chapter 5.7 Restraints

🧭 Overview

🧠 One-sentence thesis

Restraints should only be used as a last resort when alternative interventions fail to prevent harm, because they violate client autonomy and dignity and can cause serious physical and psychological harm.

📌 Key points (3–5)

  • What restraints are: devices, methods, or processes that restrict a client's freedom of movement without their permission, including mechanical devices, chemical restraints, and seclusion.
  • Why restraints are problematic: they violate autonomy and dignity, cause psychological harm (humiliation, fear, anger), and create physical risks (falls, entanglement, pressure injuries, contractures, muscle loss, and death).
  • ANA standard: a restraint-free environment is the standard of care; restraints may only be justified when no viable alternative exists and client/staff safety is in jeopardy.
  • Common confusion: side rails and hand mitts are not always restraints—it depends on the purpose (preventing voluntary exit vs. preventing inadvertent falls or helping with repositioning).
  • Two categories: medical restraints (for nonviolent behaviors like removing tubes) vs. behavioral restraints (for violent, self-destructive behaviors requiring special training and stricter time limits).

🚫 What counts as a restraint

🚫 Core definition

Restraint: a device, method, or process used for the specific purpose of restricting a client's freedom of movement without the person's permission.

  • The key is purpose and restriction of voluntary movement.
  • Restraints include:
    • Mechanical devices (e.g., wrist ties, vest restraints, roll belts)
    • Chemical restraints
    • Seclusion

💊 Chemical restraint

Chemical restraint: a drug used to manage behavior, restrict freedom of movement, or impair interaction with surroundings that is not standard treatment or dosage for the client's condition.

  • The definition emphasizes "not standard treatment or dosage."
  • It is not simply giving medication; it is using medication specifically to restrict movement or behavior outside normal treatment.

🚪 Seclusion

Seclusion: confinement of a client in a locked room from which they cannot exit on their own.

  • Used as discipline for harmful behavior or to decrease environmental stimulation.
  • Limits freedom of movement even though the client is not mechanically restrained.

⚠️ Harms and risks of restraints

⚠️ Physical dangers

  • Struggle and entanglement: restrained people naturally try to remove the restraint, which can lead to falls or fatal entanglement.
  • Immobility complications: pressure injuries, contractures, and muscle loss.
  • Death: restraints can cause fatal outcomes.

😔 Psychological and ethical harms

  • Emotional toll: humiliation, fear, anger, and damage to self-esteem.
  • Violation of rights: restraints violate the fundamental client rights of autonomy and dignity.
  • The excerpt emphasizes that restraining or secluding clients is "contrary to the goals and ethical traditions of nursing."

📋 Guidelines and regulations

📋 ANA position

  • Standard of care: a restraint-free environment.
  • When restraints may be justified:
    • Acute psychotic episode with aggression or assault threatening client and staff safety.
    • Severe dementia or delirium with high risk for serious injury (e.g., hip fracture from falling).
  • Requirements when restraints are used:
    • Documentation by more than one witness.
    • Humane care that preserves human dignity.
    • RNs with necessary knowledge and skills must be actively involved in assessment, implementation, and evaluation.
    • Adherence to federal regulations and Joint Commission standards.

📝 Typical nursing documentation

  • Client behavior necessitating the restraint
  • Alternatives to restraints that were attempted
  • Type of restraint used
  • Time and location of application
  • Client education regarding the restraint

🩺 Medical restraints

🩺 What they are

Medical restraints: restraints used to manage nonviolent, non-self-destructive behaviors.

  • Common uses:
    • Preventing removal of life-sustaining tubes, drains, IV catheters, urinary catheters, or endotracheal tubes.
    • Preventing high-risk clients from getting out of bed and falling.
  • Types: hand mitts, soft wrist restraints, siderails, vest restraints, roll belts.

📜 Policy requirements for medical restraints

  • Documentation of reason, alternatives tried, type applied, behavioral criteria for removal, range of motion and cares while in restraints, date and time applied or removed.
  • RN role: must apply or supervise application.
  • Order requirements:
    • New order every 24 hours.
    • May never be issued as an "as needed" (PRN) order.
    • If the primary care provider did not order it, they should be notified as soon as possible.
  • More commonly encountered in general hospital settings.

🧤 Hand mitts

  • Large, soft glove covering a confused client's hand to prevent inadvertent dislodging of medical equipment.
  • Considered a restraint by The Joint Commission if:
    • Pinned or attached to the bed or bedding.
    • Applied so tightly that hands or fingers are immobilized.
    • So bulky that ability to use hands is significantly reduced.
    • Cannot be easily removed intentionally by the client in the same manner staff applied it (considering the client's physical condition and ability).

🤲 Soft limb restraints

  • Designed to immobilize one or both arms or legs through application around wrist(s) or ankle(s).
  • Made of soft material to minimize risk of pressure injuries or other injuries.
  • Implemented to prevent inadvertent removal of tubes, drains, catheters, or other medical equipment.

👕 Vest restraints

  • Mesh or cloth vest applied over the client's chest and tied to an immovable part of each side of the bed.
  • Purpose: prevent a client from getting out of bed and injuring themselves.
  • Should only be used for impulsive or confused clients when other alternatives are not effective, and not as a means of convenience.

🔥 Behavioral restraints

🔥 What they are

Behavioral restraints: restraints used to manage violent, self-destructive behaviors.

  • Used when clients exhibit:
    • Hitting or kicking staff or other clients.
    • Physically harming themselves or others.
    • Threatening to do so.
  • Used in emergency situations where safety concerns need to be immediately addressed to prevent harm.

🎓 Special training required

  • RNs need special training to apply behavioral restraints, including:
    • Safe application of the restraint.
    • Maintaining personal safety.
    • Techniques to de-escalate violent or aggressive behavior.
  • Typically used in mental health units, emergency departments, or critical care units.

📜 Federal guidelines for behavioral restraints

Facilities accepting Medicare and Medicaid reimbursement must follow these guidelines:

  • Discontinuation: must be discontinued at the earliest possible time.
  • No standing or PRN orders: orders for seclusion or restraint can never be written as standing or PRN (as needed).
  • Physician consultation: treating physician must be consulted as soon as possible if restraint or seclusion is not ordered by the client's treating physician.
  • One-hour evaluation: a physician or licensed independent practitioner must see and evaluate the need within one hour after initiation.
  • Monitoring and care: nurse must follow agency policy for frequent monitoring, regularly changing position to prevent complications, and ensuring basic needs (hydration, nutrition, toileting) are met; some agencies require a 1:1 client sitter.
  • Time limits per order:
    • 4 hours for adults
    • 2 hours for children and adolescents ages 9 to 17
    • 1 hour for clients under 9
    • Original order may only be renewed in accordance with these limits for up to a total of 24 hours.
    • After the original order expires, a physician or licensed independent practitioner must see and assess the client before issuing a new order.

🛏️ Side rails and enclosed beds

🛏️ When they are restraints

  • Considered a restraint if: the purpose is to prevent a client from voluntarily getting out of bed or attempting to exit the bed.
  • Example: raising side rails to stop a confused client from getting up.

🛏️ When they are NOT restraints

  • Not a restraint if:
    • The purpose is to prevent the client from inadvertently falling out of bed.
    • The purpose is to help the client with repositioning.
    • The client does not have the physical capacity to get out of bed, regardless of whether side rails are raised or not.

Don't confuse: the same device (side rails) can be a restraint or not a restraint depending on the purpose and the client's capacity.

🔄 Alternatives to restraints

🔄 Individualized care interventions

Many alternatives focus on individualization of client care and elimination of medications with side effects that cause aggression:

  • Routine daily schedules
  • Regular feeding times
  • Intentional rounding
  • Frequent toileting
  • Effective pain management

🎵 Diversionary techniques

  • Television, music, games, or looking out a window to calm a restless client.
  • Encouraging restless clients to spend time in a supervised area (dining room, lounge, near nurses' station) to prevent their desire to get up and move around.

🔔 Technology and supervision

  • Bed and chair alarms
  • Use of a sitter at the bedside

📌 Evolving best practices

  • The excerpt notes that guidelines are continuously changing.
  • Example: meal trays on chairs were previously used in long-term care to prevent residents from getting out of the chair and falling, but by the definition of a restraint, this action is now considered a restraint and is no longer used.
38

Safety Considerations Across the Life Span

Chapter 5.8 Safety Considerations Across the Life Span

🧭 Overview

🧠 One-sentence thesis

Nurses must tailor safety interventions to each developmental stage because accident types, frequencies, and risk factors vary significantly across age groups from infancy through older adulthood.

📌 Key points (3–5)

  • Age-specific risks: Each life stage has distinct safety concerns—infants face choking and drowning, adolescents face motor vehicle accidents and TBI, adults face intimate partner violence and substance abuse, and older adults face falls and elder abuse.
  • Developmental awareness: Younger children lack judgment to recognize danger, adolescents spend time away from parental supervision, and older adults may be vulnerable to exploitation by trusted individuals.
  • Nurse's role: Nurses educate families, recognize signs of abuse or injury, and connect victims to resources and protective services.
  • Common confusion: Not all age groups need the same type of supervision—infants require constant adult supervision and childproofing, while adolescents need education about independent decision-making and risk recognition.
  • Reporting obligations: Every state requires health care professionals to report suspected child abuse, and nurses must also report suspected elder abuse to adult protective services.

👶 Infants, Preschoolers, and School-Aged Children

👶 Infants and preschoolers: curiosity without judgment

  • Main risks: Motor vehicle accidents, falls, choking, drowning, and accidental poisoning.
  • Why these risks occur: This age group is curious but lacks the judgment to recognize dangers.
  • Key interventions:
    • Childproofing the home
    • Providing constant adult supervision
    • Proper use, positioning, and installation of infant car seats
  • Example: An infant car seat protects infants during motor vehicle accidents; nurses educate parents on correct installation.

🚸 School-aged children (4–11 years): emerging independence

  • Main risks: Motor vehicle injuries, drowning, poisoning, and bicycle accidents.
  • Developmental shift: This age group is more aware of dangers and limitations, but adult supervision is still important.
  • Key interventions:
    • Education about safety seats, booster seats, or shoulder seat belts
    • Bicycle safety and helmet use (many bike accidents involve head or face injuries due to lack of helmet use)
    • Basic instructions on recognizing and responding to dangerous situations with strangers
  • AMBER alert system: Parents should be educated about this system, which uses law enforcement and media resources to notify the public about possible abductions or missing children in danger.

🛡️ Recognizing and reporting child abuse

Child abuse includes physical, sexual, emotional abuse, and neglect.

  • Impact: After abuse or violence, many children develop mental health problems (depression, post-traumatic stress disorder), serious medical problems, learning problems, and problems getting along with friends and family.
  • Legal obligation: Every state has laws requiring health care professionals to report suspected child abuse in any form.
  • Don't confuse: Reporting is mandatory regardless of the type of abuse—physical, sexual, emotional, or neglect.

🚗 Adolescents: Independence and Risk-Taking

🚗 Motor vehicle accidents: the leading cause of death

  • Statistics:
    • Motor vehicle accidents are the number one cause of death for adolescents
    • Teens aged 16–19 are three times more likely to be in a fatal crash than drivers older than 20
    • Adolescent males are twice as likely to die in a motor vehicle accident than females of the same age
  • Common cause: Texting while driving (distracted driving).
  • Challenge: Much of an adolescent's time is spent away from home, making it difficult for parents to control decisions.
  • Nurse education: Teach teenagers to use seat belts, obey speed limits, and never use a cell phone or text while driving.

🏈 Traumatic brain injuries (TBI) from sports

TBI results from a blow, jolt, or hit to the head that causes a disruption in blood function or flow to the brain.

  • When to suspect: TBI may occur due to participation in sports and recreation-related activities.
  • Signs of concussion requiring immediate medical attention:
    • Headache, vomiting, balance problems, fatigue, or drowsiness
    • A dazed and confused appearance or difficulty concentrating or remembering
    • Emotional irritability, nervousness, or a change in personality
  • Resource: The CDC's "Heads Up" program provides comprehensive information and education materials for parents, coaches, players, and health care providers.

💊 Substance abuse concerns

  • Substances of concern: Tobacco, alcohol, illicit drugs, prescription medication, over-the-counter medications, and bath salts.
  • Significance: Substance abuse is a significant concern in the adolescent population.
  • Resources: The National Institutes of Health provides many resources for educating teens and their parents.

🩹 Adults: Violence and Substance Misuse

🩹 Intimate partner violence (IPV): the most prevalent adult safety issue

Intimate partner violence (IPV) includes physical or sexual violence, stalking, and psychological or coercive aggression by current or former intimate partners.

  • Scope: IPV is widespread in the United States and is the most prevalent adult safety issue.
  • Who is affected: Victims can be female or male; sexual orientation can be heterosexual or LGBTQ+.

🔍 The nurse's role in identifying IPV

  • Why nurses matter: The nurse is often the initial health care professional in contact with a victim of IPV; prompt recognition of potential or actual threats to client and staff safety is crucial.
  • Assessment importance: It is often the nurse's assessment that plays an important role in identifying a client experiencing IPV.
  • Communication approach:
    • Show compassion and understanding to this vulnerable population
    • Use effective communication to help victims come forward and share their experiences
  • Don't confuse: IPV is complex, and the client may not initially consider leaving the abuser as an option—nurses should not pressure immediate action.

🛠️ Tools and resources for IPV victims

ResourceDescription
Danger Assessment ToolSelf-administered survey, free to use, available in several languages
National Center on Domestic Violence, Trauma & Mental HealthDatabase for resources
National Domestic Violence HotlineFree, confidential support
Safety planMost important: nurses should assist clients to create a safety plan

💉 Substance abuse in adults

Substance abuse is defined by the World Health Organization (WHO) as a maladaptive pattern of using alcohol and/or drugs despite it causing persistent social, occupational, psychological, or physical problems that can be physically hazardous.

  • Scope: Substance misuse continues to be a safety issue that affects adults across all socioeconomic levels.
  • Statistics: In 2022, over 108,000 people died in the United States as a result of an opioid overdose.
  • Substances of concern: Prescription pain medication (such as oxycontin and fentanyl) and street drugs like heroin.
  • Impact: Substance misuse affects not only the individual but also causes harm to their family members.
  • Key interventions: Early identification of substance use disorders, rehabilitation interventions, and continued support for the individual and family members in the recovery process.

👴 Older Adults: Falls, Accidents, and Abuse

👴 Leading causes of injury

  • Main risks: Falls and motor vehicle accidents are leading causes of injury in older adults (according to the CDC).
  • Other significant hazards: Fires, accidental overdosing on medications, elder abuse, and financial exploitation.

🚨 Elder abuse: a hidden crisis

  • Prevalence: Abuse (including neglect and exploitation) is experienced by about 1 in 10 people aged 60 and older who live at home.
  • Statistics (2002–2016): More than 643,000 older adults were treated in the emergency department for nonfatal assaults, and over 19,000 homicides occurred.
  • Perpetrators: In most reported cases, a caregiver or a person in a trusted relationship is the perpetrator.
  • Underreporting: For various reasons such as fear and disappointment, most cases go unreported.

🔎 Recognizing signs of elder abuse

  • Common signs:
    • Bruises, cuts, burns, or broken bones that are unexplainable or suspiciously explained
    • Malnourishment or weight loss
    • Poor hygiene, an unkempt appearance, unclean clothing, or dirty, matted hair
    • Foul odor from clothing or body
    • Anxiety, depression, or confusion
    • Unexplained transactions or loss of money
    • Withdrawal from family members or friends
  • Pattern: Most victims are frequently seen in the emergency department several times before they are admitted to the hospital.

📋 Nurse's responsibility in elder abuse cases

  • What to watch for: Nurses must be alert to any indications of elder abuse, such as suspicious injuries or behaviors.
  • Reporting obligation: Report suspected incidents to local adult protective services agencies.
  • Assessment tool: The Elder Mistreatment Assessment tool is available from The Hartford Institute for Geriatric Nursing.

💰 Financial exploitation example

Example: John, a 92-year-old male living alone, hired a repairman who befriended him by bringing homemade cookies and pies and running errands. The repairman convinced John to take out a reverse mortgage for home improvements, then stole $250,000 from John's bank account after obtaining his account numbers and login information.

  • This illustrates how trusted individuals can exploit vulnerable older adults.
  • Don't confuse: Financial exploitation is a form of elder abuse, not just theft—it involves a breach of trust by someone in a relationship with the victim.
39

Environmental Safety for Nurses

Chapter 5.9 Environmental Safety

🧭 Overview

🧠 One-sentence thesis

Nurses must protect themselves from workplace hazards—including sharps injuries, blood-borne pathogens, lifting injuries, and inadequate PPE—by following safety regulations and using proper equipment to maintain a healthy work environment.

📌 Key points (3–5)

  • Core workplace hazards: sharps injuries, blood-borne pathogen exposure, musculoskeletal disorders from lifting, and lack of personal protective equipment.
  • Regulatory framework: OSHA standards, the Needlestick Safety and Prevention Act, and ANA principles establish the right to a safe workplace.
  • Fire safety protocols: RACE (Rescue, Activate, Confine, Extinguish/Evacuate) and PASS (Pull, Aim, Squeeze, Sweep) are mandatory response procedures.
  • Common confusion: proper body mechanics and gait belts are not sufficient to prevent lifting injuries—complete elimination of manual patient handling is the goal.
  • Chemical safety: Safety Data Sheets (SDS) must be readily available for every workplace chemical and include 11 mandatory sections.

🏥 Workplace safety foundations

🏥 Healthy work environment definition

A healthy environment is a place of physical, mental, and social well-being supporting optimal health and safety (WHO definition).

  • The ANA Nurses' Bill of Rights establishes seven basic principles for workplace expectations.
  • One principle states: "Nurses have the right to a work environment that is safe for themselves and their patients."
  • Environmental Health is an ANA Standard of Professional Performance requiring nurses to create safe and healthy workplace environments.

💉 Sharps and blood-borne pathogen safety

💉 The hazard and its scope

  • Blood-borne pathogen exposure can cause life-threatening illnesses: hepatitis B, hepatitis C, and HIV.
  • Approximately 385,000 sharps-related injuries occur annually among health care workers in hospitals.
  • As many as half of injuries go unreported, meaning the actual number is likely much higher.

🛡️ Regulatory protections

Key regulations that have significantly reduced sharps injuries:

Regulation/LawCoverage areas
OSHA Blood-borne Pathogen StandardSharps disposal, safety-engineered devices, PPE, training, record keeping, hepatitis B vaccination, post-exposure follow-up
Needlestick Safety and Prevention Act (2002)Evaluation and selection of safety-engineered sharps devices
  • Medical device manufacturers have developed innovative safety-engineered technology, such as needleless IV access devices.
  • Despite progress, preventable sharps injuries and blood exposures continue to occur.

🚨 Immediate response to exposure

If you experience a sharps injury or blood/body fluid exposure, follow these steps immediately:

  • Puncture/small wounds: Wash with soap and water for 15 minutes.
  • Lacerations: Apply direct pressure to control bleeding and seek medical attention.
  • Mucous membranes: Flush with water.
  • Always: Report the incident to your instructor or supervisor and seek medical care to determine exposure risk.

Don't confuse: These are immediate first-response steps; they do not replace the need for medical evaluation and potential post-exposure prophylaxis.

🏋️ Safe client handling and mobility

🏋️ The injury problem

  • At least 56% of nurses have reported pain from musculoskeletal disorders exacerbated by job requirements.
  • Musculoskeletal injuries related to client handling cause more lost work time, long-term medical care needs, and permanent disabilities than any other work-related injury.
  • Back injuries can result from one bad lift or from daily wear and tear of manually lifting clients.

❌ Why traditional methods fail

  • Even using proper body mechanics and gait belts can result in client handling injuries.
  • These methods are insufficient to prevent injury.

Common confusion: Many believe proper body mechanics alone will prevent injury, but the ANA has established that manual patient handling must be completely eliminated.

✅ The ANA solution

  • The ANA has established safe patient handling and mobility initiatives.
  • Goal: Complete elimination of manual patient handling.
  • Employers must provide safe patient handling equipment (e.g., mechanical lifts, transfer devices).

Example: Instead of manually lifting a client from bed to chair, use a mechanical lift device that bears the weight and reduces physical strain on the nurse.

🦺 Personal protective equipment (PPE)

🦺 OSHA requirements

  • OSHA requires employers to provide PPE to workers and ensure its proper use.
  • In health care settings, PPE includes: gloves, gowns, goggles, face shields, and N95 respirators (according to client condition).

🔄 Purpose and proper use

  • PPE protects health care workers from being infected.
  • PPE protects clients from being infected by health care workers.
  • It is vital to follow agency procedures regarding PPE and transmission precautions to avoid exposure to infectious disease.

⚠️ Supply challenges

  • The COVID-19 pandemic created global shortages of PPE.
  • Many nurses and health care workers were exposed to the fatal disease due to inadequate PPE.
  • The ANA continues to advocate for adequate PPE for nurses in their work environments.

🔥 Fire safety protocols

🔥 Regulatory requirements

The Joint Commission and Centers for Medicare and Medicaid mandate that facilities receiving reimbursement must have:

  • A fire response plan
  • Fire safety training for staff
  • Functioning fire response equipment (alarms, extinguishers, overhead sprinkler systems, clearly identified exit doors)
  • Routine fire alarm drills that are audited and documented

🏃 RACE: What to do in a fire

RACE stands for Rescue, Activate, Confine, and Extinguish/Evacuate.

StepActionKey point
RescueRescue anyone in immediate dangerMaintain your own safety; do not become a victim yourself
ActivateActivate the fire alarmAllows others to realize there is a fire so safety measures can begin
ConfineConfine the fire by closing doors and windowsClose fire doors to prevent fire from breaching one zone and encroaching on another
Extinguish or EvacuateExtinguish small fires if possible; otherwise evacuateMaintain your safety before trying to extinguish; evacuate if fire cannot be easily extinguished

Don't confuse: The "E" can mean either Extinguish or Evacuate depending on the situation—small, manageable fires can be extinguished, but larger fires require evacuation.

🧯 PASS: How to use a fire extinguisher

PASS stands for Pull, Aim, Squeeze, and Sweep.

  • Pull: Pull the pin on the fire extinguisher handle (necessary to depress the handle and release contents).
  • Aim: Aim low towards the base of the fire with the nozzle or hose (the base must be smothered; the top is too large and spread out).
  • Squeeze: Squeeze down on the handle to depress it and release contents.
  • Sweep: Sweep the hose or nozzle from side to side while spraying (helps fully cover the base of the fire).

Continue sweeping until the fire is extinguished or the extinguisher is empty. If the fire reignites, begin RACE and PASS again.

📋 Safety Data Sheets (SDS)

📋 What SDS are

Safety Data Sheets (SDS), formerly called Material Safety Data Sheets (MSDS), are hazardous communication sheets that inform workers about chemicals they encounter in the workplace.

  • OSHA requires that SDS are readily available and easily readable for each chemical in the workplace.

📋 Eleven mandatory sections

Every SDS must include:

  1. Identification: Chemical name, recommended uses, supplier contact information
  2. Hazard identification: Classification and warning information
  3. Composition: Chemical name, concentration, impurities, stabilizing additives
  4. First aid measures: Initial care for individuals exposed by varying routes
  5. Firefighting measures: Type of extinguishing equipment required, hazardous combustion products
  6. Accidental release measures: Appropriate response to spills/leaks and cleanup recommendations
  7. Handling and storage: Recommendations for safe handling and storage
  8. Exposure controls: Personal protection required
  9. Physical and chemical properties: Characteristics of the substance
  10. Stability and reactivity: Hazards of the chemical
  11. Toxicological information: Health effects (immediate, delayed, or chronic), symptoms of exposure

Example: If a nurse spills a cleaning chemical, the SDS provides immediate information about whether to evacuate, what PPE to wear during cleanup, and what first aid to provide if someone is exposed.

40

Chapter 6.1 Cognitive Impairments Introduction

Chapter 6.1 Cognitive Impairments Introduction

🧭 Overview

🧠 One-sentence thesis

The excerpt does not contain substantive content about cognitive impairments; it consists of learning activities for fall prevention and glossary entries unrelated to the chapter title.

📌 Key points (3–5)

  • The provided text does not match the chapter title "Cognitive Impairments Introduction."
  • The excerpt contains a nursing case study about fall risk assessment for Mr. Moore, a 72-year-old patient recovering from hip surgery.
  • The material demonstrates the nursing process (assessment, diagnosis, outcome identification, planning, implementation, evaluation) applied to fall prevention.
  • No information about cognitive impairments, their types, assessment methods, or management is present in this excerpt.

📋 Content mismatch note

📋 What the excerpt actually contains

The provided text includes:

  • Learning activities from Chapter 5.11 focused on fall prevention strategies
  • A client scenario (Mr. Moore) demonstrating fall risk assessment
  • Glossary entries defining terms like "at-risk behavior" and "behavioral restraints"
  • No discussion of cognitive impairments, cognitive assessment, or related nursing interventions

⚠️ Missing expected content

Based on the chapter title "Cognitive Impairments Introduction," one would expect:

  • Definitions and types of cognitive impairments
  • Assessment tools for cognitive function
  • Common causes and risk factors
  • Nursing considerations for cognitively impaired clients

None of this content appears in the provided excerpt.

📝 Note to reader

This excerpt does not provide material suitable for creating review notes about cognitive impairments. The text appears to be from a different chapter section focused on fall prevention and safety protocols in nursing care.

41

Fall Prevention and Safety Management

Chapter 6.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Effective fall prevention requires identifying individual risk factors, implementing targeted interventions, and continuously evaluating whether the client remains safe and uses assistive devices correctly.

📌 Key points (3–5)

  • Risk assessment drives planning: Fall risk factors (weakness, gait difficulty) are identified first, then assessed with tools like the Morse Fall Risk Scale to guide intervention selection.
  • Interventions target specific risks: Environmental modifications (lighting, clutter removal), assistive devices (walkers, elevated toilet seats), and monitoring (orthostatic blood pressures, gait observation) address identified vulnerabilities.
  • Outcome evaluation is two-part: Success is measured both by whether falls occur and by whether the client correctly uses safety measures (e.g., calling for help, using walker).
  • Common confusion: A client may remain fall-free but still not meet all outcomes—partial success (no falls but inconsistent device use) requires additional interventions like reminders, scheduled toileting, or alarms.
  • Adaptive response to partial success: When outcomes are only partially met, interventions are escalated (visual cues, scheduled toileting, bed alarms) rather than simply repeated.

🔍 Assessment and Diagnosis

🔍 Identifying fall risk factors

The excerpt presents a client (Mr. Moore) with specific vulnerabilities:

  • Lower extremity weakness
  • Difficulty with gait
  • Unsteadiness when walking

These factors form the evidence base for the nursing diagnosis.

📋 Nursing diagnosis structure

Risk for Falls: A NANDA-I diagnosis established when a client has identifiable vulnerabilities that increase fall likelihood.

The diagnosis is stated as:

  • Diagnosis label: Risk for Falls
  • Evidence: "as evidenced by lower extremity weakness and difficulty with gait"

Example: A client who forgets to call for help and walks unsteadily to the bathroom demonstrates both physical risk factors (gait problems) and behavioral risk factors (not waiting for assistance).

🧪 Use of assessment tools

The excerpt mentions the Morse Fall Risk Scale as a formal tool to quantify fall risk, though specific scoring is not detailed. This structured assessment translates observations into a risk level that guides intervention intensity.

🎯 Planning: Goals and Interventions

🎯 Goal structure

The excerpt distinguishes between an overall goal and specific measurable outcomes:

Goal TypeStatementCharacteristics
Overall Goal"Mr. Moore will remain free from falls during hospitalization"Broad, safety-focused
SMART Expected Outcomes1. "Will not experience a fall"<br>2. "Will correctly use assistive device every time"Specific, measurable, time-bound (during hospitalization)

Don't confuse: The overall goal is the desired end state; SMART outcomes are the measurable checkpoints that show whether the goal is being met.

🛡️ Environmental interventions

Interventions that modify the physical space:

  • Remove clutter from the floor (reduces tripping hazards)
  • Provide adequate lighting with night-light at bedside (improves visibility)
  • Use half side rails (prevent rolling out of bed without creating entrapment risk)
  • Place personal items within easy reach (reduces need to stretch or get up)

🚶 Mobility and assistive device interventions

Interventions that support safe movement:

  • Monitor gait, balance, and fatigue with ambulation; encourage resting as needed
  • Ensure shoes fit properly, are fastened securely, and have no-skid soles
  • Encourage use of prescribed glasses and hearing aids when walking (sensory support)
  • Provide elevated toilet seat (reduces distance to sit/stand)

Example: A client who needs to hurry to the bathroom may skip using the walker; ensuring the walker is always within reach and providing scheduled toileting reduces this urgency.

🩺 Physiological monitoring interventions

  • Obtain orthostatic blood pressures daily and notify provider as indicated (detects dizziness risk from position changes)

🏠 Discharge planning interventions

Suggested home adaptations:

  • Adjust toilet seat height
  • Install grab bars in the bathroom
  • Use rubber mat in the shower

These extend fall prevention beyond hospitalization.

🚨 Implementation Challenges

🚨 Real-time decision-making scenario

The excerpt describes a critical moment:

  • Client climbs out of bed without calling for help
  • States urgency: "I need to go to the bathroom for a bowel movement and didn't have time to ring the call light and wait"
  • Appears unsteady with walker
  • Says "We need to hurry or I'm not going to make it"

This scenario illustrates the gap between planned interventions (use call light, use walker) and actual behavior under urgency.

Key question posed: "What is the best response?" (The excerpt does not provide the answer, leaving it as a critical thinking exercise.)

⚖️ Balancing safety and dignity

The client's urgency is real (bowel movement cannot wait), but fall risk is high (unsteady gait). The nurse must:

  • Assist immediately (not delay for ideal conditions)
  • Use the walker despite time pressure
  • Stay close to provide physical support
  • Consider whether the client can safely reach the toilet or needs a bedside commode

📊 Evaluation and Adaptive Interventions

📊 Outcome evaluation results

Expected OutcomeEvaluation ResultEvidence
Will not experience a fallOutcome MetNo falls occurred
Will correctly use assistive device (walker)Outcome Partially MetForgets to call for assistance when needing bathroom

Don't confuse: "Outcome Met" does not mean the client is now safe indefinitely—it means the outcome was achieved during the evaluation period. Partial success on the second outcome indicates ongoing risk.

🔄 Escalated interventions after partial success

When the client continues to forget to call for help, additional layers are added:

🔄 Visual and cognitive cues

  • "Stop" sign placed within client view to remind him to use call light before getting up
  • Icon posted on doorframe to alert staff that client is at high risk for falls

🔄 Proactive scheduling

  • Scheduled toileting every two hours (in addition to hourly rounding) reduces urgency that leads to unsafe behavior

🔄 Environmental safeguards

  • Bed kept low and locked
  • Mat placed next to bed at night (cushions impact if client does get up)

🔄 Technology-assisted monitoring

  • Bed alarm will be placed if client continues to forget to call for assistance
  • Alarm alerts staff of movement so quick assistance can be offered

Why this matters: The excerpt demonstrates that fall prevention is iterative—when behavioral interventions (reminders) are insufficient, environmental and technological safeguards are added without waiting for a fall to occur.

🧠 Proactive vs reactive approach

The excerpt emphasizes adding the bed alarm if the client continues to forget, not after a fall happens. This is proactive risk management: recognizing that partial outcome achievement signals the need for stronger interventions before harm occurs.

42

Fall Prevention and Safety Evaluation

Chapter 6.3 Alzheimer's Disease

🧭 Overview

🧠 One-sentence thesis

Nursing evaluation of fall-prevention interventions requires ongoing adjustment of strategies when outcomes are only partially met, using layered safeguards like environmental cues, scheduled rounding, and alarms to compensate for client memory deficits.

📌 Key points (3–5)

  • Evaluation tracks outcome achievement: outcomes can be fully met, partially met, or unmet; partial achievement triggers plan revision.
  • Layered fall-prevention strategies: combine environmental reminders (signs, icons), scheduled interventions (hourly rounding, toileting), physical safeguards (low bed, mats), and technology (alarms).
  • Common confusion: a client using an assistive device correctly does not mean the outcome is fully met if they forget to call for help first—partial achievement requires additional interventions.
  • Scheduled rounding integrates prevention: hourly visits and two-hour toileting schedules proactively address needs before the client attempts unsafe movement.
  • Escalation of interventions: strategies progress from passive reminders to active alarms if the client continues at-risk behavior.

📋 Evaluation process and outcome measurement

📊 Outcome status categories

The excerpt demonstrates three outcome states:

  • Met: the client did not fall during hospitalization.
  • Partially Met: the client uses the walker correctly but forgets to call for assistance.
  • Unmet: (not illustrated in this case, but implied by the framework).

🔍 What "partially met" means

Outcome Partially Met: Mr. Moore uses his assistive device (walker) correctly during hospitalization.

  • The client performs part of the desired behavior (correct walker use) but not all components (calling for help before getting up).
  • Partial achievement signals the need for additional interventions, not abandonment of the goal.
  • Don't confuse: using equipment correctly ≠ safe behavior if other fall-risk actions (e.g., getting up alone) persist.

🛡️ Layered fall-prevention interventions

🪧 Environmental cues and alerts

  • "Stop" sign placed within client view: reminds the client to use the call light before getting up.
  • Icon posted on doorframe: alerts staff that the client is at high risk for falls.
  • These passive reminders compensate for memory deficits without restricting movement.

⏰ Scheduled rounding and toileting

In addition to hourly rounding, toileting will be performed at scheduled intervals every two hours.

  • Hourly rounding: scheduled visits integrate fall prevention with other care activities.
  • Two-hour toileting schedule: proactively addresses bathroom needs, reducing the client's impulse to get up alone.
  • Rationale: Mr. Moore forgets to call for assistance when he needs to use the bathroom; scheduled toileting prevents the triggering situation.

🛏️ Physical safeguards

  • Bed kept low and locked: reduces fall distance and prevents bed movement.
  • Mat placed next to the bed at night: cushions impact if the client does get up.
  • These measures mitigate injury risk even if the client bypasses other safeguards.

🔔 Technology escalation

If Mr. Moore continues to forget to call for assistance, a bed alarm will be placed to alert staff of movement so that quick assistance can be offered.

  • Bed alarms are a conditional escalation: implemented only if passive and scheduled strategies fail.
  • Purpose: detect movement in real time, enabling staff to intervene before a fall occurs.
  • Don't confuse with restraints: alarms alert staff but do not restrict the client's freedom of movement (see glossary definition of restraint: "restricting a client's freedom of movement without the permission of the person").

🔄 Continuous evaluation and plan revision

🔄 Iterative adjustment

The case illustrates the nursing process cycle:

  1. Evaluate against established outcomes.
  2. Identify gaps: Mr. Moore forgets to call for help.
  3. Revise the plan: add stop sign, scheduled toileting, mat, and conditional alarm.
  4. Re-evaluate: if forgetting persists, escalate to bed alarm.

🎯 Why multiple strategies matter

  • No single intervention addresses all fall-risk factors.
  • Combining reminders (cognitive support), schedules (proactive need fulfillment), and alarms (real-time detection) creates redundancy.
  • Example: if Mr. Moore ignores the stop sign, scheduled toileting reduces bathroom urgency; if he still gets up, the alarm alerts staff immediately.
43

Applying the Nursing Process

Chapter 6.4 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

The excerpt provides a glossary of safety and cognitive impairment terms used in nursing practice, establishing foundational vocabulary for understanding client care protocols and risk management.

📌 Key points (3–5)

  • Glossary structure: Definitions cover safety culture, restraints, communication tools, and cognitive impairment concepts across multiple chapters.
  • Safety terminology: Includes error classification (near misses, never events, sentinel events) and institutional culture qualities (Just Culture, Learning Culture, Reporting Culture).
  • Restraint distinctions: Chemical vs. medical restraints serve different purposes; seclusion is a separate confinement method.
  • Common confusion: Simple human error vs. reckless behavior—the Just Culture model distinguishes inadvertent mistakes from conscious disregard of risk.
  • Cognitive impairments introduction: Cognition involves thinking and decision-making that develops continuously from infancy through adulthood.

📚 Safety terminology and error classification

🔍 Types of adverse events

The excerpt defines three levels of safety events based on severity and outcome:

TermDefinitionKey characteristic
Near missesError with potential to cause harm but doesn'tIntercepted or fails by chance
Never eventsClearly identifiable, measurable adverse eventsSerious, preventable, results in death or significant disability
Sentinel eventClient safety event that reaches the clientResults in death, permanent harm, or severe temporary harm requiring life-sustaining interventions
  • Don't confuse: Near misses could have caused harm but didn't; sentinel events did cause serious harm.

🏥 Institutional safety culture qualities

Culture of safety: The behaviors, beliefs, and values within and across all levels of an organization as they relate to safety and clinical excellence, with a focus on people.

Three specific culture types are defined:

  • Just Culture: Encourages reporting safety information and rewards it, but distinguishes between human error and reckless behavior with clear boundaries.
  • Learning Culture: Shows willingness and competence to draw conclusions from safety information systems and implement major reforms when needed.
  • Reporting Culture: People report errors and near misses openly.

🧩 Error classification in Just Culture model

Simple human error: An error that occurs when an individual inadvertently does something other than what should have been done.

  • Most errors result from poor processes, programs, education, environmental issues, or situations—not individual fault.
  • Management approach: correct the cause, examine the process, fix the deviation.

Reckless behavior: An error that occurs when an action is taken with conscious disregard for a substantial and unjustifiable risk.

  • Key distinction: Inadvertent (human error) vs. conscious disregard (reckless behavior).

🔬 Analysis tools

Root cause analysis: A structured method used to analyze serious adverse events to identify underlying problems that increase the likelihood of errors, while avoiding the trap of focusing on mistakes by individuals.

  • Focus is on systems and processes, not blaming individuals.

Human factors: A science that focuses on the interrelationships between humans, the tools and equipment they use in the workplace, and the environment in which they work.

🔒 Restraints and confinement

🛑 General restraint definition

Restraint: A device, method, or process that is used for the specific purpose of restricting a client's freedom of movement without the permission of the person.

💊 Chemical restraint

Chemical restraint: A drug used to manage a client's behavior, restrict the client's freedom of movement, or impair the client's ability to appropriately interact with their surroundings that is not a standard treatment or dosage for the client's condition.

  • Key qualifier: "not a standard treatment or dosage"—distinguishes restraint from legitimate medication.

🏥 Medical restraints

Medical restraints: Restraints used to manage nonviolent, non-self-destructive behaviors such as the client attempting to remove life-sustaining tubes, drains, IV catheters, urinary catheters, or endotracheal tubes.

  • Purpose: protect medical equipment and treatment integrity, not manage violence.

🚪 Seclusion

Seclusion: The confinement of a client in a locked room from which they cannot exit on their own.

  • Used for behavior that can cause harm to self or others, or to decrease environmental stimulation.
  • Don't confuse: Seclusion is confinement in a locked room; restraints restrict movement but don't necessarily involve a locked room.

🗣️ Communication and handoff tools

📋 ISBARR mnemonic

ISBARR: A mnemonic for the components of health care team member communication that stands for Introduction, Situation, Background, Assessment, Request/Recommendations, and Repeat back.

  • Structured communication tool to ensure complete information transfer.

🤝 Handoff reports

Handoff reports: A transfer and acceptance of client care responsibility achieved through effective communication. It is a real-time process of passing client specific information from one caregiver to another, or from one team of caregivers to another, for the purpose of ensuring the continuity and safety of the client's care.

  • Emphasizes real-time and client-specific information.
  • Goal: continuity and safety.

🧠 Cognitive impairments introduction

🧩 What cognition means

Cognition: The term used to describe our ability to think.

  • Involves receiving input from the environment and making decisions about responses.
  • Some decisions are conscious; others are reflexive.

📈 Cognitive development across the lifespan

  • Infants: Cognitive development based on experiences with their environment.
  • Throughout life: Cognitive processes continue developing through childhood, adolescence, and adulthood.
  • Purpose: learning to adapt and use knowledge to solve problems and reach desired outcomes.

🔄 Continuous evolution

  • The excerpt emphasizes that cognitive function is "continuously evolving."
  • Many factors can influence cognitive function throughout life (the excerpt cuts off before listing these factors).

🛡️ Fall prevention and safety protocols

🔄 Scheduled hourly rounds

Scheduled hourly rounds: Scheduled hourly visits to each client's room to integrate fall prevention activities with the rest of a client's care.

🌐 Universal fall precautions

Universal fall precautions: A set of interventions to reduce the risk of falls for all clients and focus on keeping the environment safe and comfortable.

  • Applied to all clients, not just high-risk individuals.

🔥 Emergency response mnemonics

🧯 RACE for fires

RACE: A mnemonic for actions to immediately take during a fire, standing for Rescue, Activate, Confine, and Extinguish.

🔥 PASS for fire extinguishers

PASS: A mnemonic for actions to take when using a fire extinguisher, including Pull, Aim, Squeeze, and Sweep.

🏥 Additional safety and health concepts

🎯 National Patient Safety Goals

National Patient Safety Goals: Annual safety goals and recommendations tailored for seven different types of health care agencies based on client safety data from experts and stakeholders.

🌿 Healthy environment

Healthy environment: A place of physical, mental, and social well-being supporting optimal health and safety.

📄 Safety Data Sheets

Safety Data Sheets (SDS): Hazardous communication sheets that let workers know certain information about chemicals they encounter in the workplace. OSHA requires that SDS's are readily available and easily readable for each chemical in the workplace.

  • Formerly called Material Safety Data Sheets (MSDS).

💔 Intimate Partner Violence

Intimate Partner Violence (IPV): Physical or sexual violence, stalking, and psychological or coercive aggression by current or former intimate partners.

💊 Substance abuse

Substance abuse: A maladaptive pattern of continued use of alcohol or a drug despite it causing persistent social, occupational, psychological, or physical problems that can be physically hazardous.

44

Sensory Impairments Introduction

Chapter 7.1 Sensory Impairments Introduction

🧭 Overview

🧠 One-sentence thesis

Nurses identify clients' sensory impairments and implement interventions to improve their safety, functioning, and quality of life by using strategies and resources that help them engage with their surroundings and others.

📌 Key points (3–5)

  • Five basic senses: sight (vision), hearing (auditory), touch (tactile), smell (olfactory), and taste (gustatory) help us perceive and act in the world around us.
  • Nurses rely on sensory input: nurses use their own senses when gathering assessment data—listening to heart and lung sounds, evaluating skin appearance, smelling infectious processes, and feeling pulses.
  • Sensory impairment impacts safety: when an individual experiences sensory impairment due to loss of one or more senses or altered stimuli (too much or too little), their ability to safely function is impacted.
  • Nursing goal: provide support and dignity to individuals and their families by using strategies and resources that help them engage with their surroundings and others to the best of their ability.

🧩 Core concepts

🧩 What sensory impairments are

Sensory impairment: any type of difficulty that an individual has with one of their five senses.

  • When an individual experiences loss of a sensory function (such as vision), the way they interact with the environment is affected.
  • Example: when an individual gradually loses their vision, their reliance on other senses to receive information from the environment is often enhanced.

🧩 The five basic senses

The excerpt identifies five basic senses:

SenseTypeFunction
SightVisionHelps perceive visual information
HearingAuditoryHelps perceive sounds
TouchTactileHelps perceive physical contact
SmellOlfactoryHelps perceive odors
TasteGustatoryHelps perceive flavors
  • These senses help us perceive and act in the world around us.
  • We may not often consider the importance of our sensory input until it is impaired.

🩺 Nursing role and sensory function

🩺 How nurses use their senses in care

Nurses especially rely on their senses when providing client care as they gather assessment data:

  • Hearing: ask questions and listen to client responses; listen to heart and lung sounds.
  • Vision: evaluate the appearance of skin.
  • Smell: may smell an infectious process when changing a wound dressing.
  • Touch: feel the sensation of pulses when assessing circulation.

🩺 Nursing responsibilities with sensory impairments

  • Identify clients' sensory impairments.
  • Implement interventions to improve safety, functioning, and quality of life.
  • Provide support and dignity to individuals and their families.
  • Use strategies and resources to help clients engage with their surroundings and others to the best of their ability.

⚠️ Safety considerations

⚠️ Why safety is a priority

  • Safety is always a nursing consideration for a client with a sensory impairment.
  • Intact senses are required to make decisions about functioning safely within the environment.

⚠️ Safety example

Example: an individual who has impaired hearing may not be able to hear a smoke alarm and requires visual indicators when the alarm is triggered.

  • This illustrates how sensory impairments require environmental adaptations to maintain safety.
  • The nurse must consider how each sensory loss affects the client's ability to detect and respond to hazards.

📚 Chapter scope

📚 What this chapter covers

The excerpt states that this chapter will review:

  • Common sensory impairments
  • Related nursing care

The learning objectives listed include:

  • Identifying risk factors for sensory impairments
  • Identifying cues related to sensory impairments across the life span
  • Identifying interventions to support diverse clients (individual, family, or group) with sensory impairments
  • Contributing to a plan of care for clients with sensory impairments
  • Detailing support for family/significant others caring for clients with a sensory impairment
  • Including community resources available for clients and families with a sensory impairment
  • Including adaptations to the environment to maintain safety for the client with a sensory impairment
  • Outlining evidence-based nursing interventions for specific sensory disorders
45

Sensory Impairments and Infection: Nursing Care

Chapter 7.2 Sensory Impairments Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Nurses must implement individualized, evidence-based interventions to help clients with sensory impairments communicate effectively, remain safe from injury, and maintain quality of life, while also understanding how the body's natural defenses protect against infection.

📌 Key points (3–5)

  • Sensory impairment interventions must be customized: Each client requires tailored nursing actions based on their specific sensory deficit (vision, hearing, tactile, etc.).
  • Safety is the primary goal: Expected outcomes focus on keeping clients free from injury and able to navigate their environment.
  • Communication adaptations are essential: Nurses must identify and document each client's preferred communication method and use appropriate techniques (facing client, adequate lighting, simple language).
  • Common confusion: Sensory overload vs. sensory deprivation—overload requires reducing stimuli (closing doors, combining activities), while deprivation requires adding meaningful stimuli (photos, conversation, calendars).
  • Natural body defenses work in layers: Physical barriers (skin, mucous membranes), mechanical actions (cilia, peristalsis), chemical mediators, and normal flora all contribute to nonspecific innate immunity.

👁️ Vision impairment interventions

👓 Ensuring access to corrective devices

  • Clients must have clean, current-prescription glasses or contacts available.
  • Provide magnifying glasses when needed.
  • Apply labels to frequently used items using high-contrast colors (e.g., medication bottles).

🏠 Environmental modifications

  • Provide adequate room lighting; minimize glare (offer sunglasses, draw window coverings).
  • Do not rearrange the environment—consistency helps clients navigate safely.
  • Maintain an uncluttered space; remove hazards like scatter rugs and oxygen tubing.
  • Describe the environment to the client as needed.
  • Identify food tray items using clock positions (e.g., "Your coffee is at 2 o'clock").

🔍 Safety and assessment

  • Monitor functional implications of diminished vision.
  • Identify yourself when entering the client's space.
  • Encourage and arrange routine vision assessments and screenings.
  • Provide reading materials in large print.

👂 Hearing impairment interventions

🔊 Assistive devices and maintenance

  • Perform or arrange routine hearing assessments.
  • Assist the client in acquiring hearing aids or assistive devices.
  • Ensure appropriate use; maintain batteries and cleanliness.

💬 Communication techniques

TechniqueWhy it matters
Gain attention before speakingEnsures client is ready to receive information
Avoid noisy backgroundsReduces competing sounds
Stay within 2–3 feetOptimizes sound transmission
Face client directly in good lightingFacilitates lipreading
Use low, deep voiceEasier to hear than high-pitched sounds
Avoid turning away while speakingClient cannot lipread if they can't see your mouth
Use short, simple sentencesEasier to process; avoid slang
Use gestures when necessaryProvides visual cues

📋 Documentation and planning

  • For severe hearing impairment, document the client's preferred method of communication (verbal, written, lipreading, American Sign Language) in the care plan.

🤲 Other sensory impairments

👃 Impaired sensitivity to odor

  • Advise checking pilot lights visually (cannot rely on smell for gas leaks).
  • Encourage checking expiration dates on food and marking dates on leftovers.

🌡️ Impaired tactile sensation

  • Maintain water heater temperature at a safe range to avoid burns.
  • Check bath water temperature with a thermometer (client cannot rely on touch).

🗣️ Impaired oral communication

  • Listen and provide sufficient time for the client's answer.
  • Avoid childlike phrases and words.
  • Ask questions requiring short or "yes/no" answers for clients with expressive aphasia.
  • Keep explanations simple.
  • Provide a communication board or alternative methods as appropriate.
  • Collaborate with a speech therapist.
  • Provide education to family/caregivers to facilitate communication.

🔄 Sensory overload vs. sensory deprivation

🚨 Sensory overload interventions

Sensory overload: A condition that occurs when an individual receives too many stimuli or cannot selectively filter meaningful stimuli.

  • Plan and combine nursing activities to avoid interrupting rest time.
  • Decrease noise level in the room and hallway (medical devices, conversations).
  • Close the room door if possible.
  • Example: A client in a busy ICU with constant alarms, bright lights, and frequent interruptions may become confused and agitated—reducing these stimuli helps restore calm.

🌱 Sensory deprivation interventions

Sensory deprivation: A condition that occurs when there is a lack of sensations due to sensory impairments or when the environment has few quality stimuli.

  • Provide meaningful stimuli: client's choice of television, radio, reading material, calendars, photos of family members, pets.
  • Provide social interaction as appropriate.
  • Encourage family members/caregivers to engage in meaningful conversations.
  • Example: An isolated client with hearing loss may withdraw—adding visual stimuli (family photos) and encouraging visits helps maintain engagement.

🔀 Don't confuse

  • Overload = too much input → reduce stimuli, create quiet, consolidate care.
  • Deprivation = too little input → add meaningful stimuli, encourage interaction.

🛡️ Natural defenses against infection

🧱 Physical barriers (nonspecific innate immunity)

Nonspecific innate immunity: A system of defenses in the body that targets invading pathogens in a nonspecific manner; present from birth.

Skin:

  • Three layers of closely packed cells; topmost layer (epidermis) contains keratin.
  • Keratin makes the surface mechanically tough and resistant to bacterial degradation.
  • Infections occur when the skin barrier is broken, allowing opportunistic pathogens to enter.

Mucous membranes:

  • Line the nose, mouth, lungs, urinary and digestive tracts.
  • Consist of epithelial cells bound by tight junctions.
  • Secrete mucus that traps debris and microbes; mucus also contains antimicrobial peptides.

Endothelia:

  • Tightly packed cells lining urogenital tract, blood vessels, lymphatic vessels.
  • Blood-brain barrier protects the CNS from microorganisms; keeps cerebrospinal fluid sterile.

⚙️ Mechanical defenses

  • Mucociliary escalator: Cilia in the respiratory tract propel mucus (with trapped microbes) upward to be coughed, sneezed, or swallowed.
    • Smoking disrupts this system → increased bacterial colonization and frequent infections.
  • Flushing actions: Urine and tears physically remove microbes.
    • Urinary tract is normally sterile due to flushing.
    • Eyelashes and eyelids prevent dust from reaching the eye; blinking bathes the eye in tears.
  • Peristalsis: Involuntary muscle contractions in the intestine push digested content (and trapped microbes) forward.
    • Feces can contain microorganisms → good hand hygiene prevents fecal-oral transmission.

🦠 Microbiome as defense

  • Normal flora compete with pathogens for nutrients and cellular-binding sites.
  • Example: In the vagina, normal flora limits Candida albicans growth, preventing yeast infections.
  • Disruption risk: Antibiotics can deplete normal flora → opportunistic infections like Clostridium difficile (C-diff) can colonize.
    • C-diff causes severe, potentially lethal diarrhea.
    • Fecal transplantation (transferring fecal material from a donor) can restore normal flora and treat recurrent C-diff.

🧪 Chemical defenses

  • Chemical mediators in body fluids and tissues inhibit microbial invaders.
  • Example: Sebaceous glands in the dermis secrete oil (details cut off in excerpt).

🩺 Applying the nursing process: Mr. Mitchell case

📊 Assessment findings

  • 87-year-old male, increasingly withdrawn, difficulty answering questions appropriately.
  • Whisper test: unable to report any of six words whispered behind him.
  • Ear canals clear without cerumen.
  • Embarrassed about asking people to repeat; avoids social situations.
  • Interested in improving hearing and communication.

🎯 Nursing diagnosis and outcomes

  • Diagnosis: Readiness for Enhanced Communication as evidenced by expressed desire to enhance hearing and communication.
  • Overall goal: Client will experience enhanced communication with improved hearing.
  • SMART outcome: Mr. Mitchell will attend an appointment with an audiologist within two weeks.

🛠️ Interventions implemented

  • Provided education about available hearing devices.
  • Used communication techniques: faced client directly, provided good lighting for lipreading, shut door for quiet environment, used short simple sentences.
  • Did not interpret nodding as understanding.
  • Shared assessment findings with provider; requested audiologist referral.
  • Assisted client in making the appointment.

✅ Evaluation

  • At next appointment (two weeks later): Mr. Mitchell wearing hearing aid, answers questions appropriately.
  • Reports attending more social events "now that I can hear better."
  • SMART outcome: met.

🦠 Pathogens overview

🧬 Four common types

TypeDescriptionTreatment
VirusesGenetic code (DNA/RNA) with protein coating; invade cells to replicateAntiviral medications; antibiotics do NOT work
BacteriaSingle-celled; diverse shapes; some strains resistant (e.g., MRSA)Antibiotics; resistance is a growing concern
FungiThick cell wall makes them harder to kill; e.g., Candida albicans (oral thrush, yeast infections)Antifungal medications
ParasitesProtozoa (single-celled), helminths (worms), ectoparasites (ticks, mosquitos)Antihelmintics

⚠️ Don't confuse

  • Antibiotics kill bacteria, not viruses or fungi.
  • Normal flora are microorganisms that live on/in the body without causing infection unless the host becomes susceptible.
  • Pathogens are microorganisms that cause disease.

Note: The excerpt provided contains nursing textbook content focused on sensory impairments, infection basics, and natural defenses. All information above is derived solely from the source material.

46

Natural Defenses Against Infection

Chapter 7.3 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

The body employs a layered defense system—physical barriers, normal flora, chemical mediators, inflammation, fever, and adaptive immunity—that works together to prevent pathogen invasion and eliminate infections when they occur.

📌 Key points (3–5)

  • Nonspecific innate immunity provides immediate, broad-spectrum defense through physical barriers, normal flora, chemical mediators, inflammation, and fever.
  • Specific adaptive immunity activates when innate defenses are insufficient, using B cells (antibodies) and T cells to target specific pathogens and create immunological memory.
  • Normal flora prevents infection by occupying binding sites and competing for nutrients, but disruption (e.g., antibiotics) can allow opportunistic pathogens to flourish.
  • Common confusion: Inflammation is often perceived negatively, but it is a necessary process that recruits defenses to eliminate pathogens—excessive inflammation, however, can cause tissue damage.
  • Cytokine storm occurs when too many cytokines are released too quickly, potentially causing multi-organ failure and death.

🛡️ Physical and mechanical defenses

🛡️ Skin and mucous membranes

  • The skin and mucous membranes form the first line of defense by creating physical barriers.
  • Eyelashes prevent dust and debris from reaching the eye surface.
  • Tears wash debris away from the eye.
  • These mechanical defenses block pathogen entry at portals where the body contacts the external environment.

🦠 Normal flora (microbiome)

Normal flora: microorganisms that naturally inhabit the body and contribute to the microbiome, serving as an important first-line defense against invading pathogens.

  • Normal flora occupies cellular binding sites and competes for nutrients, preventing pathogen attachment and proliferation.
  • Example: In the vagina, normal flora competes with Candida albicans, preventing yeast infections by limiting nutrient availability and inhibiting Candida growth.
  • Similar competition occurs on the skin, in the upper respiratory tract, and in the gastrointestinal tract.

Why disruption matters:

  • When the microbiome is disrupted (e.g., by antibiotics), susceptibility to infection increases.
  • Example: Antibiotic treatment can deplete gastrointestinal normal flora, allowing Clostridium difficile (C-diff) to colonize and cause severe, potentially lethal diarrheal infection.
  • Fecal transplantation is a recent strategy for treating recurrent C-diff by restoring normal flora.

🧪 Chemical defenses

🧪 Sebum and skin defenses

  • Sebaceous glands in the dermis secrete sebum (oil) onto the skin surface through hair follicles.
  • Sebum seals off hair follicle pores and prevents bacteria from invading sweat glands and surrounding tissue.
  • Environmental factors affect these defenses: low humidity in winter makes skin drier and more susceptible to pathogens normally inhibited by the skin's low pH.
  • Application of moisturizer restores moisture and essential oils, helping prevent infection.

🧪 Enzymes and pH

  • Digestive tract: Enzymes in saliva and the digestive tract eliminate most pathogens that survive the stomach's acidic environment.
  • Urinary tract: Slight acidity of urine inhibits growth of potential pathogens.
  • Respiratory tract: Various chemical mediators in nasal passages, trachea, and lungs have antibacterial properties.

🧪 Plasma protein mediators

Plasma protein mediators: nonspecific innate immune factors in plasma (the fluid portion of blood) that contribute to the inflammatory response, including acute-phase proteins, complement proteins, and cytokines.

Acute-phase proteins:

  • Example: C-reactive protein—high levels indicate inflammation caused by serious infection or other medical conditions.

Complement proteins:

  • Always present in blood and tissue fluids, allowing quick activation.
  • Aid in pathogen destruction by piercing outer membranes (cell lysis) or making pathogens more attractive to phagocytic cells like macrophages.

Cytokines:

  • Proteins that affect interaction and communication between cells.
  • The first immune cell to detect a pathogen acts like a conductor, creating and sending cytokine messages to direct other immune cells and initiate inflammation.

⚠️ Cytokine storm

Cytokine storm: a severe immune reaction in which the body releases too many cytokines into the blood too quickly.

  • Can occur as a result of infection, autoimmune condition, or other disease.
  • Signs and symptoms: high fever, inflammation, severe fatigue, nausea.
  • Can be severe or life-threatening, leading to multiple organ failure.
  • Example: Many COVID-19 complications and deaths were caused by cytokine storm.

🔥 Inflammation

🔥 Purpose and process

Inflammation: a response triggered by a cascade of chemical mediators when pathogens breach the nonspecific innate immune system or when injury occurs.

Why inflammation is necessary:

  • Recruits cellular defenses to eliminate pathogens.
  • Removes damaged and dead cells.
  • Initiates repair mechanisms.
  • Don't confuse: Although often perceived negatively, inflammation is necessary—but excessive inflammation can cause local tissue damage or, in severe cases like sepsis, become deadly.

🔥 Acute inflammation sequence

  1. Vasoconstriction occurs first to minimize blood loss if injury has occurred.
  2. Vasodilation follows, with increased blood vessel permeability due to histamine release by mast cells.
  3. Five observable signs result from histamine:
    • Erythema (redness)
    • Edema (swelling)
    • Heat
    • Pain
    • Altered function

🔥 Cellular response

  • Phagocytes influx at the site of injury/infection.
  • Neutrophils are recruited to fight pathogens.
  • As the fight continues, pus forms from accumulation of neutrophils, dead cells, tissue fluids, and lymph.
  • After a few days, macrophages typically clear out the pus.
  • If this nonspecific inflammatory process does not successfully kill pathogens, infection occurs.

🌡️ Fever

🌡️ Systemic inflammatory response

  • Fever extends beyond the infection site and affects the entire body, resulting in overall increased body temperature.
  • Enhances nonspecific innate immune defenses by stimulating white blood cells to kill pathogens.
  • Rise in body temperature inhibits growth of many pathogens.

🌡️ Physiological mechanisms

During fever:

  • Skin may appear pale due to vasoconstriction of blood vessels in the skin.
  • Blood flow diverted away from extremities to minimize heat loss and raise core temperature.
  • Hypothalamus stimulates muscle shivering to generate heat and raise core temperature.

When fever breaks:

  • Hypothalamus stimulates vasodilation, returning blood flow to the skin and releasing heat.
  • Hypothalamus stimulates sweating, which cools the skin as sweat evaporates.

🌡️ Benefits and risks

  • Low-level fever is thought to help overcome illness.
  • Risk: Immune response can be too strong, causing tissue and organ damage or death.
  • Example: Staphylococcus aureus and Streptococcus pyogenes can produce superantigens causing toxic shock syndrome and scarlet fever, with fevers exceeding 42°C (108°F) that must be managed to prevent tissue injury and death.

🎯 Specific adaptive immunity

🎯 When adaptive immunity activates

Specific adaptive immunity: the immune response activated when the nonspecific innate immune response is insufficient to control an infection.

Two types of adaptive responses:

  • Cell-mediated immune response: carried out by T cells
  • Humoral immune response: controlled by activated B cells and antibodies

🎯 B cells

  • Mature in the bone marrow.
  • Make Y-shaped proteins called antibodies that are specific to each pathogen.
  • Antibodies lock onto the pathogen's surface and mark it for destruction by other immune cells.
  • Five classes of antibodies: IgG, IgM, IgA, IgD, and IgE.
  • Turn into memory B cells that are stored and released if the specific antigen reappears in the future.
  • Memory B cells allow the immune system to mount a quick defense because of previously created memory.

🎯 T cells

  • Mature in the thymus.
  • Three classes:
    • Helper T cells: stimulate B cells to make antibodies and help killer cells develop
    • Regulatory T cells: (mentioned but not detailed in excerpt)
    • Cytotoxic T cells (Killer T cells): directly kill cells already infected by a pathogen
  • Use cytokines as messenger molecules to send chemical instructions to the rest of the immune system to ramp up response.

🎯 Immunological memory

  • Adaptive immunity creates memory cells for each specific pathogen.
  • Provides long-term protection from reinfection with that pathogen.
  • On reexposure, memory cells facilitate an efficient and quick immune response.
  • Example: After recovering from chicken pox, the body develops memory of the varicella-zoster virus that specifically protects against reinfection.
  • Vaccines are administered to enhance specific adaptive immunity by creating this memory without causing disease.

🔄 Cooperation between innate and adaptive immunity

Defense TypeTimingSpecificityMemoryKey Components
Nonspecific innate immunityImmediateBroad-spectrumNonePhysical barriers, normal flora, chemical mediators, inflammation, fever
Specific adaptive immunityDelayed (days)Pathogen-specificYes (memory cells)B cells (antibodies), T cells

How they work together:

  • Innate immunity provides immediate defense while adaptive immunity develops.
  • When a pathogen enters the body (e.g., through the nose), innate defenses respond first.
  • If innate defenses are insufficient, adaptive immunity is activated.
  • Adaptive immunity creates targeted, long-lasting protection through memory cells.
47

Infection Assessment and Nursing Process

Chapter 8.1 Oxygenation Introduction

🧭 Overview

🧠 One-sentence thesis

Nurses must systematically assess clients for infection risk and signs of sepsis, implement evidence-based interventions including aseptic technique and monitoring, and evaluate outcomes to prevent healthcare-associated infections and life-threatening complications.

📌 Key points (3–5)

  • White blood cell differential interpretation: Different WBC types respond to different threats—neutrophils fight bacteria, eosinophils respond to parasites/allergies, lymphocytes produce antibodies and attack infected cells, and monocytes handle chronic infections.
  • Inflammation markers: ESR and CRP are nonspecific tests that indicate inflammation presence but don't diagnose the specific cause; CRP rises within hours and can increase a thousand-fold with severe bacterial infection.
  • Sepsis recognition is time-critical: Lactate levels and blood cultures help diagnose sepsis early; nurses must draw blood cultures before administering antibiotics to avoid false results and ensure proper treatment.
  • Common confusion—timing matters: Blood cultures must be drawn before antibiotics are given, and peak/trough levels affect when antibiotics can be administered.
  • Risk-based nursing diagnoses: "Risk for Infection" applies to vulnerable clients (e.g., impaired skin integrity), while "Risk for Shock" applies to clients with existing infections who may develop sepsis.

🔬 Diagnostic tests for infection

🩸 White blood cell differential

A differential count breaks down the types of white blood cells to help identify the nature of an infection.

Key cell types and their roles:

WBC TypePrimary FunctionWhat elevation suggests
NeutrophilsEngulf and destroy bacteria/fungi at infection sitesBacterial infection (neutrophilia); severe infection can deplete them
EosinophilsRespond to parasites, allergic reactions, control inflammationParasitic infections or allergic responses (eosinophilia)
BasophilsInvolved in allergic reactionsAllergic processes
Lymphocytes (B cells, T cells, NK cells)Produce antibodies, distinguish self/non-self, attack infected/cancer cellsAcute viral infections (lymphocytosis)
MonocytesEngulf bacteria, tissue repair, immune functionsChronic rather than acute infections

Interpretation caution:

  • Context matters: a severe infection like sepsis can use up available neutrophils, causing a falsely low count.
  • Providers consider signs, symptoms, and medical history—not just numbers.

🧪 Inflammation markers

🔴 ESR (Erythrocyte Sedimentation Rate)

An indirect measure of inflammation based on how quickly red blood cells settle in a test tube.

  • Red cells settle faster when inflammatory proteins (like CRP) are elevated.
  • Nonspecific: indicates inflammation is present but doesn't identify the cause or location.

🔥 CRP (C-Reactive Protein)

A sensitive acute phase reactant released within hours of infection or inflammation onset.

  • Can increase up to a thousand-fold with severe bacterial infection.
  • Rise may precede fever or pain symptoms.
  • More sensitive than ESR for detecting early inflammation.

🩺 Lactate and sepsis detection

💉 Serum lactate

Lactate accumulates when cells switch from aerobic to anaerobic metabolism due to insufficient oxygen.

Why it matters for sepsis:

  • Normally lactate levels in blood are low.
  • Excess production occurs when tissues don't receive enough oxygen (sepsis, shock, heart attack, respiratory distress).
  • Lactate accumulates faster than the liver can break it down → lactic acidosis.
  • Critical for early sepsis recognition because sepsis can quickly progress to septic shock and multi-organ failure.

🧫 Blood cultures and timing

Blood cultures identify bacteria (bacteremia), fungi, or viruses in the bloodstream.

Critical nursing considerations:

  1. Timing is everything: When orders for both antibiotics and blood culture arrive, draw the blood culture first—antibiotics given beforehand will compromise results and harm the treatment plan.

  2. Multiple samples: Often 3+ cultures from different veins are drawn because pathogens may only appear intermittently in blood.

  3. Incubation time: Cultures are incubated for several days; some organisms grow slowly.

  4. Positive results: When bacteria are found, susceptibility testing identifies which antibiotics will be most effective.

Example scenario: A client with suspected sepsis has new orders for vancomycin and blood cultures. The nurse must draw the blood cultures immediately and hold the antibiotic until after the draw is complete.

🎯 Other diagnostic tests

  • Site-specific cultures: Nasal swab, nasopharyngeal swab, sputum culture, urine culture, wound culture.
  • Imaging: Chest X-ray for suspected lower respiratory tract infection.
  • Therapeutic drug monitoring: Peak and trough levels ensure antibiotic concentrations stay within therapeutic ranges; nurses must time administration accordingly.

🩺 Nursing diagnoses for infection

🎯 Risk for Infection

Susceptibility to invasion and multiplication of pathogenic organisms.

Risk factors from the excerpt:

  • Impaired skin integrity
  • Inadequate vaccination
  • Malnutrition / Obesity
  • Dysfunctional gastrointestinal motility
  • Smoking
  • Stasis of body fluid

Example PES statement: "Risk for Infection as evidenced by alteration in skin integrity and insufficient knowledge to avoid exposure to pathogens."

⚠️ Risk for Shock

Susceptibility to inadequate blood flow that may lead to life-threatening cellular dysfunction.

Risk factors:

  • Deficient fluid volume
  • Hypoxia
  • Ineffective medication self-management
  • Unstable blood pressure

Associated conditions:

  • Infections
  • SIRS (Systemic Inflammatory Response Syndrome)
  • Sepsis

Example PES statement: "Risk for Shock as evidenced by the associated condition of infection."

Don't confuse: Risk diagnoses have no etiological factors because they reflect potential problems, not actual ones.

🎯 Outcomes and interventions

📋 SMART outcomes

Broad goal example: "The client will remain free from infection during their health care stay."

SMART outcome example: "The client will demonstrate how to perform dressing changes using aseptic technique prior to discharge from the hospital."

🛡️ Infection prevention interventions

Monitoring:

  • Monitor preexisting conditions that increase infection risk
  • Watch for early signs of localized/systemic infection
  • Monitor WBC results
  • Inspect skin and mucous membranes for redness, warmth, tenderness, drainage
  • Obtain cultures as needed
  • Monitor for malaise or decreased energy

Technique and precautions:

  • Maintain aseptic technique during procedures
  • Use sterile technique for invasive procedures or open wounds
  • Use universal precautions with all clients
  • Initiate transmission-based precautions when needed
  • Screen visitors for communicable disease

Supportive care:

  • Promote sufficient nutrition and fluid intake
  • Encourage rest
  • Ensure hygienic care (hand hygiene, daily bathing, oral care, perineal care)
  • Moisturize dry skin to keep it intact
  • Prevent respiratory infection: incentive spirometry, coughing/deep breathing, position changes, early ambulation
  • Prevent wound infection: change saturated dressings to reduce bacterial reservoirs

Education:

  • Teach signs/symptoms of infection and when to report them
  • Teach importance of nutrition, exercise, adequate rest
  • Encourage up-to-date vaccinations
  • Encourage smoking cessation (smoking damages the mucociliary escalator)

Special populations:

  • Suspect infection in older adults with new lethargy or confusion

🌡️ Hyperthermia interventions

For clients with fever:

  • Assess for diaphoresis, shaking chills (rigors)
  • Monitor level of consciousness
  • Adjust room temperature without inducing chilling
  • Administer antipyretics (acetaminophen, ibuprofen) as appropriate
  • Apply external cooling methods as needed (cold packs, cool sponge bath)
  • Encourage fluid intake
  • Monitor for dehydration

🚨 Implementing care for active infection

💊 Medication management

  • Administer antibiotics/antimicrobials as prescribed
  • Instruct clients to complete the full course even if they feel better (prevents antibiotic resistance)
  • Monitor culture results and report to provider to ensure prescribed therapy matches susceptibility results

🔍 SIRS/sepsis monitoring

Immediately notify provider for 2+ of these SIRS indicators:

  • Heart rate >90 bpm
  • Temperature >38°C or <36°C
  • Systolic BP <90 mm Hg
  • Respiratory rate >20
  • WBC >12,000 or <4,000

When SIRS is suspected:

  • Anticipate orders for lactate level and blood cultures for early sepsis diagnosis

Additional monitoring:

  • Watch for new decreased mental status (especially in older adults)—indicates decreased oxygenation or tissue perfusion
  • For early shock signs: administer oxygen immediately to maintain O₂ sat >90%
  • Administer prescribed antibiotics within one hour of diagnosis for improved survival
  • Be prepared for IV fluids and vasopressor medications to treat shock

Don't confuse: SIRS indicators with normal variation—two or more abnormal values together signal a systemic problem requiring immediate action.

📊 Evaluation

✅ Effectiveness assessment

  • Determine whether established outcomes have been met
  • Assess if planned interventions are still appropriate at the time of implementation
  • If outcomes are not met, add or revise interventions to help the client meet goals

Example from case study:

  • Diagnosis: Ineffective Airway Clearance related to excessive mucus
  • Outcome: Client will effectively clear secretions throughout hospitalization
  • Evaluation: Client maintained patent airway and effectively cleared secretions → outcome "met"

Key takeaway for nursing practice: Infection management requires vigilant assessment, timely diagnostic testing with proper sequencing (cultures before antibiotics), early recognition of sepsis warning signs, and systematic evaluation of intervention effectiveness.

48

Integumentary System: Oxygenation Basic Concepts

Chapter 8.2 Oxygenation Basic Concepts

🧭 Overview

🧠 One-sentence thesis

The integumentary system—comprising skin, hair, and nails—serves as the body's largest organ and primary protective barrier, requiring adequate circulation, nutrition, and moisture balance to maintain integrity and heal wounds effectively.

📌 Key points (3–5)

  • Three-layer structure: Skin consists of epidermis (thin outer layer), dermis (contains follicles, glands, vessels, nerves), and hypodermis (fat and connective tissue).
  • Multiple risk factors impair healing: Impaired circulation/oxygenation, immune dysfunction, diabetes, poor nutrition, obesity, excess moisture, smoking, and age all delay wound healing.
  • Wound healing occurs in four phases: Hemostasis (clotting), inflammatory (cleaning), proliferative (tissue building), and maturation (strengthening) phases must proceed in order for healing.
  • Common confusion—moisture extremes: Both too much moisture (maceration, excoriation) and too little (cracking, barrier loss) damage skin; balance is essential.
  • Pressure injuries are preventable: Systematic assessment (Braden Scale), repositioning, nutrition support, and moisture management prevent hospital-acquired pressure injuries, which are "never events."

🏗️ Skin structure and function

🏗️ Three layers of skin

Epidermis: The thin, topmost layer of the skin containing sweat gland duct openings and visible hair shafts.

Dermis: The layer under the epidermis where many essential components of skin function are located, including hair follicles, sebaceous oil glands, blood vessels, endocrine sweat glands, and nerve endings.

Hypodermis (subcutaneous layer): The bottommost layer consisting mostly of adipose tissue (fat), along with some blood vessels and nerve endings.

  • Beneath the hypodermis lie bone, muscle, ligaments, and tendons.
  • Each layer has distinct structures and functions that contribute to overall skin health.
  • Damage at different depths determines wound classification (partial-thickness vs. full-thickness).

💇 Hair structure and function

  • Hair grows from follicles in the dermis; the hair root (living part) is within the follicle, while the hair shaft (dead) is visible above skin.
  • Arrector pili muscles contract when cold, causing hairs to stand up and trap warm air (more effective in thick-haired mammals than humans).
  • Sensory receptors in follicles detect hair movement from breezes or touch.
  • Head hair provides insulation and UV protection; eyelashes and eyebrows protect eyes and aid nonverbal communication.

💅 Nail structure and function

  • Nails are made of sheets of dead keratinocytes (hard but flexible keratin).
  • Main parts: root, plate, and free margin; surrounding structures include nail bed, cuticle, and nail fold.
  • Functions: protect fingers/toes, enhance sensations, act as tools.

⚠️ Risk factors for impaired skin integrity

🩸 Impaired circulation and oxygenation

Arterial insufficiency:

Lack of adequately oxygenated blood movement in arteries to specific tissues.

  • Can be acute (blood clot) or chronic (peripheral vascular disease from atherosclerosis).
  • Signs: cool skin, pale color, pain with exercise, possible arterial ulcers.
  • Necrosis (tissue death) occurs when blood flow becomes inadequate; necrotic tissue turns black and requires debridement or amputation.
  • Example: A client with severe arterial blockage may develop black, necrotic toes that cannot heal without surgical intervention.

Venous insufficiency:

Occurs when the cardiovascular system cannot adequately return blood and fluid from extremities to the heart.

  • Blood pools in lower legs, leaks into skin and tissues, causing stasis dermatitis.
  • Signs: edema, brownish-leathery skin appearance in lower extremities, weeping venous ulcers.
  • Don't confuse: Arterial ulcers (pale, cool, painful with exercise) vs. venous ulcers (edematous, brownish skin, weeping).

🦠 Impaired immune function

  • Intact skin is the first defense; if broken, a strong immune system attacks invaders.
  • Stress (hospitalization, surgery) and medications (corticosteroids) impair immune response and delay healing.
  • Maintaining intact skin is especially critical when immune function is compromised.

🩺 Diabetes

  • Elevated blood glucose stiffens arterial walls → decreased circulation and tissue hypoxia.
  • High glucose reduces leukocyte function → impaired healing and increased infection risk.
  • Diabetic neuropathy prevents pain sensation → delayed treatment of injuries.
  • Nurses must teach clients effective diabetes management to prevent complications.

🍎 Inadequate nutrition

  • Protein, vitamins (A, C, D, E), and minerals (selenium, copper, zinc) are essential for skin health.
  • For pressure injuries: 30–35 kcal/kg calories, 1.25–1.5 g/kg protein, plus micronutrients recommended daily.
  • Vitamin C and zinc have many roles in wound healing.
  • Collaborate with dietician to identify and manage deficiencies in clients with poor healing.

⚖️ Obesity

  • Obese individuals have increased risk of fungal/yeast infections in skin folds (moisture + friction).
  • Adipose tissue has decreased oxygenated blood supply → higher risk of wound complications: infection, dehiscence (wound separation), hematoma, pressure injuries, venous ulcers.
  • Evisceration (rare): abdominal incision separates and organs protrude.
  • Example: An obese client with an abdominal surgical wound may experience dehiscence if the wound edges pull apart due to poor blood flow to adipose tissue.

💧 Exposure to moisture

Too much moisture:

  • Maceration: Skin becomes soggy, wrinkly, white from prolonged moisture exposure (sweat, urine, water).
  • Excoriation: Removal of top skin surface (redness, abrasions) when moist dressings incorrectly applied to healthy skin.
  • Example: Fingers turning white and "pruny" after a long bath demonstrate maceration.

Too little moisture:

  • Skin becomes flaky, itchy, cracked when too dry (cold weather, hot water bathing).
  • Cracked skin breaks the protective barrier → increased infection risk.
  • Apply emollient cream to dry areas to maintain barrier.

🚬 Smoking

  • Toxins (carbon monoxide, hydrogen cyanide) cause tissue hypoxia; nicotine causes vasoconstriction.
  • Impairs inflammatory phase → poor healing, increased infection risk, dehiscence, necrosis.
  • Encourage clients to stop smoking.

👴 Age

  • Older adults: thin, less elastic skin → increased injury risk.
  • Altered inflammatory response impairs healing.
  • Risk of poor nutrition contributes to poor healing.
  • Teach exercise for skin health and improved healing as appropriate.

🩹 Wound healing process

🩹 Four phases of wound healing

Hemostasis phase (up to 60 minutes):

  • Blood vessels constrict; clotting factors activate to stop bleeding.
  • Platelets release growth factors to alert repair cells.

Inflammatory phase:

  • Vasodilation allows white blood cells to reach wound and clean wound bed.
  • Appears as edema (swelling), erythema (redness), and exudate (fluid drainage like pus).

Proliferative phase (begins within days):

  • Four processes: epithelialization (new epidermis and granulation tissue), angiogenesis (new capillaries), collagen formation, contraction.
  • Granulation tissue: new connective tissue with fragile, thin-walled capillaries.
  • Healthy granulation: pink, moist, painless, may appear bumpy.
  • Unhealthy granulation: dark red, painful, bleeds easily, may have shiny white/yellow biofilm (indicates infection).
  • Capillaries develop within 24 hours, bringing oxygen and nutrients.
  • Nurses must protect this fragile new tissue during dressing changes.

Maturation phase:

  • Collagen continues forming to strengthen wound and prevent reopening.
  • Wound typically heals in 4–5 weeks, often leaving a scar.
  • Scar initially firm, red, raised; softens, flattens, pales over ~9 months.

🔄 Three types of wound healing

TypeDescriptionExamples
Primary intentionWound edges sutured, stapled, or glued closed; heals beneath closure with approximated edgesClean lacerations, surgical incisions
Secondary intentionEdges cannot be approximated; heals by filling in from bottom up with granulation tissue; higher infection riskPressure injuries, skin tears
Tertiary intentionWound remains open or reopened (often due to infection/swelling); closed later when resolved; delayed healing, increased infection and scar riskSeverely infected wounds

Don't confuse: Primary intention (closed edges) vs. secondary intention (open, fills in from bottom).

🛏️ Pressure injuries

🛏️ Definition and causes

Pressure injuries: Localized damage to skin or underlying soft tissue, usually over a bony prominence, from intense and prolonged pressure combined with shear.

  • Common sites: sacrum, heels, ischia, coccyx.
  • Form when skin layer gets caught between external hard surface (bed/chair) and internal hard surface (bone).

Shear:

Occurs when tissue layers move over each other, stretching and breaking blood vessels in subcutaneous tissue.

  • Example: Client slides down in bed—outer skin stays attached to sheets (friction), but deeper tissue (attached to bone) moves → capillaries stretch and tear → decreased blood flow → pressure injury.

Friction:

Rubbing skin against a hard object (bed, wheelchair arm).

  • Generates heat, removes top skin layer → skin damage.

🏥 "Never events"

  • Hospital-acquired or worsening pressure injuries are serious, preventable errors that should never occur.
  • Must be reported to The Joint Commission.
  • Centers for Medicare and Medicaid Services (CMS) and many insurers will not pay for additional costs.
  • Prevention requires diligent assessment, frequent repositioning, good skin care.

📊 Staging pressure injuries

Stage 1:

Intact skin with localized area of nonblanchable erythema (redness that doesn't turn white when pressed).

  • Early sign of underlying tissue damage from poor blood flow, ischemia, vessel damage.
  • Greater risk of progressing if pressure not relieved.
  • Dark skin may not show visible blanching; assess for pain, firmness, softness, temperature changes, color changes vs. surrounding areas.

Stage 2:

Partial-thickness loss of skin with exposed dermis.

  • Shallow, open wound; wound bed viable; may appear as intact or ruptured blister.
  • May be painful; surrounding tissue may be swollen or discolored.

Stage 3:

Full-thickness tissue loss; fat visible, but cartilage, tendon, ligament, muscle, bone not exposed.

  • Depth varies by anatomical location.
  • Increased infection risk (extends through all skin layers).
  • May have pus, tissue necrosis, pain, fever (especially if infected).
  • Undermining: tissue under wound edge eroded, creating pocket beneath skin.
  • Tunneling: passageways underneath skin extending from wound.
  • Slough: light yellow, soft, moist inflammatory exudate.
  • Eschar: dark brown/black, dry, thick, leathery dead tissue.
  • If slough/eschar obscures tissue loss, wound is unstageable.

Stage 4:

Full-thickness tissue loss with exposed cartilage, tendon, ligament, muscle, or bone.

  • Increased infection risk.
  • Often less painful (nerve endings damaged).
  • May have firm/mushy texture, discoloration, necrosis.
  • Risk of osteomyelitis (bone infection) → may require amputation or cause death if untreated.

Unstageable:

Full-thickness skin and tissue loss; extent obscured by slough or eschar.

  • Removing slough/eschar would likely reveal Stage 3 or 4.
  • Dry, adherent eschar on heel or ischemic limb typically not removed.

Deep tissue injury:

Persistent nonblanchable deep red, maroon, or purple discoloration (may appear differently in dark skin).

  • Reveals dark wound bed or blood-filled blister.
  • Results from intense/prolonged pressure and shear at bone-muscle interface.
  • May evolve rapidly or resolve without tissue loss.

📋 Braden Scale assessment

📋 Purpose and scoring

Braden Scale: A standardized, evidence-based assessment tool to assess and document a client's risk for developing pressure injuries.

  • Six risk factors rated 1 (completely limited) to 4 (no impairment).
  • Total score indicates risk level:
    • 15–18: Mild risk
    • 13–14: Moderate risk
    • 10–12: High risk
    • <9: Severe risk
  • Lower score = higher risk.
  • Customized interventions based on rating in each category.

📋 Six risk factor categories

Sensory perception: Ability to respond meaningfully to pressure-related discomfort.

  • Describes level of consciousness and ability to feel cutaneous sensation.
  • If unable to feel pressure discomfort and respond (move/report pain) → high risk.

Moisture: Degree to which skin is exposed to moisture.

  • Sources: perspiration, urine/stool incontinence, wound drainage.
  • Prolonged exposure increases breakdown probability.
  • Frequent surveillance, removal of wet/soiled linens, protective barriers reduce risk.

Activity: Degree of physical activity.

  • Walking/moving from bed to chair redistributes pressure, increases blood/oxygen flow.
  • Defined by frequency of getting out of bed, moving to chair, ambulating with/without help.

Mobility: Ability to change or control body position.

  • Healthy people frequently reposition (roll in bed, shift weight in chair, move extremities).
  • Tissue damage occurs if client cannot reposition unless caregivers frequently change position.

Nutrition: Adequate nutrition and fluid intake vital for healthy skin.

  • Two categories: amount/type of oral intake; tube feeding/TPN/clear liquids/NPO status.
  • Protein intake particularly important for skin health and wound healing.

Friction/Shear: Significant risk factors for pressure injuries.

  • Only three ratings (vs. four in other categories): problem, potential problem, no apparent problem.

👥 Team member roles

RoleResponsibilities
RNConducts/supervises head-to-toe skin assessment and Braden Scale on admission, daily, if condition deteriorates; documents care plan tied to identified risks; performs/supervises procedures; collaborates with staff; notifies wound nurse and physician; educates client/family
LPNConducts assessment and Braden Scale documentation; documents care plan; performs care for risk; informs RN of skin issues
CNAChecks skin each time client turned/cleaned/bed changed; reports skin issues; turns/repositions as ordered; offers liquids; keeps skin clean; reapplies protective barriers; applies products as needed

🩺 Nursing process application

🩺 Subjective assessment

Interview questions should cover:

  • Current symptoms (itching, rashes, unusual moles, wounds)
  • Wound pain (use PQRSTU method for comprehensive pain assessment)
  • Infection symptoms (redness, drainage, warmth, tenderness)
  • Medical history (diabetes, heart disease, peripheral vascular disease)
  • Medications affecting healing (oral steroids)
  • Treatments tried (successful/unsuccessful)
  • Stress and coping
  • Smoking history
  • Quality of life impact (eating habits, depression, social isolation, activity reduction)

🩺 Objective assessment

On admission:

  • Thorough exam to check for existing wounds (agencies not reimbursed for hospital-acquired pressure injuries).
  • Evaluate risk using Braden Scale.
  • Continue routine skin assessment throughout stay (daily or per shift based on condition).

Wound assessment components:

  • Type: abrasion, laceration, burn, surgical incision, pressure injury, skin tear, arterial/venous ulcer
  • Location: document precisely using body diagram
  • Size: measure length (head-to-toe axis), width (lateral); assess tunneling/undermining depth using sterile cotton-tipped applicator and clock method
  • Degree of tissue injury: partial-thickness (epidermis/dermis) vs. full-thickness (subcutaneous and deeper); stage pressure injuries
  • Color of wound base: healthy pink/red granulation vs. unhealthy dark red, white/yellow slough, brown/black necrotic tissue
  • Drainage: amount (scant, minimal, moderate, large/copious); type (sanguineous=fresh bleeding, serous=clear/thin/watery plasma, serosanguineous=serous with small blood amounts, purulent=thick/opaque/tan/yellow/green/brown, never normal)
  • Tubes/drains: check patency and correct attachment
  • Signs of infection: redness, warmth, swelling, tenderness/pain, purulent drainage, fever, increased WBC
  • Wound edges and periwound: assess for maceration or infection
  • Pain: use PQRSTU or OLDCARTES for comprehensive assessment

🧪 Diagnostic and lab work

Lab values offering clues to delayed healing:

Abnormal ValueRationale
Low hemoglobinLess oxygen transported to wound
Elevated WBCInfection occurring
Low plateletsDecreased granulation tissue creation
Low albuminDecreased protein (required for healing)
Elevated glucose/HbA1CPoor diabetes management (negatively impacts healing)
Elevated BUN/creatinineWorsening kidney function; elevated BUN indicates protein breakdown due to dietary deficiency
Positive wound cultureInfection present; identifies bacteria type, number, antibiotic susceptibility

📝 Nursing diagnoses

Common NANDA-I diagnoses:

  • Risk for Adult Pressure Injury: Susceptible to localized damage from pressure or pressure + shear
  • Impaired Skin Integrity: Altered epidermis and/or dermis
  • Risk for Impaired Skin Integrity: Susceptible to alteration in epidermis/dermis
  • Impaired Tissue Integrity: Damage to mucous membrane, cornea, integumentary system, muscular fascia, muscle, tendon, bone, cartilage, joint capsule, ligament
  • Risk for Impaired Tissue Integrity: Susceptible to such damage

Example PES format: Impaired Tissue Integrity related to pressure over bony prominence as evidenced by localized area of swelling that is hot to touch.

🎯 Outcomes and interventions

Broad goal: The client will experience tissue healing.

SMART outcome example: The client's wound will decrease in size and have increased granulation tissue within two weeks.

Selected interventions:

  • Routinely assess and document skin condition (frequency based on status)
  • Use assessment tool (Braden Scale) to identify at-risk clients; customize interventions
  • Evaluate healing at every dressing change; document wound characteristics; notify provider of infection signs or lack of progress
  • Provide prescribed wound care treatments; monitor response
  • Cleanse wound per protocol/order
  • Maintain non-touch or aseptic technique for dressing changes
  • Change dressings as needed to keep clean and dry
  • Monitor for infection signs
  • Apply lotion to dry areas; lubricant to lips/oral mucosa
  • Keep skin free of excess moisture; use moisture barriers/incontinence products
  • Educate client/family on wound care; request return demonstrations
  • Administer prescribed medications; monitor effects
  • Consult wound specialist as needed
  • Obtain wound culture specimens as indicated
  • Advocate for pressure-relieving devices (elbow/heel protectors, cushions, specialized mattresses)
  • Promote adequate nutrition and hydration (unless contraindicated)
  • Use minimum two-person assistance + draw sheet to pull client up in bed (minimize shear/friction)
  • Reposition frequently (immobilized clients at least every 2 hours per schedule)
  • Maintain position at ≤30 degrees as appropriate (prevent shear)
  • Keep linens clean, dry, wrinkle-free

✅ Evaluation

Expected outcomes for wound healing:

  • Resolution of periwound redness in 1 week
  • 50% reduction in wound dimensions in 2 weeks
  • Reduction in exudate volume
  • 25% reduction in necrotic tissue/eschar in 1 week
  • Decreased pain intensity during dressing changes

If delayed healing or chronic wound → advocate for wound care nurse specialist referral.

49

Comfort and Pain Management in Nursing

Chapter 8.3 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Effective pain management requires nurses to conduct comprehensive assessments using standardized tools, establish individualized comfort-function goals with clients, and implement multimodal interventions while balancing pain relief with safety concerns related to opioid use.

📌 Key points (3–5)

  • Pain is subjective and personal: Pain is defined as an unpleasant sensory and emotional experience influenced by biological, psychological, and social factors; a client's self-report must be respected as the primary indicator.
  • Assessment goes beyond numeric scales: The Joint Commission requires comprehensive pain assessment using frameworks like PQRSTU, comfort-function goals, and age-appropriate scales—not just asking "rate your pain 0-10."
  • The WHO ladder guides treatment: Start with the lowest effective dose and least invasive route (nonopioids for mild pain, stepping up to opioids for severe pain), considering both efficacy and side effects.
  • Common confusion—acute vs. chronic pain: Acute pain is time-limited with physiological responses (increased vital signs); chronic pain persists beyond six months, affects daily function, and typically does not alter vital signs.
  • Opioid crisis context: Nurses must balance adequate pain relief with risks of misuse, tolerance, and overdose; understanding terms like physical dependence (withdrawal symptoms) versus substance use disorder (compulsive use despite harm) is critical.

🧬 Understanding pain physiology and types

🔬 How pain signals work

Nociceptor: A sensory receptor that responds to potentially damaging stimuli by sending nerve signals to the spinal cord and brain.

  • Three types detect different threats:
    • Thermal nociceptors: respond to extreme heat or cold (e.g., touching a hot pan)
    • Mechanical nociceptors: respond to pressure or tissue damage (e.g., finger caught in door, surgical incisions)
    • Chemical nociceptors: respond to irritants (e.g., capsaicin in chili peppers)
  • Pain transmission occurs via two fiber types:
    • A-Delta fibers: fast-conducting, create sharp/stinging initial pain
    • C fibers: slower-conducting, create dull/aching secondary pain
  • Signal pathway: nociceptors → spinal cord dorsal horn → thalamus → cerebral cortex (where pain is consciously perceived)

🗂️ Categories of pain by source

Pain TypeCharacteristicsExamples
VisceralDiffuse, hard to locate, often referred to distant sites; may cause nausea/vomiting; described as deep, squeezing, dullInternal organ pain, often "sickening" quality
Deep somaticDull, aching, poorly localized; originates in ligaments, tendons, bones, blood vessels, musclesSprains, fractures
SuperficialSharp, well-defined, clearly located; from skin or superficial tissueMinor wounds, first-degree burns
NeuropathicBurning or "pins and needles"; caused by nerve damage; often undertreated because typical analgesics don't work wellDiabetic neuropathy, post-stroke pain, HIV-related pain

🔄 Referred pain

  • Pain perceived at a location different from the actual source (not just radiating from the source).
  • Example: Gas retained in the colon can cause shoulder pain.
  • Don't confuse with radiating pain, which travels along a nerve pathway from the source (e.g., herniated disk causing leg pain).

⏱️ Acute versus chronic pain

⚡ Acute pain characteristics

  • Duration: Limited, associated with a specific cause
  • Physiological response: Increased pulse, respirations, blood pressure; diaphoresis (sweating)
  • Examples: Postoperative pain, burns, fractures, strains, sprains, labor, traumatic injury
  • Purpose: Serves as a warning signal; motivates withdrawal from harm and protection during healing

🔁 Chronic pain characteristics

  • Duration: Ongoing, persistent for longer than six months
  • Physiological response: Typically no change in vital signs or diaphoresis
  • Presentation: May be diffuse, not confined to one area
  • Impact: Affects psychological, social, and behavioral responses; influences daily functioning, work, and leisure
  • Common causes: Osteoarthritis, spinal conditions, fibromyalgia, peripheral neuropathy
  • Prevalence: Affects 50 million U.S. adults; 19.6 million experience high-impact chronic pain that interferes with daily life
  • Associated effects: Tense muscles, limited mobility, fatigue, appetite changes, depression, anger, anxiety, fear of reinjury

🧩 Why the distinction matters

  • Chronic pain can persist even after the original injury heals or when no apparent damage exists.
  • Treatment approaches differ: acute pain focuses on healing and short-term relief; chronic pain requires long-term multimodal strategies addressing physical and psychosocial factors.

🌍 Factors influencing pain experience

🧬 Biological factors

  • Nociception, brain function, source of pain, illness, medical diagnosis
  • Age, past or present injury, genetic sensitivity, hormones
  • Inflammation, obesity, cognitive function

🧠 Psychological factors

  • Mood/affect, fatigue, stress, coping mechanisms, trauma history
  • Sleep quality, fear, anxiety, developmental stage
  • Meaning assigned to pain, memory, attitude, beliefs, expectations, emotional status

🤝 Social factors

  • Culture, values, economic status, environment
  • Social support, spirituality, ethnicity, education
  • Coping mechanisms shaped by community and upbringing

👥 Vulnerable populations at risk for undertreatment

  • Newborns and infants: Cannot verbalize pain; repetitive pain may alter later pain processing
  • Toddlers and preschoolers: Difficulty describing/locating pain; express pain behaviorally (crying, anger, withdrawal)
  • School-age children and adolescents: May try to be "brave"; more responsive to explanations
  • Older adults: Up to 70% in community and 85% in long-term care have significant pain; often underassessed because they report less and pain may present as confusion/agitation
  • Clients with addictive disease history
  • Nonverbal, cognitively impaired, or unconscious clients
  • Clients with cultural/religious beliefs against complaining
  • Non-English-speaking clients (communication barriers)
  • Uninsured/underinsured clients (cost barriers)

📋 Standards of care and assessment requirements

📜 The Joint Commission requirements (2018)

Hospitals must identify pain assessment and management as an organizational priority. Key requirements include:

RequirementRationale
Screen for pain at ED visits and admissionPain continues to be misidentified and undertreated
Use age-appropriate tools consistent with client's condition and abilityAccurate assessment requires appropriate tools readily available
Involve clients in treatment planning: set realistic goals, discuss evaluation criteria, provide education on options and safe medication useClient involvement increases treatment adherence and clarifies objectives
Treat or refer for treatment; promote nonpharmacologic modalitiesComplex needs may require specialist referral; multimodal approaches improve outcomes
Monitor high-risk clients (e.g., sleep apnea, continuous IV opioids, supplemental oxygen)Respiratory depression is the most dangerous opioid adverse effect
Refer clients with opioid substance use disorder to treatment programsAddiction requires specialized treatment
Facilitate access to Prescription Drug Monitoring Programs (PDMP)Reduces prescription drug abuse and diversion
Reassess and document: response to interventions, progress toward goals (including functional ability like deep breathing, turning, walking), side effectsUsing only numeric pain scales is inadequate; functional goals show real-world improvement
Provide discharge education: pain management plan, side effects, home environment considerations, safe opioid use/storage/disposalUnmanaged pain can cause regression or readmission; proper disposal reduces diversion and accidental exposure

🎯 Comfort-function goals

  • What they are: Individualized goals that link pain control to specific functional activities based on current health status
  • Why they matter: Provide the basis for treatment plans and evaluation of intervention effectiveness
  • How to establish them: Describe essential recovery activities and explain the link between pain control and positive outcomes
  • Example: One client may need pain at "3" to ambulate comfortably; another may require "0" for the same activity
  • Follow-up requirement: If pain exceeds the comfort-function goal, implement intervention and reassess within 1 hour

🔍 Comprehensive pain assessment methods

🗣️ PQRSTU framework

A standardized mnemonic for gathering thorough pain data:

  • P – Provocation/Palliation: What makes pain worse? What makes it better?
  • Q – Quality/Quantity: What does the pain feel like? (Offer descriptors: aching, stabbing, burning)
  • R – Region/Radiation: Where exactly? Does it move or radiate? (Have client point to location)
  • S – Severity: Rate 0-10 (0 = no pain, 10 = worst imaginable)
  • T – Timing/Treatment: When did it start? Constant or intermittent? How long does it last? What treatments have been tried?
  • U – Understanding: What do you think is causing the pain?

🔄 Alternative mnemonics

  • OLDCARTES: Onset, Location, Duration, Characteristics, Aggravating factors, Radiating, Treatment, Effect (on daily life), Severity
  • COLDSPA: Character, Onset, Location, Duration, Severity, Pattern, Associated factors

🧐 Validating data

  • Use open-ended questions to allow elaboration
  • If answers don't align, validate with follow-up questions
  • Example: Client says pain is "tolerable" but rates it "7"—follow up reveals pain is "7" during physical therapy but tolerable at rest
  • This clarification allows customized interventions and prevents overmedication

📊 Age-appropriate pain scales

😊 FACES Pain Rating Scale (Wong-Baker)

  • For whom: Children and others who cannot quantify pain numerically
  • How to use: Show faces 0-10; explain "Face 0 doesn't hurt at all" up to "Face 10 hurts as much as you can imagine, although you don't have to be crying"
  • Key point: Client selects the face; nurse does not choose based on appearance

👶 FLACC Scale

  • For whom: Children 2 months to 7 years or individuals unable to verbally communicate
  • Criteria scored 0-2 (total 0-10):
    • Face: expression (neutral to grimacing)
    • Legs: position (relaxed to kicking/drawn up)
    • Activity: body position (lying quietly to arched/rigid)
    • Cry: vocalization (none to screaming/sobbing)
    • Consolability: response to comfort (content to unable to console)

🏥 COMFORT Behavioral Scale

  • For whom: Children of all ages on mechanical ventilation
  • Method: Eight physiological and behavioral indicators scored 1-5

🧓 PAINAD Scale (Pain Assessment in Advanced Dementia)

  • For whom: Noncommunicative clients with advanced dementia
  • Criteria scored 0-2 (total 0-10):
    • Breathing (independent of vocalization)
    • Negative vocalization
    • Facial expression
    • Body language
    • Consolability
  • Example: Normal breathing = 0; noisy labored breathing/Cheyne-Stokes = 2

💊 Pain management interventions

🪜 WHO Pain Ladder principle

Use the lowest dose of medication with fewest side effects and least invasive route to effectively treat pain.

  • Bottom rung: Nonopioids (acetaminophen, NSAIDs) ± adjuvants for mild pain
  • Middle rung: Opioids for mild-moderate pain ± nonopioids ± adjuvants
  • Top rung: Opioids for moderate-severe pain ± nonopioids ± adjuvants
  • Route consideration: Oral preferred when possible; IV for rapid relief of severe pain
  • Adjuvants: Medications with independent or additive analgesic properties (e.g., amitriptyline, gabapentin for neuropathic pain)

💊 Nonopioid analgesics

🟦 Acetaminophen (Tylenol)

  • Uses: Mild pain and fever (no anti-inflammatory properties)
  • Routes: Oral, rectal, intravenous
  • Safe for: All ages
  • Major risk: Hepatotoxicity (liver damage)
    • Adult max: 4,000 mg/24 hours
    • Older adult max: 3,200 mg/24 hours
    • Chronic alcoholics: 2,000 mg/24 hours
    • Risk increases with ≥3 alcoholic drinks daily
  • Nursing consideration: Calculate cumulative 24-hour dose before administering, especially with combination products (e.g., Percocet 5/325 contains 325 mg acetaminophen per tablet)

🟧 NSAIDs (Nonsteroidal Anti-Inflammatory Drugs)

  • Examples: Ibuprofen, naproxen, ketorolac
  • Uses: Mild-moderate pain, fever, inflammation; can be adjuvant with opioids for severe pain
  • Mechanism: Inhibit prostaglandin production
  • Major risks (except aspirin):
    • Increased risk of heart attack, heart failure, stroke
    • Gastrointestinal bleeding (especially older adults, those on warfarin/corticosteroids)
    • Renal failure
  • Administration tips: Give with food to reduce GI upset
  • Specific agents:
    • Ibuprofen: OTC, safe for infants ≥6 months, every 6-8 hours
    • Naproxen: OTC, longer-acting, every 8-12 hours with full glass of water
    • Ketorolac: Prescription, for breakthrough pain, short-term use only (≤5 days adults), reduce dose for age ≥65, monitor renal function

💉 Opioid analgesics

🔴 General principles

  • Mechanism: Block neurotransmitter release involved in pain processing
  • Strength hierarchy: Codeine (lowest) < hydrocodone < oxycodone < tramadol < morphine < hydromorphone/fentanyl (highest)
  • Morphine: No ceiling effect (higher dose = higher analgesia but also higher sedation/respiratory depression); commonly used for severe cancer and end-of-life pain

📋 Common opioids (examples; always verify current dosing)

  • Codeine with acetaminophen (Tylenol #3): PO, 30 mg/300 mg
  • Hydrocodone with acetaminophen (Lortab, Norco, Vicodin): PO, various combinations
  • Tramadol (Ultram): PO, immediate-release 50 mg or extended-release 100-300 mg; for moderate-moderately severe pain when other meds ineffective; not intended as "as needed" but for pain episodes <1 week
  • Oxycodone (OxyContin ER) or with acetaminophen (Percocet): PO, 5-10 mg
  • Fentanyl (Duragesic, Sublimaze): Transdermal patch 12-100 mcg/hr, IM/IV 0.5-1 mcg/kg
  • Hydromorphone (Dilaudid): PO 4-8 mg, rectal 3 mg, SubQ/IM/IV 1.5 mg
  • Morphine: PO/rectal 30 mg, SubQ/IM/IV 4-10 mg (may be increased)

⚠️ Opioid crisis and substance use disorder

📈 Historical context

  • 1990s: Pain recognized as undertreated public health issue; "5th vital sign" initiatives led to liberal opioid prescribing
  • Result: Rise in opioid misuse and overdose deaths
  • 2016 CDC guidelines: Urged caution, but led to unintended consequences (forced tapering, some clients turned to illicit drugs)
  • 2022 CDC guidelines: Balance pain treatment with risk mitigation; improve communication about benefits/risks; optimize function and quality of life while minimizing harm

🔑 Key definitions

TermDefinitionKey Features
Opioid intoxicationSignificant behavioral/psychological changes during or shortly after opioid useDrowsiness/coma, slurred speech, impaired attention/memory
OverdoseBiological response when too much substance is ingestedLife-threatening; requires naloxone
ToleranceDiminished effect with continued use; need for increased amountsPhysiological adaptation
MisuseTaking medication differently than prescribed, taking someone else's prescription, or taking to get highNot the same as addiction
Physical dependenceWithdrawal symptoms when opioid suddenly reduced/stoppedPhysiological adaptation; not the same as addiction
Withdrawal symptomsDysphoric mood, nausea, vomiting, muscle aches, sweating, diarrhea, yawning, fever, insomniaOccur with sudden cessation after chronic use
Substance use disorderNeurobiological illness from repeated misuse; ≥2 symptoms in a yearIncludes larger amounts taken than intended, persistent desire to cut down, craving, failure to fulfill obligations, continued use despite problems, tolerance, withdrawal

🚨 Recognizing and treating opioid overdose (5 steps)

  1. Recognize signs: Unconsciousness, pinpoint pupils, slow/shallow breathing, choking/gurgling sounds, blue/purple lips or nails, respiratory arrest
    • Stimulate person (call name, knuckle to sternum)
  2. Call 911 if no response
  3. Provide rescue breathing/CPR/oxygen:
    • Clear airway, tilt head back, pinch nose, give 2 slow breaths, then 1 breath every 5 seconds
    • If pulseless, start CPR
  4. Administer first dose of naloxone:
    • Give to anyone suspected of opioid overdose (women, older adults, those without obvious signs are undertreated and have higher death rates)
    • Routes: intranasal spray, IM/SubQ auto-injector, IV
    • Effective for all opioids including fentanyl (may need multiple doses for potent opioids)
    • Withdrawal from naloxone can cause confusion, agitation, aggression—provide reassurance
  5. Give second dose if no response in 2-3 minutes
    • Long-acting/potent opioids may require additional doses or infusion
    • Naloxone duration shorter than some opioids—symptoms may return
  6. Monitor response:
    • Goal: restore spontaneous breathing (not necessarily full arousal)
    • Monitor ≥4 hours from last naloxone dose
    • Long-acting opioids (e.g., fentanyl patches) require prolonged monitoring
    • Get person to emergency department even if they revive

👩‍⚕️ Substance use disorder among nurses

  • Can happen to anyone, including nurses and nursing students
  • ANA recommendations (2016):
    • Facilities should provide education and establish drug-free workplace policies
    • Adopt alternative-to-discipline approaches with goals of retention, rehabilitation, and safe reentry
    • Nurses should be aware of risks and have means to report concerns
  • Many states offer assistance programs to help nurses maintain licensure and employment (e.g., Wisconsin PAP, New York SPAN)

Note: This excerpt is primarily a glossary and learning activities section with limited substantive instructional content about applying the nursing process to comfort care. The main educational content focuses on pain definitions, assessment, and management standards.

50

Pain Management: Pharmacological and Nonpharmacological Interventions

Chapter 9.1 Infection Introduction

🧭 Overview

🧠 One-sentence thesis

Effective pain management requires nurses to combine pharmacological interventions (including specialized delivery systems and adjuvant medications) with nonpharmacological approaches while continuously monitoring for adverse effects and tailoring treatment to each client's functional goals.

📌 Key points (3–5)

  • Specialized delivery systems: PCA pumps, intrathecal pumps, and epidural catheters provide alternative routes for pain medication administration beyond standard oral or IV routes.
  • Most serious opioid risk: Respiratory depression is the most critical adverse effect of opioids, typically preceded by oversedation and reversed with naloxone.
  • Common opioid side effects: Constipation, nausea/vomiting, urinary retention, and pruritus require proactive management and often resolve with tolerance.
  • Adjuvant medications: Drugs like amitriptyline and gabapentin are not classified as analgesics but enhance pain relief, especially for neuropathic pain.
  • Nonpharmacological interventions: Distraction, relaxation, heat/cold application, massage, and mind-body therapies provide significant benefits and should be documented in the care plan.

💉 Specialized Pain Medication Delivery Systems

💊 PCA (Patient-Controlled Analgesia) pump

A device that allows clients to self-administer pain medication within preset limits by pressing a button.

  • Key safety rule: Only the client may press the button—never family members or nurses.
  • Nurses monitor closely for respiratory depression, oversedation, SpO2, sedation level, and mental status.
  • Some PCA pumps deliver a continuous baseline flow plus client-activated boluses.
  • Documentation requirements: At shift change, incoming and outgoing nurses double-check pump settings, amount administered during the shift, and remaining medication; the pump is locked with a special key to prevent drug diversion.

🔒 Intrathecal pump

  • Surgically implanted under the skin; delivers small quantities of medication (e.g., morphine) directly into spinal fluid.
  • Used for severe chronic pain (cancer, back pain, nerve pain) when other methods have failed.
  • FDA caution: Numerous adverse event reports describe pump failures, dosing errors, and safety issues causing pain, opioid withdrawal, fever, vomiting, muscle spasm, cognitive changes, weakness, and cardiac/respiratory distress.

🩺 Epidural anesthesia

  • Morphine administered into spinal fluid via an epidural catheter.
  • Used for severe surgical pain, labor and delivery, or chronic pain unresponsive to other treatments.
  • Duration: Five mg of epidural morphine provides adequate postoperative analgesia for up to 24 hours.

⚠️ Adverse Effects of Opioids

🫁 Respiratory depression (most serious)

  • Usually preceded by sedation.
  • High-risk clients: First-time opioid recipients, those receiving increased doses, or those taking benzodiazepines/sedatives concurrently.
  • Reversal: Naloxone immediately reverses respiratory depression but also reverses all analgesic effect.
  • Warning: In physically dependent clients, naloxone causes immediate, severe withdrawal symptoms (nausea, vomiting, diarrhea, tremors).

🚽 Constipation

  • Opioids slow peristalsis and increase fluid reabsorption in the large intestine, causing hard, slow-moving stools.
  • Prevention is key: Bowel management program should start with the first opioid dose and continue until discontinuation.
  • Treatment approach: Begin with stool softener (docusate); add stimulant laxative (sennoside, bisacodyl, Milk of Magnesia) if needed, but avoid long-term stimulant use due to addiction risk.
  • Encourage increased fluid/fiber intake and ambulation.

🤢 Nausea and vomiting

  • Caused by slowed GI motility, constipation, or vestibular system stimulation.
  • Tolerance develops within a few days.
  • Treated with antiemetics (compazine, ondansetron).

🚻 Urinary retention

  • Common in opioid-naive clients or with spinal route administration.
  • May require catheterization if client cannot void.
  • Tolerance develops within a few days.

🔴 Pruritus (itching)

  • Especially common with spinal route administration.
  • Treated with antihistamines (diphenhydramine/Benadryl), but monitor for additional sedative effects.

💊 Adjuvant Medications

🧠 Amitriptyline

  • A tricyclic antidepressant effective for neuropathic pain (diabetic neuropathy, postherpetic neuralgia, post-stroke pain).
  • Mechanism uncertain but known to inhibit serotonin and noradrenaline reuptake.
  • Usually given at bedtime to reduce daytime sedation.

⚡ Gabapentin

  • An anticonvulsant effective for neuropathic pain and restless leg syndrome.
  • Mental health warning: May cause unexpected mental health changes or suicidal thoughts.
  • Fall risk: Causes sleepiness, weakness, and unsteadiness—implement fall precautions.

🌿 Nonpharmacological Interventions

🎯 Categories of interventions

Intervention TypeExamplesKey Points
DistractionDescribing photos, telling jokes, playing gamesRedirects attention away from pain
RelaxationRhythmic breathing, meditation, prayer, imagery, music therapyReduces tension and stress response
Basic comfortProper positioning, therapeutic environment, avoiding sudden movementReduces pain stimuli in environment
Cutaneous stimulationAcupuncture, acupressure, massage (3-5 min), TENS unitDirect physical intervention at pain site
Heat applicationHeating pads, warm compressesVasodilation increases blood flow; 5-20 min duration; avoid over patches/implanted devices
Cold applicationCool baths, moist cool compressesVasoconstriction reduces blood flow; numbs nerves; max 20 min; avoid over patches/implanted devices
Mind-body therapiesBiofeedback, meditation, mindfulnessIntegrates mental and physical approaches
AromatherapyLotions, moisturizing cream, avoiding strong smellsSensory approach to comfort
ExercisePhysical activity, Tai Chi, yogaMovement-based pain management
Professional therapyPhysical therapy, occupational therapySpecialized rehabilitation approaches

📋 Documentation and evaluation

  • Nonpharmacological interventions should be documented in the plan of care.
  • Effectiveness must be evaluated in terms of meeting the client's pain relief goals.
  • Clients select techniques that best fit their needs and goals.
  • Can be used with or without pharmacological interventions.

🩺 Applying the Nursing Process

🔍 Assessment components

Subjective assessment:

  • Pain is "whatever the person experiencing it says it is."
  • Use PQRSTU or OLDCARTES for comprehensive chief complaint assessment.
  • Use FACES scale for clients unable to quantify pain severity.

Objective assessment:

  • Nonverbal indicators: restlessness, facial grimacing, wincing, moaning, rubbing/guarding painful areas.
  • For nonverbal clients: use FLACC, COMFORT, or PAINAD scales to standardize observations.
  • Acute pain vital sign changes: increased BP, HR, and RR.

Functional impact assessment (new standard of care):

  • Ask about effects on bathing, dressing, food preparation, eating, walking, and other daily activities.
  • Helps tailor treatment goals to client's situation.
  • Example: Employment ability vs. ability to sit up and eat with loved ones.

📝 Nursing diagnoses

NANDA-I DiagnosisDefinitionKey Defining Characteristics
Acute PainUnpleasant sensory/emotional experience with duration <3 monthsAppetite change, altered vital signs, diaphoresis, distraction behavior, facial expression, guarding, positioning to ease pain, pupil dilation
Chronic PainUnpleasant sensory/emotional experience with duration >3 monthsAltered ability to continue activities, anorexia, facial expression, altered sleep-wake cycle, self-focused

🎯 Outcomes and goals

  • Overall goal: "The client will report that the pain management treatment plan achieves their comfort-function goals."
  • SMART example: "The client will notify the nurse promptly for pain intensity level greater than their comfort-function goal throughout shift."

🔧 Key intervention principles

Acute pain management:

  • Identify pain intensity during recovery activities (coughing, ambulation, transfers).
  • Keep pain at or below client's identified comfort-function level.
  • Administer analgesics around-the-clock first 24-48 hours post-surgery/trauma (unless sedation/respiratory status contraindicates).
  • Monitor sedation and respiratory status before and after opioid administration.
  • Use combination therapy (opioids, nonopioids, adjuvants) for severe pain.
  • Use least invasive route; avoid intramuscular.
  • Prevent/manage side effects.

Chronic pain management:

  • Evaluate pain's impact on quality of life (sleep, appetite, activity, cognition, mood, relationships, job performance).
  • Encourage client self-monitoring and self-management.
  • Watch for depression signs (sleeplessness, not eating, flat affect, suicidal ideation).
  • Watch for anxiety/fear signs (irritability, tension, worry, fear of movement).
  • Use multidisciplinary approach.
  • Consider referrals to support groups.

⚖️ Evaluation priorities

  • Reassess client one hour after analgesic administration (or appropriate time based on route/onset/peak).
  • Encourage pain journal for chronic pain clients: document activities that precipitated pain, medications taken, effectiveness in meeting functional goals.
  • Monitor for adverse effects: liver dysfunction with acetaminophen, GI bleeding with NSAIDs, oversedation/respiratory depression/constipation/nausea/urinary retention/pruritus with opioids.
  • Report side effects to provider and obtain treatment orders.
51

Sleep and Rest: Basic Concepts

Chapter 9.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Sleep is regulated by circadian rhythms and homeostatic drives, and adequate quality sleep is essential for brain function, physical health, and safety, while chronic sleep deficiency increases risks of serious diseases and impairs daily performance.

📌 Key points (3–5)

  • Two biological mechanisms regulate sleep: circadian rhythms (24-hour body clock driven by light/dark cues) and sleep-wake homeostasis (pressure to sleep that builds while awake).
  • Sleep cycles through phases: non-REM (three stages, including deep slow-wave sleep for restoration) and REM (active brain, dreaming, rapid eye movement); a full cycle takes 80–100 minutes.
  • Sleep deficiency harms health and function: increases risk of heart disease, diabetes, obesity, weakened immunity, impaired decision-making, mood problems, and accidents (including drowsy driving).
  • Common confusion: napping or sleeping extra on days off does not erase sleep debt or provide the restorative benefits of consistent, adequate nightly sleep.
  • Insomnia is a prevalent disorder: difficulty falling or staying asleep that interferes with daily life; treated with lifestyle changes (sleep hygiene), cognitive behavioral therapy, and sometimes medications.

🔄 How sleep is controlled

⏰ Circadian rhythms

Circadian rhythms: internal biological patterns that direct body functions (wakefulness, temperature, metabolism, hormone release) based roughly on a 24-hour clock, using environmental cues like light and temperature.

  • Light is the strongest cue: specialized retinal cells send signals to the brain to align the body clock with day/night.
  • Bright artificial light (TV, computer, smartphone) in the evening disrupts this process and makes falling asleep harder.
  • Why it matters: misalignment (e.g., night shift work, jet lag) causes difficulty falling asleep or staying awake at the wrong times.

🛌 Sleep-wake homeostasis

Sleep-wake homeostasis: a mechanism that tracks the need for sleep; pressure to sleep builds with each waking hour and peaks in the evening.

  • Adenosine is the key molecule: its level rises while awake, signaling the shift toward sleep; the body breaks it down during sleep.
  • After sleep deprivation, homeostasis drives longer and deeper sleep to compensate.
  • Don't confuse with circadian rhythm: homeostasis is about how much sleep pressure has accumulated, while circadian rhythm is about when the body expects sleep.

🌙 Hormones involved

  • Melatonin: released when it gets dark; signals the body to prepare for sleep and creates drowsiness; peaks in the evening.
  • Cortisol: released in early morning; naturally prepares the body to wake up.
  • Other influences: medical conditions, medications, stress, sleep environment, food/fluid intake, and especially light exposure.

🧒 Age-related changes

  • Teenagers: melatonin is released and peaks later, so they naturally prefer later bedtimes and wake times.
  • Newborns and young children: need more sleep (newborns >16 hours/day); preschoolers often nap.
  • Older adults: tend to go to bed earlier and wake earlier; slow-wave sleep decreases sharply in teens and may disappear in older adults.

🌀 Sleep phases and stages

🐢 Non-REM sleep (restoration phase)

Non-REM sleep: the phase during which body temperature, heart rate, and brain oxygen consumption decrease; also called slow-wave sleep.

StageWhat happens
Stage 1Transition between wakefulness and sleep
Stage 2Initiation of sleep
Stage 3Deep sleep / slow-wave sleep; most time spent here early in the night; restoration occurs
  • Brain activity slows down (hence "slow-wave").
  • Most restorative processes happen here.

💭 REM sleep (active brain phase)

REM sleep: the phase during which heart rate and breathing increase, eyes move rapidly, the brain is active (similar to waking), and dreaming occurs.

  • Muscles become limp to prevent acting out dreams.
  • REM sleep increases as the night progresses (more REM in later cycles).
  • Temperature sensitivity: the body does not regulate temperature well during REM, so hot/cold environments can disrupt it.
  • Age pattern: newborns spend more time in REM; the proportion changes with maturity.

🔁 Sleep cycles

  • One full cycle = 80–100 minutes.
  • Most people cycle through 4–6 cycles per night.
  • It is normal to wake briefly between cycles.
  • Example: early night = more Stage 3 (deep sleep); late night = more REM.

🏥 Why sleep is essential

🧠 Healthy brain function and emotions

  • Learning and memory: the brain forms new pathways during sleep to help learn and remember.
  • Cognitive performance: good sleep improves attention, decision-making, problem-solving, and creativity.
  • Emotional regulation: sleep deficiency alters brain activity, leading to difficulty controlling emotions, increased risk-taking, depression, and suicidal thoughts.

💪 Physical health

  • Healing and repair: sleep helps repair the heart, blood vessels, cells, and tissues.
  • Chronic disease risk: ongoing sleep deficiency is linked to heart disease, kidney disease, high blood pressure, diabetes, and stroke.
  • Hormone balance:
    • Ghrelin (hunger hormone) increases when sleep-deprived.
    • Leptin (fullness hormone) decreases → person feels hungrier.
    • Insulin response is impaired → blood sugar rises.
  • Growth and development: deep sleep triggers release of growth hormones in children and teens; also boosts muscle mass and tissue repair.

🛡️ Immune function

  • Sleep deficiency weakens the immune system.
  • Example: trouble fighting common infections when sleep-deprived.

⚡ Daytime performance and safety

  • Productivity: sleep-deficient people are less productive, take longer to finish tasks, have slower reaction times, and make more mistakes.
  • Microsleep: brief, uncontrollable moments of sleep while normally awake (e.g., during driving or lectures); the person may not be aware it happened.
  • Accidents: drowsy driving is as dangerous as drunk driving; sleep deficiency has contributed to major accidents (car crashes, nuclear meltdowns, aviation disasters).

⚠️ Effects of sleep deficiency

📉 Sleep debt

Sleep debt: the total amount of sleep lost over time (e.g., losing 2 hours/night = 14-hour debt after a week).

  • Naps provide short-term alertness but not restorative sleep.
  • Sleeping extra on days off may help temporarily but disrupts the sleep–wake rhythm.
  • Don't assume: sleeping the recommended total hours is enough—quality, timing, and consistency also matter.

🚗 Immediate dangers

  • Drowsy driving causes ~100,000 car accidents and ~1,500 deaths per year in the U.S.
  • Affects all occupations: health care workers, pilots, students, mechanics, assembly line workers.

🩺 Long-term health consequences

  • Obesity: each hour of sleep lost in teenagers increased obesity odds; similar risk in other age groups.
  • Diabetes: higher blood sugar due to altered insulin response.
  • Immune dysfunction: impaired ability to fight infections.
  • Mental health: mood swings, anger, impulsiveness, sadness, depression, lack of motivation.
  • Cognitive and social problems in youth: trouble paying attention, lower grades, stress, difficulty getting along with others.

🔄 Special populations at risk

  • Shift workers: sleep out of sync with body clocks.
  • Caregivers and emergency responders: routinely interrupted sleep.
  • Red flag: sleeping >8 hours/night but still feeling unrested may indicate a sleep disorder or other health problem.

😴 Insomnia

🔍 What it is

Insomnia: a common sleep disorder causing trouble falling asleep, staying asleep, or getting good-quality sleep, leading to feeling unrested or sleepy during the day.

  • Short-term insomnia: lasts days to weeks; often caused by stress or schedule/environment changes.
  • Chronic insomnia: ≥3 nights/week for >3 months; not fully explained by another health problem or medication; raises risk of high blood pressure, heart disease, diabetes, and cancer.

🛑 Symptoms

  • Lying awake a long time before falling asleep (more common in younger adults).
  • Waking often during the night or being awake most of the night (most common symptom; affects older adults).
  • Waking too early and unable to return to sleep.
  • Poor-quality sleep → feeling unrested, daytime sleepiness, difficulty focusing, irritability, anxiousness, depression.

🩺 Diagnosis

  • Sleep diary: records sleep/wake times, naps, exercise, caffeine/alcohol intake, and feelings of sleepiness for 1–2 weeks.
  • Sleep study: monitors and records data during a full night of sleep to test for other disorders (circadian rhythm disorders, sleep apnea, narcolepsy).

💊 Treatment

Lifestyle changes (sleep hygiene):

  • Make the bedroom sleep-friendly: cool, quiet, dark; avoid TV/electronic device light.
  • Keep a consistent sleep–wake schedule (even weekends).
  • Avoid caffeine (effect lasts ~8 hours), nicotine, and alcohol before bed.
  • Exercise regularly during the day (≥5–6 hours before bedtime).
  • Avoid daytime naps, especially in the afternoon.
  • Eat meals on a regular schedule; avoid late dinners.
  • Limit fluids close to bedtime.
  • Manage stress: wind-down routine (reading, soothing music, hot bath); massage, meditation, yoga, acupuncture may help.
  • Avoid certain over-the-counter and prescription medicines that disrupt sleep (e.g., some cold/allergy meds).

Cognitive behavioral therapy for insomnia (CBT-I): usually the first treatment for chronic insomnia.

Medications (short- or long-term; some habit-forming; side effects include dizziness, drowsiness, worsening depression/suicidal thoughts):

ClassExampleNotes
BenzodiazepinesLorazepamHabit-forming; short-term use; can interfere with REM sleep
Benzodiazepine-receptor agonistsZolpidemMay cause anxiety; rare: severe allergic reaction or sleep-walking/eating/driving
Melatonin-receptor agonistsRamelteonRare: sleep activities or severe allergic reaction
Orexin-receptor antagonistsSuvorexantNot for narcolepsy; rare: sleep activities or temporary inability to move/speak on waking

Over-the-counter products:

  • Many contain antihistamines (cause sleepiness) but may be unsafe for some; not always the best treatment.
  • Melatonin supplements: lab-made melatonin; research has not proven effectiveness for insomnia; side effects include daytime sleepiness, headache, upset stomach, worsening depression, blood pressure changes.

🔑 Key takeaways for nursing practice

  • Assessment: ask about sleep habits, use sleep diaries, watch for signs of sleep deficiency (daytime sleepiness, mood changes, cognitive impairment).
  • Education: teach sleep hygiene, explain the importance of consistent sleep schedules, and warn about risks of sleep debt and microsleep.
  • Safety: be alert to drowsy driving risks and the impact of sleep deficiency on all occupations, including healthcare.
  • Interventions: promote non-pharmacological strategies first (CBT-I, lifestyle changes); understand medication options and their side effects for chronic insomnia.
  • Special populations: pay extra attention to shift workers, caregivers, older adults, and teenagers (whose circadian rhythms differ).
52

Sleep and Rest

Chapter 9.3 Natural Defenses Against Infection

🧭 Overview

🧠 One-sentence thesis

Sleep is regulated by two internal biological mechanisms—circadian rhythms and sleep-wake homeostasis—that work together to control when we feel sleepy and when we wake, with chronic sleep deficiency increasing the risk of serious health problems.

📌 Key points (3–5)

  • Why sleep matters: Chronic sleep deficiency increases risk of heart disease, kidney disease, high blood pressure, diabetes, stroke, and weakens the immune system.
  • Two regulatory systems: Circadian rhythms (24-hour body clock) and sleep-wake homeostasis (tracks sleep need and builds sleep pressure) work together to regulate sleep and wakefulness.
  • Key biochemical signals: Adenosine builds up during wakefulness to signal sleep need; melatonin signals drowsiness when it gets dark; cortisol prepares the body to wake in early morning.
  • Common confusion: Circadian rhythms vs. sleep-wake homeostasis—circadian rhythms are the 24-hour clock using environmental cues (light, temperature), while homeostasis tracks accumulated sleep debt and regulates sleep intensity.
  • What influences sleep: Light exposure is the greatest influence; other factors include medical conditions, medications, stress, sleep environment, and foods/fluids consumed.

🧬 How sleep is regulated

⏰ Circadian rhythms

Circadian rhythms: internal biological mechanisms that direct a wide variety of body functions, including wakefulness, core temperature, metabolism, and the release of hormones.

  • Based roughly on a 24-hour clock.
  • Control the timing of sleep—cause sleepiness at night and tendency to wake in the morning without an alarm.
  • Use environmental cues such as light and temperature to determine the time of day.
  • Example: Light exposure signals the brain what time of day it is, aligning the body clock with day-night cycles.

🔋 Sleep-wake homeostasis

Sleep-wake homeostasis: a mechanism that keeps track of a person's need for sleep.

  • Sleep pressure builds with every hour a person is awake, reaching a peak in the evening when most people fall asleep.
  • Regulates sleep intensity—causes longer and deeper sleep after sleep deprivation.
  • Linked to adenosine levels in the brain.
  • Don't confuse with circadian rhythms: homeostasis tracks accumulated sleep debt and intensity, while circadian rhythms control the timing based on a 24-hour cycle.

🧪 Biochemical signals for sleep

🧪 Adenosine

  • While awake, adenosine levels in the brain continue to rise.
  • Increased levels signal a shift toward sleep.
  • While sleeping, the body breaks down adenosine.
  • Example: The longer you stay awake, the more adenosine accumulates, creating stronger pressure to sleep.

🌙 Melatonin

  • Released by the body when it gets dark.
  • Signals the body that it's time to prepare for sleep.
  • Creates a feeling of drowsiness.
  • The amount of melatonin in the bloodstream peaks as the evening wears on.

☀️ Cortisol

  • Released in the early morning hours.
  • Naturally prepares the body to wake up.
  • Works opposite to melatonin in the daily cycle.

🌍 Factors that influence sleep

💡 Light exposure (greatest influence)

  • Specialized cells in the retina process light and provide messages to the brain.
  • These messages align the body clock with periods of light and darkness.
  • Light is the most powerful influence on sleep and wakefulness.

🧩 Other influencing factors

FactorHow it affects sleep
Medical conditionsCan disrupt sleep patterns
MedicationsMay interfere with sleep mechanisms
StressAffects ability to fall or stay asleep
Sleep environmentPhysical surroundings impact sleep quality
Foods and fluids consumedWhat you eat and drink influences sleep

🏥 Health consequences of poor sleep

⚠️ Chronic sleep deficiency risks

  • Increases risk of heart disease.
  • Increases risk of kidney disease.
  • Increases risk of high blood pressure.
  • Increases risk of diabetes.
  • Increases risk of stroke.
  • Weakens the immune system.
  • Affects mental and physical health, safety, and quality of life.

📍 Sleep as a physiological need

  • Maslow's Hierarchy of Needs identifies sleep as one of our physiological requirements.
  • Getting enough quality sleep at the right times according to circadian rhythms is essential for protection of health.
  • Example: Just as the body needs food and water, it needs adequate sleep to function properly and maintain health.
53

Sleep Regulation and Phases

Chapter 9.4 Infection

🧭 Overview

🧠 One-sentence thesis

Sleep is regulated by circadian rhythms and homeostatic sleep drive working together, cycling through distinct phases (non-REM and REM) that change across the lifespan and are essential for brain function, physical health, and emotional well-being.

📌 Key points (3–5)

  • Two regulatory systems: circadian rhythms (24-hour body clock using light/temperature cues) and sleep-wake homeostasis (tracks sleep need and builds sleep pressure).
  • Key biochemicals: adenosine rises while awake and signals sleep need; melatonin signals drowsiness in darkness; cortisol prepares the body to wake.
  • Two sleep phases: non-REM (three stages, including deep slow-wave sleep for restoration) and REM (rapid eye movement, active brain, dreaming); a full cycle takes 80–100 minutes.
  • Common confusion: sleep patterns are not static—they change with age (newborns have more REM; slow-wave sleep peaks in early childhood then declines; teens naturally sleep and wake later).
  • Why it matters: sleep supports learning, memory, decision-making, emotional regulation, and physical health; disruptions (shift work, jet lag, light exposure) impair these functions.

⏰ How sleep is regulated

⏰ Circadian rhythms

Circadian rhythms: biological cycles based roughly on a 24-hour clock that control timing of sleep, wakefulness, core temperature, metabolism, and hormone release, using environmental cues like light and temperature.

  • They create the feeling of sleepiness at night and the tendency to wake in the morning without an alarm.
  • The body clock aligns with periods of day or night through specialized cells in the retina that process light and send messages to the brain.
  • Don't confuse: circadian rhythms are about timing (when you feel sleepy), not about how much sleep debt you have accumulated.

🔋 Sleep-wake homeostasis

Sleep-wake homeostasis: a system that keeps track of a person's need for sleep, building sleep pressure with every hour awake.

  • Sleep pressure reaches a peak in the evening when most people fall asleep.
  • It also regulates sleep intensity: after sleep deprivation, a person sleeps longer and more deeply.
  • Example: staying awake for 20 hours creates stronger homeostatic pressure than staying awake for 12 hours, leading to deeper, longer sleep.

🧪 Biochemical signals

SubstanceRoleTiming
AdenosineSignals shift toward sleep; level rises while awakeIncreases throughout waking hours; breaks down during sleep
MelatoninSignals time to prepare for sleep; creates drowsinessReleased when it gets dark; peaks as evening wears on
CortisolPrepares body to wake upReleased in early morning hours

🌍 Factors that influence sleep

💡 Light exposure (the greatest influence)

  • Specialized retinal cells process light and align the body clock with day/night periods.
  • Bright artificial light in late evening (TV, computer, smartphone screens) disrupts the process and makes it hard to fall asleep.
  • Light exposure after waking can also make it difficult to return to sleep.
  • Don't confuse: it's not just "any light"—the excerpt emphasizes bright artificial light and timing (late evening).

🔀 Other factors

  • Medical conditions, medications, stress, sleep environment, and foods/fluids consumed all play a role.
  • However, the excerpt states that light exposure is the greatest influence.

🕰️ Disruptions from mismatched clocks

  • Night shift workers: natural circadian rhythm and sleep-wake cycle are disrupted, causing trouble falling asleep when going to bed and staying awake at work.
  • Jet lag: flying to a different time zone creates a mismatch between internal clock and actual time of day.
  • Example: a person whose body clock says "midnight" arrives in a time zone where it is 6 a.m., leading to sleepiness during the day and wakefulness at night.

🌀 Sleep phases and stages

🌀 The two-phase cycle

Sleep alternates between two phases:

  • Non-REM sleep: restoration phase.
  • REM sleep: rapid eye movement phase with active brain and dreaming.

Cycle structure:

  • A full sleep cycle takes 80–100 minutes.
  • Most people cycle through four to six cycles per night.
  • It is common to wake briefly between cycles.

🛌 Non-REM sleep (restoration)

Non-REM sleep: the phase during which restoration takes place, characterized by decreased body temperature, heart rate, and brain oxygen consumption; brain activity decreases (slow-wave sleep).

Three stages:

  1. Stage 1: Transition between wakefulness and sleep.
  2. Stage 2: Initiation of the sleep phase.
  3. Stage 3: Deep sleep or slow-wave sleep (based on brain activity patterns); individuals spend the most time in this stage during the early part of the night. (Note: a previously considered fourth stage is now included within Stage 3.)

👁️ REM sleep (active brain and dreaming)

REM sleep: the phase during which heart rate and respiratory rate increase, eyes twitch as they move rapidly, and the brain is active (similar to waking activity); dreaming occurs and muscles become limp to prevent acting out dreams.

  • People typically experience more REM sleep as the night progresses (see Figure 12.2: solid red lines increase through the night).
  • Temperature sensitivity: hot and cold environments can affect REM sleep because the body does not regulate temperature well during this phase.
  • Example: sleeping in a very hot or very cold room may reduce the amount or quality of REM sleep.

🧒 How sleep changes with age

🧒 Developmental changes in sleep patterns

Age groupKey changes
NewbornsMay sleep more than 16 hours a day; spend more time in REM sleep
Preschool-aged childrenNeed to take naps; slow-wave sleep peaks in early childhood
Young childrenTend to sleep more in the early evening
TeenagersMelatonin is released and peaks later in the 24-hour cycle, so they naturally prefer later bedtimes and wake later in the morning
AdultsSlow-wave sleep drops sharply after teenage years and continues to decrease
Older adultsTend to go to bed earlier and wake up earlier; may not have any slow-wave sleep at all

🔄 Why teens sleep differently

  • The rhythm and timing of the body clock change with age.
  • For teenagers, melatonin is released and peaks later in the 24-hour cycle compared to younger children and adults.
  • Don't confuse: this is not a behavioral choice—it is a biological shift in circadian timing.
  • Example: a teen's body may not release melatonin until 11 p.m., making it natural to stay awake later and wake later, whereas a younger child's melatonin may peak at 8 p.m.

🧠 Why sleep is important

🧠 Healthy brain function

  • While sleeping, the brain forms new pathways to help with learning and remembering information.
  • Studies show: a good night's sleep improves learning, problem-solving skills, attention, decision-making, and creativity.
  • Sleep deficiency alters activity in some brain regions, causing:
    • Difficulty making decisions and solving problems.
    • Trouble controlling emotions and behavior.
    • Difficulty coping with change.

😔 Emotional well-being

  • Sleep deficiency has been linked to depression and suicide.
  • The way a person feels while awake depends on what happens while they are sleeping.

🏥 Physical health and development

  • Sleep plays a vital role in maintaining physical health.
  • In children and teens, sleep also helps support growth and development.
  • Lack of sleep affects daytime performance, quality of life, and safety.
  • Example: insufficient sleep can impair reaction time and judgment, increasing accident risk.
54

Sleep: Functions and Effects of Sleep Deficiency

Chapter 9.5 Treating Infection

🧭 Overview

🧠 One-sentence thesis

Sleep is essential for brain function, physical health, and daytime performance, and sleep deficiency causes immediate dangers and long-term health risks.

📌 Key points (3–5)

  • Sleep changes across the lifespan: newborns have more REM sleep; slow-wave sleep peaks in early childhood, drops sharply in teens, and may disappear in older adults.
  • Brain and emotional benefits: sleep forms new pathways for learning and memory, while deficiency impairs decision-making, emotion control, and increases depression and risk-taking.
  • Physical health roles: sleep repairs the heart and blood vessels, regulates hunger hormones (ghrelin and leptin), controls insulin response, and triggers growth hormones in children and teens.
  • Immediate dangers of deficiency: microsleep (brief uncontrollable sleep episodes while awake) and impaired driving ability equal to or worse than being drunk.
  • Common confusion: even losing just 1–2 hours per night accumulates into sleep debt that progressively reduces functioning.

🧠 How sleep supports brain function

🧠 Learning and memory formation

  • While sleeping, the brain forms new pathways to help learn and remember information.
  • Studies show a good night's sleep improves:
    • Learning ability
    • Problem-solving skills
    • Attention and decision-making
    • Creativity

😔 Emotional well-being and mental health

  • Sleep deficiency alters activity in parts of the brain, causing:
    • Difficulty making decisions and solving problems
    • Problems controlling emotions and behavior
    • Difficulty coping with change
  • Sleep deficiency has been linked to depression, suicide, and risk-taking behavior.
  • Example: A sleep-deficient person may experience mood swings, feel angry and impulsive, or lack motivation.

💪 Physical health roles of sleep

❤️ Cardiovascular and metabolic repair

Sleep is involved in healing and repairing the heart and blood vessels.

  • Ongoing sleep deficiency is linked to increased risk of:
    • Heart disease
    • Kidney disease
    • High blood pressure
    • Diabetes
    • Stroke

🍽️ Hunger hormone regulation

  • Sleep maintains a healthy balance of hunger hormones:
    • Ghrelin: causes hunger
    • Leptin: causes feeling of fullness
  • When a person doesn't get enough sleep:
    • Ghrelin level increases
    • Leptin level decreases
    • Result: person feels hungry when sleep deprived

🩸 Insulin response and blood sugar

  • Sleep affects how the body responds to insulin.
  • Sleep deficiency results in higher than normal blood sugar level.
  • This may increase risk for diabetes.

🌱 Growth and development

  • Deep sleep triggers the body to release hormones that:
    • Promote normal growth in children and teens
    • Boost muscle mass
    • Help repair cells and tissues
  • Don't confuse: these growth hormones are released specifically during deep sleep, not throughout all sleep stages.

⚠️ Immediate dangers of sleep deficiency

🚗 Microsleep episodes

Microsleep: brief moments of sleep that occur when one is normally awake.

  • You can't control microsleep and might not be aware of it.
  • Example: Driving somewhere and not remembering part of the trip may indicate microsleep.
  • Example: Listening to a lecture and missing information—you may have slept through part of it without awareness.

🚨 Impaired driving and accidents

  • Sleep deficiency harms driving ability as much as, or more than, being drunk.
  • Driver sleepiness is estimated to be a factor in:
    • About 100,000 car accidents each year
    • About 1,500 deaths annually
  • Drowsy drivers may feel capable of driving, but studies show they are not.

🏭 Large-scale accidents

  • Sleep deficiency affects people in all lines of work:
    • Health care workers
    • Pilots
    • Students
    • Mechanics
    • Assembly line workers
  • Sleep deficiency has played a role in human errors linked to tragic accidents:
    • Nuclear reactor meltdowns
    • Grounding of large ships
    • Aviation accidents

📉 Declining daytime performance

⏱️ Productivity and task completion

  • People who are sleep deficient are less productive at work and school.
  • Effects include:
    • Taking longer to finish tasks
    • Slower reaction time
    • Making more mistakes

📊 Cumulative decline

  • After several nights of losing sleep—even just 1–2 hours per night—the ability to function declines.
  • The excerpt emphasizes that small losses accumulate over time.

💤 Sleep debt

Sleep debt: the total sleep lost when a person routinely loses sleep or chooses to sleep less than needed.

  • Example: Losing 2 hours of sleep each night results in a sleep debt of 14 hours after one week.
  • Sleep debt progressively impairs functioning.

🏥 Long-term health consequences

⚖️ Obesity risk

  • Sleep deficiency increases the risk of obesity in all age groups.
  • One study of teenagers showed: with each hour of sleep lost, the odds of becoming obese went up.

🦠 Immune system changes

  • Ongoing sleep deficiency can change the way the immune system responds.
  • If sleep deficient, a person may have trouble fighting common infections.

🧒 Effects on children and teens

Sleep-deficient children and teens may experience:

  • Problems getting along with others
  • Anger and impulsiveness
  • Mood swings
  • Sadness or depression
  • Lack of motivation
  • Problems paying attention
  • Lower grades
  • Increased stress

🔄 Sleep patterns across the lifespan

Life stageSleep pattern changes
NewbornsSpend more time in REM sleep
Early childhoodSlow-wave sleep peaks
Teenage yearsSlow-wave sleep drops sharply
AdulthoodSlow-wave sleep continues to decrease
Older adultsMay not have any slow-wave sleep at all

🌙 REM sleep through the night

  • REM sleep increases through the night (indicated in the excerpt's Figure 12.2).
  • The patterns and types of sleep change as people mature.
55

Sleep Deficiency and Sleep Disorders

Chapter 9.6 Preventing Infection

🧭 Overview

🧠 One-sentence thesis

Sleep deficiency—whether from insufficient sleep, sleep debt, or sleep disorders like insomnia—harms individual health and performance while also contributing to large-scale accidents and chronic diseases.

📌 Key points (3–5)

  • Personal and societal harm: Sleep deficiency causes individual health problems (obesity, diabetes, immune dysfunction) and has contributed to tragic accidents (nuclear meltdowns, aviation disasters).
  • Sleep debt accumulates: Losing sleep repeatedly adds up; for example, losing 2 hours per night creates a 14-hour debt after one week.
  • Naps and catch-up sleep have limits: Naps boost short-term alertness but don't provide restorative sleep; extra weekend sleep can disrupt the body's sleep–wake rhythm.
  • Common confusion: Sleeping the recommended hours doesn't guarantee quality—shift workers, caregivers, and those with interrupted sleep still suffer deficiency; sleeping more than 8 hours yet feeling unrested may signal a disorder.
  • Insomnia is a major disorder: It causes trouble falling or staying asleep, raises risks for heart disease and diabetes, and is diagnosed through sleep diaries and sleep studies.

🚨 Consequences of sleep deficiency

🚨 Large-scale and personal harm

  • Sleep deficiency has played a role in human errors linked to tragic accidents:
    • Nuclear reactor meltdowns
    • Grounding of large ships
    • Aviation accidents
  • These examples show that sleep deficiency is not just a personal health issue but a public safety concern.

🏥 Long-term health risks

Sleep deficiency increases risk for multiple chronic conditions:

ConditionMechanism/Evidence
ObesityOne study of teenagers: with each hour of sleep lost, odds of becoming obese went up; affects other age groups too
DiabetesSleep affects how the body reacts to insulin; deficiency results in higher-than-normal blood sugar
Immune dysfunctionOngoing deficiency changes immune system response; may have trouble fighting common infections

🧒 Effects on children and teens

Sleep-deficient young people may experience:

  • Emotional problems: anger, impulsiveness, mood swings, sadness, depression, lack of motivation
  • Social problems: trouble getting along with others
  • Cognitive problems: difficulty paying attention, lower grades, increased stress

💤 Sleep debt and coping strategies

💤 What is sleep debt

Sleep debt: the total sleep lost when a person routinely loses sleep or chooses to sleep less than needed.

  • Example: Losing 2 hours of sleep each night creates a sleep debt of 14 hours after one week.
  • Sleep debt accumulates over time, compounding the effects of deficiency.

🛌 Napping limitations

  • What naps can do: provide a short-term boost in alertness and performance.
  • What naps cannot do: provide restorative sleep.
  • Don't confuse short-term alertness with true recovery—naps are a temporary fix, not a solution.

📅 Weekend catch-up sleep problems

  • Some people sleep more on days off, go to bed later, and wake up later.
  • The problem: Although extra sleep might help a person feel better, it can upset the body's sleep–wake rhythm.
  • This disruption can make it harder to maintain consistent, quality sleep.

🔍 When sleep quantity isn't enough

🔍 Quality vs. quantity

Sleep deficiency can affect people even when they sleep the total number of hours recommended for their age group.

Examples of at-risk groups:

  • Shift workers: sleep is out of sync with their body clocks
  • Caregivers or emergency responders: sleep is routinely interrupted

These individuals often need to pay special attention to their sleep needs.

⚠️ Warning sign

  • If someone sleeps more than 8 hours a night but doesn't feel well-rested, they should talk to a health care provider.
  • This can indicate a sleep disorder or other health problem.
  • Don't assume that meeting the hour recommendation means sleep is adequate—quality and timing matter.

😴 Insomnia: a common sleep disorder

😴 What is insomnia

Insomnia: a common sleep disorder that causes trouble falling asleep, staying asleep, or getting good quality sleep.

  • Interferes with daily activities
  • Causes the person to feel unrested or sleepy during the day

🕐 Types of insomnia

TypeDurationCause
Short-term insomniaA few days to weeksStress or changes in schedule/environment
Chronic insomniaThree or more nights a week, lasting more than three monthsCannot be fully explained by another health problem or medication
  • Chronic insomnia raises risk for high blood pressure, coronary heart disease, diabetes, and cancer.

🛏️ Symptoms of insomnia

  • Lying awake for a long time before falling asleep (more common in younger adults)
  • Sleeping only short periods: waking up often during the night or being awake most of the night (most common symptom; typically affects older adults)
  • Waking up too early in the morning and not being able to get back to sleep
  • Poor-quality sleep: waking up feeling unrested, feeling sleepy during the day, difficulty focusing on tasks
  • Emotional effects: irritability, anxiousness, and depression

🩺 Diagnosis tools

Sleep diary:

A record of the time a person goes to sleep, wakes up, and takes naps each day.

  • Kept for one to two weeks
  • Also records timing of activities: exercising, drinking caffeine or alcohol
  • Records feelings of sleepiness throughout the day

Sleep study:

A diagnostic test that monitors and records data during a client's full night of sleep.

  • May be ordered to test for other sleep problems: circadian rhythm disorders, sleep apnea, and narcolepsy

🛠️ Treatment: lifestyle changes for insomnia

🛠️ Sleep environment

  • Make your bedroom sleep friendly: sleep in a cool, quiet place
  • Avoid artificial light from TV or electronic devices—this can disrupt your sleep–wake cycle

⏰ Schedule and routine

  • Go to sleep and wake up around the same times each day, even on weekends
  • Avoid night shifts, irregular schedules, or other things that may disrupt your sleep schedule
  • Eat meals on a regular schedule and avoid late-night dinners to maintain a regular sleep–wake cycle
  • Follow a routine that helps you wind down and relax before bed: read a book, listen to soothing music, or take a hot bath

🍽️ Diet and substances

  • Avoid caffeine, nicotine, and alcohol before bedtime
    • Alcohol can make it easier to fall asleep but triggers lighter-than-normal sleep, making it more likely you will wake up during the night
    • The effect of caffeine can last as long as 8 hours
  • Limit how much fluid you drink close to bedtime to sleep longer without needing the bathroom

🏃 Physical activity and naps

  • Get regular physical activity during the daytime (at least 5–6 hours before going to bed)
  • Exercising close to bedtime can make it harder to fall asleep
  • Avoid daytime naps, especially in the afternoon—this may help you sleep longer at night

🧘 Stress management

  • Learn new ways to manage stress: massage therapy, meditation, or yoga may help you relax
  • Acupuncture may also help improve insomnia, especially in older adults

💊 Medication awareness

  • Avoid certain over-the-counter and prescription medicines that can disrupt sleep (for example, some cold medicines)
56

Applying the Nursing Process: Sleep Disorders

Chapter 9.7 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Sleep disorders such as insomnia, obstructive sleep apnea, and narcolepsy require distinct diagnostic approaches and treatments ranging from lifestyle modifications to breathing devices and medications.

📌 Key points (3–5)

  • Insomnia treatment hierarchy: lifestyle changes and cognitive behavioral therapy are first-line; medications (benzodiazepines, melatonin-receptor agonists, etc.) are used short- or long-term but carry risks like habit formation and sleep-activity side effects.
  • Obstructive sleep apnea (OSA) mechanism: repeated upper airway blockage during sleep reduces or stops airflow; diagnosed via sleep study; treated primarily with CPAP or oral appliances.
  • Common confusion—OTC sleep aids: antihistamines and melatonin supplements are widely used but may be unsafe or ineffective; melatonin's efficacy for insomnia is not proven, and it can affect blood pressure.
  • Risk factors vary by disorder: OSA is linked to obesity, large tonsils, and fluid buildup in the neck; narcolepsy causes sudden daytime sleep attacks and hallucinations.
  • Why sleep studies matter: they monitor and record data during a full night's sleep to diagnose circadian rhythm disorders, sleep apnea, and narcolepsy.

💤 Insomnia: Diagnosis and Lifestyle Management

🩺 Diagnostic approach

Sleep study: a diagnostic test that monitors and records data during a client's full night of sleep.

  • Ordered to test for circadian rhythm disorders, sleep apnea, and narcolepsy.
  • Provides objective data on sleep patterns and disturbances.

🏠 Lifestyle changes (first-line treatment)

Lifestyle modifications often improve short-term insomnia and should be taught to clients:

CategoryRecommendations
Sleep environmentCool, quiet bedroom; avoid artificial light from TV or electronics (disrupts sleep-wake cycle)
Schedule consistencySame sleep and wake times daily, even weekends; avoid night shifts and irregular schedules
Substance avoidanceNo caffeine, nicotine, or alcohol before bed; caffeine effects last up to 8 hours; alcohol causes lighter sleep and nighttime waking
Physical activityRegular daytime exercise (at least 5–6 hours before bed); avoid exercise close to bedtime
NappingAvoid daytime naps, especially afternoon, to promote longer nighttime sleep
Meal timingRegular meal schedule; avoid late-night dinners to maintain sleep-wake cycle
Fluid intakeLimit fluids close to bedtime to reduce nighttime bathroom trips
Stress managementWind-down routines (reading, soothing music, hot bath); massage, meditation, yoga, or acupuncture (especially for older adults)
Medication reviewAvoid OTC and prescription medicines that disrupt sleep (e.g., some cold and allergy medicines)

🧠 Cognitive behavioral therapy

  • Usually the first treatment recommended for chronic insomnia.
  • A type of counseling that addresses thoughts and behaviors affecting sleep.

💊 Insomnia Medications: Classes and Risks

💊 Prescription medications

Several classes are used; some for short-term, others for long-term use. All carry risks: habit formation, dizziness, drowsiness, or worsening depression/suicidal thoughts.

Medication classExampleKey featuresSide effects / warnings
BenzodiazepinesLorazepamHabit-forming; short-term use only (a few weeks)Can interfere with REM sleep
Benzodiazepine-receptor agonistsZolpidemAnxiety; rare: severe allergic reaction or sleep activities (walking, eating, driving)
Melatonin-receptor agonistsRamelteonRare: sleep activities or severe allergic reaction
Orexin-receptor antagonistsSuvorexantNot recommended for narcolepsyRare: sleep activities or sleep paralysis (unable to move/speak while falling asleep or waking)

Don't confuse: prescription melatonin-receptor agonists (ramelteon) with OTC melatonin supplements—they are different products with different evidence bases.

🛒 Over-the-counter (OTC) products

  • Antihistamines: cause sleepiness but can be unsafe for some people; may not be the best treatment for insomnia.
  • Melatonin supplements: lab-made versions of the sleep hormone.
    • Many people use them to improve sleep.
    • Research has not proven melatonin is effective for insomnia.
    • Side effects: daytime sleepiness, headaches, upset stomach, worsening depression, high or low blood pressure (affects body's blood pressure control).

Example: A client taking melatonin supplements may experience blood pressure fluctuations and daytime drowsiness without proven insomnia relief.

😴 Obstructive Sleep Apnea (OSA): Causes and Diagnosis

🔍 What OSA is

Obstructive sleep apnea (OSA): a common sleep condition that occurs when the upper airway becomes repeatedly blocked during sleep, reducing or completely stopping airflow.

  • If the brain does not send breathing signals, the condition may be central sleep apnea (different mechanism).
  • OSA is about physical airway blockage, not brain signaling failure.

🧬 Risk factors and causes

OSA can result from physical structure or other medical conditions:

  • Obesity: fat deposits in the neck narrow the airway.
  • Large tonsils: narrow the airway.
  • Thyroid disorders.
  • Neuromuscular disorders.
  • Heart or kidney failure: fluid buildup in the neck narrows the airway.
  • Genetic syndromes: cleft lip, Down syndrome.
  • Premature birth: before 37 weeks' gestation.

🩺 Signs, symptoms, and diagnosis

Common signs and symptoms:

  • Reduced or absent breathing (apnea events).
  • Frequent loud snoring.
  • Gasping for air during sleep.
  • Excessive daytime sleepiness and fatigue.
  • Decreases in attention, vigilance, concentration, motor skills, verbal and visuospatial memory.
  • Dry mouth or headaches when waking.
  • Sexual dysfunction or decreased libido.
  • Waking often during the night to urinate.

Diagnosis:

  • Based on medical history, physical exam, and sleep study results.
  • Sleep study records: number of slowed or stopped breathing episodes + oxygen levels in the blood during these events.

Example: A client with obesity and large tonsils who snores loudly, gasps during sleep, and has daytime fatigue may undergo a sleep study showing multiple apnea events and low oxygen levels, confirming OSA.

🌬️ OSA Treatment: CPAP and Oral Appliances

🌬️ CPAP therapy

CPAP (continuous positive airway pressure therapy): uses mild air pressure to keep the airways open.

  • A breathing device; common treatment for OSA.
  • Prevents airway collapse during sleep.

🦷 Mouthpieces (oral appliances)

Prescribed for mild OSA or apnea that occurs only when lying on the back.

  • Custom-fit by a dentist or orthodontist.
  • Two types:
    1. Mandibular repositioning mouthpieces: cover upper and lower teeth; hold the jaw in a position that prevents it from blocking the upper airway.
    2. Tongue-retaining devices: hold the tongue forward to prevent it from blocking the upper airway.

Don't confuse: mandibular devices reposition the jaw; tongue-retaining devices hold the tongue forward—different mechanisms for the same goal (keeping the airway open).

Example: A client with mild OSA whose apnea occurs only when supine may be fitted with a mandibular repositioning mouthpiece to hold the jaw forward during sleep.

😵 Narcolepsy: An Uncommon Sleep Disorder

😵 What narcolepsy is

Narcolepsy: an uncommon sleep disorder that causes periods of extreme daytime sleepiness and sudden, brief episodes of deep sleep during the day.

🚨 Signs and symptoms

  • Extreme daytime sleepiness.
  • Sleep attacks: falling asleep without warning.
  • Difficulty focusing or staying awake.
  • Waking frequently at night.
  • Hallucinations while falling asleep or waking up.
  • Sleep paralysis: feeling awake but unable to move or speak.

Don't confuse with OSA: narcolepsy involves sudden daytime sleep attacks and hallucinations/paralysis; OSA involves nighttime airway blockage, snoring, and gasping.

Example: A client with narcolepsy may suddenly fall asleep during a conversation (sleep attack) and experience vivid hallucinations when waking, unlike an OSA client who snores and stops breathing at night.

57

Sleep Disorders: Assessment and Treatment

Chapter 10.1 Integumentary Introduction

🧭 Overview

🧠 One-sentence thesis

Sleep disorders such as obstructive sleep apnea and narcolepsy require specific treatments and nursing interventions, and hospitalized clients often experience disrupted sleep that can slow recovery, making sleep assessment and promotion essential nursing responsibilities.

📌 Key points (3–5)

  • Obstructive sleep apnea treatment: CPAP machines use mild air pressure to keep airways open; mouthpieces (mandibular repositioning or tongue-retaining) are alternatives for mild cases.
  • Narcolepsy characteristics: causes extreme daytime sleepiness, sudden sleep attacks, and sometimes hallucinations or sleep paralysis; treated with stimulants, CNS depressants, and scheduled naps.
  • Hospitalization disrupts sleep: illness, stress, environmental noise, discomfort, and medical devices impair sleep quality, leading to increased daytime sleepiness and slower postoperative recovery.
  • Five key sleep assessment areas: duration, quality, timing, daytime alertness, and presence of sleep disorders.
  • Common confusion: sleep needs vary by age—adults need 7–8 hours, but infants need 12–16 hours and teens need 8–10 hours; don't assume one standard applies to all.

💤 Obstructive sleep apnea treatments

💨 CPAP machines

CPAP (continuous positive airway pressure therapy): uses mild air pressure to keep the airways open.

  • A breathing device that is a common treatment for clients with obstructive sleep apnea.
  • The machine delivers continuous pressure to prevent airway collapse during sleep.
  • Example: A client wears a CPAP mask at night; the device maintains steady airflow to keep the upper airway from blocking.

🦷 Mouthpieces (oral appliances)

  • Prescribed for clients with mild obstructive sleep apnea or if apnea occurs only when lying on their back.
  • Custom-fit by a dentist or orthodontist to the client's mouth and jaw.
  • Two types work differently to open the upper airway:
TypeHow it works
Mandibular repositioningCovers upper and lower teeth; holds the jaw in a position that prevents it from blocking the upper airway
Tongue-retainingHolds the tongue in a forward position to prevent it from blocking the upper airway
  • Don't confuse: mouthpieces are for mild cases or positional apnea; CPAP is the common treatment for broader obstructive sleep apnea.

😴 Narcolepsy

🧠 What narcolepsy is

Narcolepsy: an uncommon sleep disorder that causes periods of extreme daytime sleepiness and sudden, brief episodes of deep sleep during the day.

  • Not simply "being tired"—it involves uncontrollable sleep attacks without warning.
  • Example: An individual may suddenly fall into deep sleep during a conversation or activity.

🔍 Signs and symptoms

  • Extreme daytime sleepiness
  • Sleep attacks: falling asleep without warning
  • Difficulty focusing or staying awake
  • Waking frequently at night
  • Hallucinations while falling asleep or waking up
  • Sleep paralysis: feeling awake but unable to move for several minutes

🩺 Diagnosis and treatment

Diagnosis is based on:

  • Medical history and family history
  • Physical exam
  • Sleep study that looks at daytime naps to identify disturbed sleep or quick onset of REM sleep

Treatment combines medications and behavior changes:

Treatment typeExamplesPurpose
StimulantsModafinilReduce daytime sleepiness
CNS depressantsSodium oxybateManage symptoms
Sedatives(not specified)Improve nighttime sleep
Behavior changesScheduled naps during the dayImprove daytime sleepiness by promoting good quality sleep at night

🏥 Sleep disruption in hospitalized clients

🚨 Why hospitalization impairs sleep

Since Florence Nightingale, sleep has been recognized as beneficial to health and important during nursing care due to its restorative function.

Common problems reported by clients in medical and surgical units:

  • Disrupted sleep
  • Not feeling refreshed by sleep
  • Wakeful periods during the night
  • Increased sleepiness during the day

Causative factors:

  • Illness and stress of being hospitalized
  • Uncomfortable bed
  • Being too warm or too cold
  • Environmental noise (e.g., IV pump alarms)
  • Disturbance from health care personnel and other clients
  • Pain
  • Presence of intravenous catheters, urinary catheter, and drainage tubes

⚠️ Consequences of poor sleep

  • Increased daytime sleepiness
  • Decreased mobility
  • Slower recovery from surgery
  • Postoperative sleep disturbances can last for months

Why it matters: Effective nursing interventions to promote sleep are important because poor sleep directly impacts recovery.

🩺 Nursing assessment of sleep

🗣️ Subjective assessment: five key characteristics

Begin with an open-ended question: "Do you feel rested upon awakening?"

Then assess five key sleep characteristics:

CharacteristicExample questionNormal finding
Sleep durationHow many hours do you sleep on an average night?7–8 hours for adults (varies by age)
Sleep qualityHow would you rate your sleep quality overall?Very good or fairly good
Sleep timingDo you go to bed and wake up at the same time every day?Yes, consistent schedule
Daytime alertnessHow likely is it for you to fall asleep during the daytime without intending to?Unlikely
Sleep disorder presenceHow often do you have trouble going to sleep or staying asleep? How often do you have loud snoring?Never, rarely, or sometimes; never snore

Additional factors to assess:

  • Effects of caffeine intake and medications on sleep pattern
  • If concerns arise, encourage the client to create a sleep diary to share with a health care provider

Routine questions to mirror inpatient care:

  • Gather information about the client's typical sleep routine so it can be replicated during hospitalization when feasible.

👁️ Objective assessment during inpatient care

Document:

  • Number of hours slept
  • Wakefulness during the night
  • Episodes of loud snoring or apnea
  • Physical circumstances that interrupt sleep (e.g., sleep apnea, pain, urinary frequency)
  • Psychological circumstances that interrupt sleep (e.g., fear, anxiety)
  • Sleepiness and napping during the day

Action: Communicate concerns about signs of sleep disorders to the health care provider for follow-up.

👶 Life span considerations

📊 Sleep needs by age

The amount of sleep needed changes over the course of a person's lifetime; sleep needs vary from person to person.

Age groupRecommended amount of sleep
Infants aged 4–12 months12–16 hours a day (including naps)
Children aged 1–2 years11–14 hours a day (including naps)
Children aged 3–5 years10–13 hours a day (including naps)
Children aged 6–12 years9–12 hours a day
Teens aged 13–18 years8–10 hours a day
Adults aged 18 years or older7–8 hours a day

🧓 Older adults with Alzheimer's disease

Alzheimer's disease often changes sleeping habits:

  • Some people sleep too much; others don't sleep enough
  • Some wake up many times during the night; others wander or yell at night
  • The person with Alzheimer's isn't the only one who loses sleep—caregivers may have sleepless nights

Safety and sleep promotion steps to educate caregivers:

  • Make sure the floor is clear of objects
  • Lock up any medications
  • Attach grab bars in the bathroom
  • Place a gate across the stairs

🔬 Diagnostic tests: sleep study

🛏️ What a sleep study is

Sleep study: monitors and records data during a client's full night of sleep.

  • May be performed at a sleep center or at home with a portable diagnostic device.
  • If done at a sleep center, the client sleeps in a bed there for the duration of the study.

📡 How it works

Removable sensors are placed on:

  • Scalp
  • Face
  • Eyelids
  • Chest
  • Limbs
  • A finger

What is recorded:

  • Brain waves
  • Heart rate
  • Breathing effort and rate
  • Oxygen levels
  • Muscle movements before, during, and after sleep

Risk: Small risk of irritation from the sensors, but this resolves after they are removed.

58

Sleep Management in Nursing Care

Chapter 10.2 Integumentary Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Nurses can significantly improve client sleep and healing outcomes by implementing evidence-based environmental modifications, bundling care activities, and educating clients about sleep hygiene practices.

📌 Key points (3–5)

  • Sleep studies diagnose disorders: removable sensors monitor brain waves, heart rate, breathing, oxygen levels, and muscle movements during a full night of sleep.
  • NANDA-I sleep diagnoses: include Disturbed Sleep Pattern, Insomnia, Sleep Deprivation, and Readiness for Enhanced Sleep, with defining characteristics like anxiety, confusion, fatigue, and irritability.
  • Evidence-based interventions: adjust environment (light, noise, temperature), bundle care to allow 90-minute sleep cycles, limit daytime sleep, and reduce electronic devices before bedtime.
  • Hospital transformation strategies: use red lights at night, reduce environmental noise, implement "Quiet Time" policies, offer sleep aids, and provide client education.
  • Common confusion: sleep deprivation vs. normal tiredness—prolonged periods without sustained natural sleep lead to specific symptoms like heightened pain sensitivity, hallucinations, and transient paranoia.

🔬 Diagnostic Assessment

🔬 Sleep study procedure

A sleep study monitors and records data during a client's full night of sleep, performed either at a sleep center or at home with a portable device.

  • What is measured: brain waves, heart rate, breathing effort and rate, oxygen levels, and muscle movements.
  • How it works: removable sensors are placed on scalp, face, eyelids, chest, limbs, and finger.
  • Timing: data is recorded before, during, and after sleep.
  • Risks: minimal—small risk of skin irritation from sensors that resolves after removal.
  • Example: A client with suspected sleep apnea sleeps at a sleep center with sensors monitoring all night to identify breathing interruptions.

🏥 When to consider testing

  • Consider sleep apnea referral when daytime drowsiness occurs despite adequate periods of undisturbed night sleep.
  • This distinguishes between insufficient sleep time and a physiological sleep disorder.

🩺 Nursing Diagnoses and Planning

🩺 Sleep Deprivation diagnosis

Sleep Deprivation: prolonged periods of time without sustained natural, periodic suspension of relative consciousness that provides rest.

Selected defining characteristics include:

  • Anxiety, apathy, combativeness, confusion
  • Decreased functional ability, prolonged reaction time
  • Drowsiness, fatigue, hallucinations
  • Heightened sensitivity to pain, irritable mood
  • Transient paranoia

📝 Sample diagnostic statement

"Sleep Deprivation related to an overstimulating environment as evidenced by irritability, difficulty concentrating, and drowsiness."

🎯 Outcome identification

  • Overall goal: "The client will awaken refreshed once adequate time is spent sleeping."
  • SMART outcome example: "The client will identify preferred actions to ensure adequate sleep by discharge."
  • Don't confuse: outcomes focus on the client's ability to achieve restful sleep, not just the number of hours in bed.

🛠️ Evidence-Based Interventions

🌙 Environmental modifications

  • Adjust light, noise, temperature, mattress, and bed to promote sleep.
  • Encourage establishment of bedtime routines to facilitate transition from wakefulness to sleep.
  • Facilitate maintenance of usual bedtime routines during inpatient care.
  • Example: A hospitalized client who normally reads before bed at home should be supported to continue this routine.

⏰ Care bundling and timing

  • Bundle care activities to minimize awakenings by staff.
  • Critical principle: allow for sleep cycles of at least 90 minutes.
  • Encourage limitation of daytime sleep and participation in activity, as appropriate.
  • Example: Instead of checking vital signs every 2 hours throughout the night, coordinate vital signs, medication administration, and assessments to occur together, then allow uninterrupted 90-minute blocks.

🚫 Sleep hygiene education

  • Instruct clients to avoid bedtime foods and beverages that interfere with sleep.
  • Encourage limitation of electronic devices before bedtime (phone, computer, television).
  • Encourage elimination of stressful situations before bedtime.
  • Consider sleep apnea as possible cause when appropriate.

🏥 Hospital Environment Transformation

💡 Lighting strategies

  • Switch to red lights when providing care at night.
  • Research shows both adult and pediatric clients sleep better with reduced white light exposure.
  • Dim lights during "Quiet Time" policies (e.g., midnight to 5 a.m.).

🔇 Noise reduction tactics

Client surveys identified disruptive factors:

  • Bed noises, alarms, squeaking equipment, sounds from other clients

Practical solutions:

  • Replace wheels on trash cans and squeaky wheels on chairs.
  • Repair malfunctioning motors on beds.
  • Switch automatic paper towel machines in hallways with manual ones.
  • Alter times floors are buffed.
  • Implement visitor rules (no overnight stays in semiprivate rooms; private room visitors avoid cell phones, TV, and bright lights at night).

🛌 Sleep aids and comfort measures

  • Ask clients about aids they use at home (extra pillows, music).
  • Provide sleep kits on admission with ear plugs and eye masks.
  • Offer warm washcloths at bedtime for comfort.
  • Close client room doors during Quiet Time.
  • Talk in lower voices during nighttime hours.

📚 Client and family education

Provide printed materials covering:

  • Benefits of sleep and rest for optimal healing.
  • Importance for participating in rehabilitative therapies.
  • Prevention of delirium.

💊 Pharmacological Considerations

💊 Medication safety

  • When medications are administered to promote sleep, implement fall precautions.
  • Monitor for side effects: dizziness, drowsiness, worsening of depression or suicidal thoughts, unintentionally walking or eating while asleep.
  • Customize interventions according to specific client needs and concerns.

🔍 Evaluation

🔍 Effectiveness assessment

  • Primary question: Ask the client how rested they feel upon awakening.
  • Determine effectiveness based on established SMART outcomes customized for each client situation.
  • Don't confuse: evaluation focuses on quality of rest and achievement of outcomes, not just hours of sleep recorded.

👴 Special Population: Alzheimer's Disease

👴 Sleep pattern changes

Alzheimer's disease often changes sleeping habits:

  • Some people sleep too much; others don't sleep enough.
  • Some wake up many times during night; others wander or yell at night.
  • Both the person with Alzheimer's and caregivers lose sleep.

🏠 Caregiver education for safety

Educate caregivers about these steps:

  • Make sure the floor is clear of objects.
  • Lock up any medications.
  • Attach grab bars in the bathroom.
  • Place a gate across the stairs.

These measures promote safety for the loved one and help both client and caregiver sleep better at night.

59

Promoting Rest and Sleep in Clinical Settings

Chapter 10.3 Wounds

🧭 Overview

🧠 One-sentence thesis

Nurses can significantly improve hospitalized patients' sleep quality by bundling care tasks, modifying the environment, and educating clients about the importance of rest for healing.

📌 Key points (3–5)

  • Environmental modifications: Reducing noise (e.g., repairing equipment, switching machines, adjusting floor-buffing times) and implementing visitor rules create quieter hospital spaces.
  • Bundling care: Grouping lab draws, vital signs, assessments, and other tasks minimizes sleep interruptions, especially during designated "Quiet Time" periods (e.g., midnight to 5 a.m.).
  • Individualized sleep aids: Asking clients about home sleep habits and providing kits with ear plugs, eye masks, and comfort items personalizes interventions.
  • Common confusion: Don't assume all therapeutic monitoring must happen on a fixed schedule—advocate with the interprofessional team to adjust timing when clinically safe.
  • Evaluation focus: Effectiveness is measured by asking clients how rested they feel upon awakening, not just by hours slept.

🏥 Environmental strategies

🔇 Noise reduction

Hospitals can implement multiple structural changes to lower ambient noise:

  • Repairing squeaky doors and malfunctioning bed motors
  • Replacing automatic paper towel machines with manual ones in hallways
  • Changing the timing of floor buffing to avoid nighttime hours

Why it matters: These modifications address continuous background noise that fragments sleep cycles.

👥 Visitor policies

Rules can be tailored by room type:

  • No overnight stays in semiprivate rooms
  • In private rooms, overnight visitors are asked to avoid cell phone use, TV, and bright lights at night

Example: A client in a private room has a family member staying overnight; the nurse requests they keep the room dark and silent during sleep hours.

🌙 Quiet Time protocols

Quiet Time: A designated period (e.g., midnight to 5 a.m.) when lights are dimmed, client room doors are closed, and staff speak in lower voices.

  • This policy applies hospital-wide, not just to individual units
  • It signals to all team members that sleep is a clinical priority

🩺 Care bundling and timing

📦 What bundling means

Nurses coordinate with the interdisciplinary team to group interventions:

  • Lab draws
  • Vital sign checks
  • Assessments
  • Medication administration
  • Other care tasks

How it works: Instead of entering the room every hour for separate tasks, the nurse completes multiple tasks during one visit when the client is already awake.

⏰ Advocating for uninterrupted rest

  • Nurses should question whether every scheduled task must occur at its default time
  • When a client's condition is stable (e.g., hemoglobin stabilized for 24 hours), advocate to reduce frequency of monitoring during night hours
  • Don't confuse: Bundling care is not the same as delaying urgent interventions—it applies when clinical status allows flexibility.

Example: Mrs. Salvo's hemoglobin stabilized, yet she was still being "poked and prodded at least once an hour." The nurse grouped tasks and advocated for longer uninterrupted periods at night.

🛏️ Individualized sleep aids

🎧 Assessing home habits

On admission, nurses ask:

  • What helps you sleep at home?
  • Do you use extra pillows, music, white noise, or other aids?

Why this matters: Replicating familiar routines reduces the strangeness of the hospital environment.

🎁 Sleep kits and comfort measures

Hospitals can provide:

  • Ear plugs and eye masks (given on admission)
  • Warm washcloths at bedtime for comfort

Example: A client who normally listens to soft music at home is offered a way to play music quietly through headphones.

💊 Pharmacological considerations

💊 Medication use

The excerpt references that specific sleep medications are covered in the "Sleep Disorders" section (not included here).

⚠️ Safety precautions when medications are given

If sleep medications are administered, nurses must:

  • Implement fall precautions
  • Monitor for side effects:
    • Dizziness
    • Drowsiness
    • Worsening of depression or suicidal thoughts
    • Unintentional walking or eating while asleep

Don't confuse: Sleep aids are not risk-free; they require active monitoring and safety measures.

📚 Client and family education

📖 Printed materials

Nurses provide information on:

  • Benefits of sleep and rest for optimal healing
  • How sleep supports participation in rehabilitative therapies
  • Prevention of delirium

Why education matters: Clients and families who understand the clinical importance of sleep are more likely to cooperate with Quiet Time policies and bundled care schedules.

📋 Nursing process application

🔍 Assessment focus

Key signs of disturbed sleep pattern:

  • Bags under eyes
  • Frequent yawning
  • Difficulty following conversation
  • Client reports of inability to rest

Example: Mrs. Salvo appeared fatigued, yawned frequently, wandered off in her train of thought, and stated, "You can't get any rest in here."

🎯 SMART outcomes

SMART Expected Outcome: The client will report feeling more rested on awakening within 24 hours.

  • Outcomes are individualized and time-bound
  • Focus on subjective feeling of restedness, not just objective sleep duration

✅ Evaluation method

The nurse starts by asking the client how rested they feel upon awakening.

Example: The following morning, Mrs. Salvo reported "improved sleep and feeling more rested with fewer awakenings throughout the night." The SMART outcome was marked "met."

📝 Sample documentation structure

ComponentMrs. Salvo's case
ProblemDisturbed sleep pattern due to frequent therapeutic monitoring
EvidenceReports difficulty achieving rest; bags under eyes, yawning, difficulty following conversation
InterventionsGrouped therapeutic care to minimize disruption; closed door, dimmed lights; advocated for uninterrupted rest periods
EvaluationClient reported improved sleep and feeling more rested; fewer awakenings; outcome "met"

Don't confuse: Documentation should reflect both the interventions implemented and the client's subjective response, not just task completion.

60

Mobility Introduction and Basic Concepts

Chapter 10.4 Pressure Injuries

🧭 Overview

🧠 One-sentence thesis

Mobility—the ability to change and control body position—exists on a continuum and requires nurses to assess and intervene to maintain clients' highest level of independence and prevent complications from immobility.

📌 Key points (3–5)

  • What mobility means: the ability to change and control body position, requiring muscle strength, skeletal stability, joint function, and neuromuscular coordination working together.
  • Mobility as a continuum: ranges from no impairment (independent position changes) to complete immobility (unable to make even slight changes without help).
  • Why mobility matters: helps avoid degradation of body systems and prevents complications; promotes independence and well-being.
  • Nursing role: assist clients to be as mobile as possible based on individual circumstances to achieve highest independence level.
  • Common confusion: mobility is not all-or-nothing—it is a spectrum, and any disruption to the integrated process of movement can lead to impairment.

🏗️ What mobility requires

🏗️ The integrated process

Mobility: the ability of a client to change and control their body position.

Physical mobility depends on multiple systems working together:

  • Sufficient muscle strength and energy
  • Adequate skeletal stability
  • Joint function
  • Neuromuscular synchronization

Key insight: Anything that disrupts this integrated process can lead to impaired mobility or immobility.

Example: A client recovering from major surgery may have adequate skeletal stability and joint function, but lack sufficient muscle strength and energy, disrupting the integrated process.

🔄 The mobility continuum

Mobility exists on a spectrum rather than as a binary state:

End of continuumDescriptionClient capability
No impairmentFull mobilityCan make major and frequent position changes without assistance
Complete immobilityTotal impairmentUnable to make even slight changes in body or extremity position without assistance

Don't confuse: Mobility is not simply "mobile" vs "immobile"—most clients fall somewhere between these extremes and may need varying levels of assistance.

🎯 Nursing focus areas

🎯 Assessment priorities

Nurses must identify:

  • Factors putting clients at risk for mobility problems
  • Cues related to mobility problems (signs and symptoms)
  • Effects of immobility on body systems (complications)

💡 Intervention goals

Nurses work to:

  • Assist clients to be as mobile as possible based on individual circumstances
  • Achieve highest level of independence for each client
  • Prevent complications associated with immobility
  • Promote well-being through maintained or improved mobility

🛡️ Prevention focus

The excerpt emphasizes that mobility:

  • Helps avoid degradation of many body systems
  • Prevents complications associated with immobility
  • Supports feeling of well-being

Example: A nurse helping a post-surgical client perform basic mobility tasks (changing positions, sitting, standing) prevents complications like pressure injuries, muscle atrophy, and respiratory problems while promoting recovery and independence.

🔍 Clinical context

🔍 When mobility is challenged

The excerpt provides a concrete scenario to illustrate mobility challenges:

  • Simple task: Standing from a seated position with legs and arms stretched out
  • When impaired: During recovery from major surgery or with chronic musculoskeletal conditions
  • Impact: Basic mobility tasks that seem simple can become significantly impaired

🔍 Scope of mobility activities

Mobility includes multiple types of movement:

  • Moving extremities
  • Changing positions
  • Sitting
  • Standing
  • Walking

Key point: All these activities depend on the integrated process described earlier, and impairment in any component affects the full range of mobility.

61

Braden Scale and Mobility Assessment

Chapter 10.5 Braden Scale

🧭 Overview

🧠 One-sentence thesis

Decreased mobility is a major risk factor for skin breakdown as indicated on the Braden Scale, and immobility causes widespread complications across multiple body systems that nurses must prevent through active mobility interventions.

📌 Key points (3–5)

  • Mobility exists on a continuum: ranges from no impairment to complete immobility requiring assistance for even slight position changes.
  • Immobility causes rapid deterioration: muscle strength loss occurs at approximately 20% per week, affecting cardiovascular, respiratory, gastrointestinal, and musculoskeletal systems.
  • Braden Scale connection: decreased mobility is identified as a major risk factor for skin breakdown on this assessment tool.
  • Common confusion: mobility vs. functional mobility—functional mobility specifically refers to movement in the environment (bed mobility, transferring, ambulation), while mobility is the broader ability to change and control body position.
  • Mobilization prevents complications: evidence shows reduced delirium, pain, infections, DVT, pneumonia, and improved psychological outcomes when clients are mobilized.

🏥 Understanding mobility concepts

🦴 What mobility requires

Mobility: the ability of a client to change and control their body position.

Physical mobility depends on an integrated process:

  • Sufficient muscle strength and energy
  • Adequate skeletal stability
  • Proper joint function
  • Neuromuscular synchronization

When any component is disrupted, impaired mobility or immobility results.

🚶 Functional mobility breakdown

Functional mobility: the ability of a person to move around in their environment, including walking, standing up from a chair, sitting down from standing, and moving around in bed.

Three main areas:

AreaDefinitionExamples
Bed MobilityMoving around in bedLying to sitting, sitting to lying
TransferringMoving from one surface to anotherBed to chair, chair to chair
AmbulationWalking abilityIndependent walking, walking with assistive devices (cane, walker, crutches)

Don't confuse: Mobility (general ability to control body position) vs. functional mobility (specific environmental movement tasks).

🩺 Causes of immobility

Multiple physical and psychological factors impair mobility:

Neurological and musculoskeletal disorders:

  • Osteoarthritis
  • Rheumatoid arthritis
  • Muscular dystrophy
  • Cerebral palsy
  • Multiple sclerosis
  • Parkinson's disease

Traumatic injuries:

  • Skeletal fractures
  • Head injuries
  • Spinal injuries

Conditions causing fatigue or pain:

  • Heart failure
  • Chronic obstructive pulmonary disease
  • Depression
  • Chronic pain conditions

⚠️ System-wide effects of immobility

💔 Cardiovascular complications

What happens:

  • Decreased systemic vascular resistance → venous pooling in extremities
  • Decreased cardiac output
  • Thrombus formation

Potential complications:

  • Orthostatic hypotension
  • Deep vein thrombosis (DVT)

Example: A client develops DVT after extended bed rest following surgery due to blood pooling and clot formation in leg veins.

🫁 Respiratory complications

What happens:

  • Decreased respiratory muscle strength
  • Diminished lung expansion
  • Decreased cough reflex
  • Pulmonary secretion pooling
  • Blood redistribution and fluid shifts in lung tissues

Potential complications:

  • Atelectasis (lung collapse)
  • Hypoxia (low oxygen)
  • Pneumonia
  • Pulmonary edema
  • Pulmonary embolism

🦴 Musculoskeletal complications

Critical finding: Muscle strength loss occurs at approximately 20% per week of immobility.

What happens:

  • Reduced muscle mass
  • Decreased muscle strength and endurance
  • Shortening of connective tissue
  • Impaired joint mobility
  • Impaired calcium metabolism

Potential complications:

  • Muscle atrophy
  • Joint contractures
  • Foot drop
  • Osteoporosis
  • Falls and fractures
  • Fatigue
  • Decreased stability and balance

🧠 Psychological complications

Effects documented:

  • Depression
  • Anxiety
  • Distress
  • Decreased quality of life

🍽️ Gastrointestinal complications

What happens:

  • Decreased peristalsis
  • Anorexia and decreased fluid intake
  • Increased intestinal gas
  • Altered swallowing

Potential complications:

  • Constipation
  • Fecal impaction
  • Ileus (bowel obstruction)
  • Flatulence and abdominal distention
  • Nausea and vomiting
  • Heartburn
  • Aspiration
  • Malnutrition

🚽 Genitourinary complications

Potential complications:

  • Urinary discomfort
  • Urinary retention
  • Urinary tract infection

🩹 Integumentary complications and Braden Scale

What happens:

  • Decreased oxygen and nutrient delivery to tissues
  • Tissue ischemia (lack of blood flow)
  • Inflammation over bony prominences
  • Friction and shear forces

Potential complications:

  • Skin breakdown
  • Pressure injuries
  • Infection
  • Abrasions

Key connection: The excerpt specifically identifies decreased mobility as a major risk factor for skin breakdown as indicated on the Braden Scale—a standardized assessment tool for pressure injury risk.

🎯 Benefits of mobilization

📊 Evidence-based outcomes

Literature review findings demonstrate mobilization reduces:

  • Delirium
  • Pain
  • Urinary discomfort and urinary tract infections
  • Fatigue
  • Deep vein thrombosis (DVT)
  • Pneumonia

And improves:

  • Ability to void
  • Comfort and satisfaction
  • Quality of life
  • Independence
  • Depression and anxiety levels
  • Symptom distress

🚨 The missed care problem

Critical gap identified: Ambulation is the most frequently missed element of inpatient nursing care, with rates as high as 76–88% of the time.

This represents a significant quality-of-care issue given the extensive benefits of mobilization.

🛠️ Intervention categories

🛏️ In-bed interventions

When clients cannot get out of bed:

  • Repositioning activities
  • Range-of-motion exercises
  • Assisting client to dangle on edge of bed

🪑 Out-of-bed interventions

When clients can leave the bed:

  • Transferring from bed to chair
  • Assisting with ambulation

Nursing goal: Assist clients to be as mobile as possible based on individual circumstances to:

  • Achieve highest level of independence
  • Prevent complications
  • Promote feeling of well-being
62

Applying the Nursing Process: Mobility Assessment and Safe Client Handling

Chapter 10.6 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Decreased mobility causes serious complications across all body systems, and nurses must use objective assessment tools and safe patient handling equipment—not just body mechanics—to prevent both client harm and staff injury.

📌 Key points (3–5)

  • Why mobility matters: Mobilization reduces complications like DVT, pneumonia, delirium, and pressure injuries while improving psychological outcomes and independence.
  • How to assess mobility: Use objective tools like the Banner Mobility Assessment Tool (BMAT) rather than relying on client or family reports, which can be unreliable.
  • Common confusion: Proper body mechanics alone do not prevent nurse lifting injuries; safe patient handling equipment and technology are essential.
  • Weight-bearing progression: Clients recovering from fractures or joint replacements move through stages from nonweight-bearing to full weight-bearing.
  • Assistance levels: Clients range from dependent (0% participation) to independent (100%), and this determines the equipment and personnel needed.

🏥 Effects of immobility on body systems

🧠 Psychological effects

Immobility leads to:

  • Depression
  • Anxiety
  • Distress
  • Decreased quality of life

Why it matters: The excerpt notes that mobilization decreased depression, anxiety, and symptom distress while enhancing comfort, satisfaction, quality of life, and independence.

❤️ Cardiovascular effects

Decreased systemic vascular resistance causes venous pooling in extremities and decreased cardiac output.

Potential complications:

  • Orthostatic hypotension
  • Thrombus formation (blood clots)
  • Deep vein thrombosis (DVT)

Example: The excerpt references a client with impaired mobility who developed a DVT.

🫁 Respiratory effects

Immobility weakens respiratory muscles and diminishes lung expansion, leading to:

  • Hypoventilation
  • Impaired gas exchange
  • Decreased cough reflex
  • Pulmonary secretion pooling
  • Blood redistribution and fluid shifts within lung tissues

Potential complications:

  • Atelectasis (collapsed lung tissue)
  • Hypoxia (low oxygen)
  • Pneumonia
  • Pulmonary edema
  • Pulmonary embolism

🩹 Integumentary (skin) effects

Decreased delivery of oxygen and nutrients to tissues causes tissue ischemia and inflammation over bony prominences.

Potential complications:

  • Skin breakdown
  • Pressure injuries
  • Infection
  • Abrasions

Don't confuse: The excerpt notes that decreased mobility is a major risk factor for skin breakdown, as indicated on the Braden Scale.

🦴 Musculoskeletal effects

Immobility causes:

  • Reduced muscle mass
  • Decreased muscle strength and endurance
  • Shortening of connective tissue
  • Impaired joint mobility
  • Impaired calcium metabolism

Potential complications:

  • Fatigue
  • Decreased stability and balance
  • Muscle atrophy
  • Joint contractures
  • Foot drop
  • Osteoporosis
  • Falls
  • Fractures

🍽️ Gastrointestinal effects

Immobility decreases peristalsis and can alter swallowing, leading to:

  • Anorexia
  • Decreased fluid intake
  • Increased intestinal gas

Potential complications:

  • Constipation
  • Fecal impaction
  • Ileus (bowel obstruction)
  • Flatulence
  • Abdominal distention
  • Nausea and vomiting
  • Heartburn
  • Aspiration
  • Malnutrition

🚽 Genitourinary effects

Potential complications:

  • Urinary discomfort
  • Urinary retention
  • Urinary tract infection

🎯 Mobility interventions: two categories

🛏️ In-bed interventions

When the client cannot get out of bed, nurses use:

  • Repositioning activities
  • Range-of-motion exercises
  • Assisting the client to dangle on the edge of the bed

🚶 Out-of-bed interventions

When the client can leave the bed, nurses use:

  • Transferring from bed to chair
  • Assisting with ambulation (walking)

Important gap: The excerpt notes that ambulation has been identified as the most frequently missed element of inpatient nursing care, with rates as high as 76–88% of the time.

📋 Assessing mobility status and assistance needs

🏋️ Types of assistance required

TypeClient ContributionCaregiver ContributionNotes
Dependent0% (unable to help at all)100%Mechanical lift and assistance by other personnel required
Maximum Assistance25%75%
Moderate Assistance50%50%
Minimal Assistance75%25%
Contact Guard AssistMost of the taskCaregiver places one or two hands on client's body for balance onlyNo other assistance provided
Stand By AssistAll of the taskCaregiver does not touch clientRemains close for safety in case client loses balance
Independent100%0%Client can safely perform the task on their own

Why initial assessment matters: Initial mobility assessments are typically performed on admission by a physical therapist (PT).

🦵 Weight-bearing prescriptions

TypeDescriptionExample Use
Nonweight-bearing (NWB)Leg must not touch the floor; not permitted to support any weight at allCrutches or other devices used for mobility
Toe-touch weight-bearing (TTWB)Foot or toes may touch the floor to maintain balance, but no weight on affected leg
Partial weight-bearingSmall amount of weight supported; may gradually increase to 50% of body weightPermits standing with weight evenly supported by both feet (but not walking)
Weight-bearing as tolerated50% to 100% of weight on affected legClient independently chooses weight based on tolerance and circumstances
Full weight-bearing100% of body weightPermits walking

Common scenario: Clients with lower extremity fractures or those recovering from knee or hip replacement often progress through these stages.

🔍 Why objective assessment is essential

The problem with subjective reports:

  • Staff may rely on the client's or family member's report on ability to stand, transfer, and ambulate.
  • This information can be unreliable.

Why reports are unreliable:

  • The client may have unrecognized physical deconditioning from the disease or injury that necessitated hospitalization.
  • They may have developed new cognitive impairments related to the admitting diagnosis or current medications.

🏥 Banner Mobility Assessment Tool (BMAT)

The BMAT is a nurse-driven bedside assessment of client mobility that walks the client through a four-step functional task list and identifies the mobility level the client can achieve. It then provides guidance regarding the safe patient handling and mobility (SPHM) technology needed to safely lift, transfer, and mobilize the client.

How it differs from older tests:

  • Traditional tests like the Timed Get Up and Go Test analyze posture, body alignment, balance, and gait but do not provide guidance on what the nurse should do if the client can't maintain seated balance, bear weight, or stand and walk.
  • The BMAT fills this gap by recommending specific equipment and techniques.

📖 BMAT in action example

Scenario: A 65-year-old male, 6'2" tall, 350 lbs. (158 kg), admitted late in the evening, needed to use the bathroom but didn't want a bedpan. Physical therapy wasn't available until the next morning.

What the nurse did:

  1. Assessed the client using the BMAT per agency policy.
  2. Found he was able to raise his buttocks off the bed using a bed rail and hold for a count of five.
  3. Client stated he used a walker at home to ambulate.
  4. Rated at Mobility Level 3.
  5. Transferred him to the toilet using a nonpowered stand aid.

Outcome: Both the client and nurse were relieved and satisfied.

⚠️ Safe client handling and mobility (SPHM)

🏗️ Why body mechanics alone are not enough

Body mechanics involves the coordinated effort of muscles, bones, and one's nervous system to maintain balance, posture, and alignment when moving, transferring, and positioning clients.

The old belief: Many employers and nurses previously believed that lifting injuries could be prevented by using proper body mechanics.

What evidence shows: Evidence contradicts this assumption.

Why body mechanics fail:

  • Clients don't come in simple shapes.
  • Clients may sit or lie in awkward positions.
  • Clients may move unexpectedly.
  • Clients may have wounds or devices that interfere with lifting.
  • The safe lifting load for clients is less than the maximum 50-pound (23 kg) load calculated by NIOSH for lifting a box with handles.

Don't confuse: Although using proper body mechanics and good lifting techniques are important, they don't prevent lifting injuries in client circumstances.

🚨 Risk factors for nurse lifting injuries

Four main factors:

  1. Exertion (how hard the lift is)
  2. Frequency (how often lifting occurs)
  3. Posture (body position during the lift)
  4. Duration of exposure (how long the nurse is engaged in lifting)

Combinations that intensify risk:

  • High exertion while in an awkward posture (e.g., holding a client's leg while bent over and twisted)
  • Unpredictable client movements
  • Extended reaching

📊 Injury rates and progress

The problem:

  • Nurses still suffer more musculoskeletal disorders from lifting than other employees in the manufacturing and construction industries.

Progress:

  • A focus on safe client handling and mobility in acute and long-term care settings over the past decade has resulted in decreased staff lifting injuries for the first time in 30 years.

📜 ANA Standards for Safe Patient Handling and Mobility (2013)

🛡️ Standard 1: Establish a culture of safety

This standard calls for the employer to establish a commitment to a culture of safety. This means prioritizing safety over competing goals in a blame-free environment where individuals can report errors or incidents without fear.

What the employer must do:

  • Evaluate systemic issues that contribute to incidents or accidents.
  • Ensure safe staffing levels.
  • Improve communication and collaboration.
  • Every organization should have a procedure for [reporting and addressing safety concerns].

Key principle: Safety is prioritized over competing goals in a blame-free environment.

63

Safe Client Handling and Mobility

Chapter 11.1 Comfort Introduction

🧭 Overview

🧠 One-sentence thesis

Safe patient handling and mobility (SPHM) programs, supported by assistive devices and early mobility protocols, reduce nurse injuries and improve patient outcomes by replacing reliance on body mechanics alone with ergonomic technology and systematic assessment.

📌 Key points (3–5)

  • Why body mechanics alone fail: Proper body mechanics cannot prevent lifting injuries when clients are awkwardly positioned, move unexpectedly, or have devices that interfere with lifting—nurses still suffer more musculoskeletal disorders than manufacturing and construction workers.
  • SPHM standards framework: The ANA's eight standards establish a culture of safety, require ergonomic design, mandate technology selection and training, and integrate patient-centered assessment into care plans.
  • Assistive devices reduce injury risk: Gait belts, slider boards, sit-to-stand lifts, and mechanical lifts help nurses transfer and mobilize clients safely without manual lifting.
  • Early mobility protocols: Nurse-driven protocols use screening tools to assess neurological, respiratory, and circulatory criteria, enabling coordinated multidisciplinary mobilization that decreases delirium and hospital length of stay.
  • Common confusion: Maximum safe lifting load for a box with handles is 50 pounds, but the safe load for clients is less because clients have irregular shapes, awkward positions, and unpredictable movements.

🚨 Why body mechanics are not enough

🚨 The injury problem

  • Nurses still suffer more musculoskeletal disorders from lifting than employees in manufacturing and construction industries.
  • A focus on SPHM over the past decade resulted in the first decrease in staff lifting injuries in 30 years, but injuries remain high.
  • Many employers and nurses previously believed proper body mechanics could prevent lifting injuries, but evidence contradicts this assumption.

🧮 NIOSH maximum loads and client lifting

Body mechanics: the coordinated effort of muscles, bones, and the nervous system to maintain balance, posture, and alignment when moving, transferring, and positioning clients.

  • NIOSH calculates maximum loads for lifting, pushing, pulling, and carrying for all types of employees.
  • For a box with handles, the maximum load is 50 pounds (23 kg).
  • This weight decreases when the lifter has to reach, lift from near the floor, or assume a twisted or awkward position.
  • For clients, the safe lifting load is less than 50 pounds because:
    • Clients don't come in simple shapes.
    • Clients may sit or lie in awkward positions.
    • Clients may move unexpectedly.
    • Clients may have wounds or devices that interfere with lifting.
  • Example: Holding a client's leg while bent over and twisted combines high exertion with awkward posture, intensifying risk.

⚠️ Risk factors for lifting injuries

Factors that increase risk for nurses:

  • Exertion: how much force is required.
  • Frequency: how often lifting occurs.
  • Posture: awkward or twisted positions.
  • Duration of exposure: how long the task lasts.
  • Combinations of these factors (e.g., high exertion + awkward posture + unpredictable client movements + extended reaching) intensify the risk.

Don't confuse: Using proper body mechanics and good lifting techniques are important, but they don't prevent lifting injuries in these client circumstances.

📋 ANA Safe Patient Handling and Mobility standards

📋 Overview of the eight standards

In 2013, the ANA published SPHM standards to guide employers and nurses. The standards cover culture, program implementation, ergonomic design, technology, training, patient-centered care, return to work, and evaluation.

🛡️ Standard 1: Establish a culture of safety

  • The employer must establish a commitment to a culture of safety.
  • This means prioritizing safety over competing goals in a blame-free environment where individuals can report errors or incidents without fear.
  • The employer must evaluate systemic issues that contribute to incidents or accidents.
  • The standard also calls for safe staffing levels and improved communication and collaboration.
  • Every organization should have a procedure for nurses to report safety concerns or refuse an assignment due to concern about patients' or their own safety.

🔧 Standard 2: Implement and sustain an SPHM program

  • Outlines SPHM program components, including patient assessment and written guidelines for safe patient handling by staff.

🏗️ Standard 3: Incorporate ergonomic design principles

  • Based on the concept of prevention of injuries through ergonomic design.
  • Considers the physical layout, work-process flow, and use of technology to reduce exposure to injury or illness.

🖥️ Standard 4: Select, install, and maintain SPHM technology

  • Provides guidance in selecting, installing, and maintaining SPHM technology.

🎓 Standard 5: Establish a system for education, training, and maintaining competence

  • Outlines SPHM training for employees.
  • Includes the demonstration of competency before using SPHM technology with patients.

🧑‍⚕️ Standard 6: Integrate patient-centered SPHM assessment, plan of care, and use of technology

  • Focuses on the patient's needs by establishing assessment guidelines and developing an individual plan of care.
  • Outlines the importance of using SPHM technology in a therapeutic manner with the goal of promoting patients' independence.
  • Example: A patient may need full-body lift technology immediately after surgery, then progress to a sit-to-stand lift for transfers, and then progress to a technology that supports ambulation.

🔄 Standard 7: Include SPHM in reasonable accommodation and post-injury return to work

  • Promotes an employee's return to work after an injury.

📊 Standard 8: Establish a comprehensive evaluation system

  • Calls for evaluation of outcomes related to an agency's implementation of a SPHM program with remediation of deficiencies.

🛠️ Assistive devices for safe handling

🛠️ What assistive devices are

Assistive device: an object or piece of equipment designed to help a client with activities of daily living, such as a walker, cane, gait belt, or mechanical lift.

🔗 Gait belts

  • Should be used to ensure stability when assisting clients to stand, ambulate, or transfer from bed to chair.
  • A gait belt is a 2-inch-wide (5 mm) belt, with or without handles, that is placed around a client's waist and fastened with a buckle.
  • The gait belt should be applied on top of clothing or a gown to protect the client's skin.

🛹 Slider boards (transfer boards)

  • Used to transfer an immobile client from one surface to another while the client is lying supine (e.g., from a stretcher to hospital bed).
  • The client is transferred by logrolling off a slider board with several assistants.

🪑 Sit-to-stand lifts

  • Also referred to as Sara lifts, lift ups, stand assist, or stand-up lifts.
  • Mobility devices that assist weight-bearing clients who are unable to transition from a sitting position to a standing position using their own strength.
  • Used to safely transfer clients who have some muscular strength but not enough strength to safely change positions by themselves.
  • Some sit-to-stand lifts use a mechanized lift; others are nonmechanized.

🏗️ Mechanical lifts

  • A hydraulic lift with a sling used to move clients who cannot bear weight or have a medical condition that does not allow them to stand or assist with moving.
  • Can be a portable device or permanently attached to the ceiling.
  • Important: Most clinical agencies do not allow nursing students to operate mechanical lifts independently without the supervision of agency staff. Review agency policy and obtain assistance as indicated, even if you have experience using mechanical lifts as an employee at another agency.
DeviceClient capabilityPurpose
Gait beltCan stand/ambulate with supportEnsure stability during standing, ambulation, or transfer
Slider boardImmobile, lying supineTransfer between surfaces (e.g., stretcher to bed)
Sit-to-stand liftSome muscular strength, cannot stand independentlyAssist transition from sitting to standing
Mechanical liftCannot bear weight or standMove client without manual lifting

🚶 Early mobility protocols

🚶 Purpose and benefits

  • Many hospitals use nurse-driven mobility protocols to encourage early mobility of clients in intensive care units and after surgery.
  • Purpose:
    • Maintain the client's baseline mobility and functional capacity.
    • Decrease the incidence of delirium.
    • Decrease hospital length of stay.
  • Protocols include a coordinated approach by the multidisciplinary team: respiratory therapists, physical therapists, pharmacists, occupational therapists, and the health care provider who focus on getting the client out of bed faster.

🔍 Screening and initiation

  • Nurses use a screening tool to determine whether a client is clinically ready to attempt the protocol.
  • The algorithm begins by reviewing the client's neurological criteria, such as: Does the client open his or her eyes in response to verbal stimulation?
  • If the client meets neurological criteria, they are assessed against additional criteria for respiratory, circulatory, neurological, and other considerations.
  • If the client meets these criteria, a registered nurse may carefully initiate an early mobilization protocol in collaboration with a physical therapist.

🏥 Example protocol in an intermediate care unit

  • Three patient care technicians (PCTs) collaborate with nurses from 7 a.m. to 7 p.m.
  • Each PCT has eight clients and is responsible for mobilizing each client during each 12-hour shift.
  • Each PCT discusses each client's level of activity with the RN at the beginning of the shift and determines how many times each client will be mobilized throughout the day.
  • Any concerns that arise during mobilization are shared with the nurse for appropriate follow-up.

🤸 Range-of-motion exercises

🤸 What ROM exercises are and when to use them

Range-of-motion (ROM) exercises: exercises that facilitate movement of specific joints and promote mobility of the extremities.

  • When clients are unable to ambulate or have an injury to specific extremities, ROM exercises are often prescribed.
  • Timing: Because changes in joints can occur after three days of immobility, ROM exercises should be started as soon as possible.

🔄 Three types of ROM exercises

TypeDefinitionWho performs the movement
Passive ROMMovement applied to a joint solely by another person or by a passive motion machineAnother person or machine
Active ROM(Not fully defined in excerpt)(Not specified in excerpt)
Active assist(Not fully defined in excerpt)(Not specified in excerpt)

Note: The excerpt defines only passive ROM; active and active assist are mentioned but not explained.

64

Mobility and Positioning: Basic Concepts

Chapter 11.2 Comfort Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Early mobility protocols and proper positioning techniques prevent complications like contractures and pressure injuries while maintaining clients' functional capacity and reducing hospital stays.

📌 Key points (3–5)

  • Mechanical lifts: hydraulic devices with slings used to move clients who cannot bear weight; nursing students typically require supervision to operate them.
  • Early mobility protocols: nurse-driven screening tools and coordinated multidisciplinary approaches to get clients out of bed faster, reducing delirium and hospital length of stay.
  • Range-of-motion (ROM) exercises: three types (passive, active, active assist) prevent contractures and maintain joint mobility; should start as early as possible, ideally within three days of immobility.
  • Common confusion: passive vs active ROM—passive means an outside force moves the joint while the client is completely relaxed; active means the client moves the joint independently.
  • Positioning prevents complications: supine, prone, lateral, Sim's, and Fowler's positions each serve specific purposes (e.g., prone improves oxygenation in COVID-19; lateral prevents inferior vena cava compression in pregnancy).

🏗️ Assistive devices for mobility

🏗️ Sit-to-stand lift

  • A device that helps clients transition from sitting to standing.
  • Used for clients who have some weight-bearing ability but need assistance.

🏗️ Mechanical lift

Mechanical lift: a hydraulic lift with a sling used to move clients who cannot bear weight or have a medical condition that does not allow them to stand or assist with moving.

  • Can be portable or permanently attached to the ceiling.
  • Important restriction: Most clinical agencies do not allow nursing students to operate mechanical lifts independently without supervision of agency staff.
  • Even if you have experience using mechanical lifts as an employee at another agency, you must review agency policy and obtain assistance as indicated.

🚶 Early mobility protocols

🚶 Purpose and benefits

  • Goal: maintain the client's baseline mobility and functional capacity.
  • Outcomes: decrease the incidence of delirium and decrease hospital length of stay.
  • Used in intensive care units and after surgery.

🧑‍⚕️ Multidisciplinary approach

  • Coordinated team includes:
    • Respiratory therapists
    • Physical therapists
    • Pharmacists
    • Occupational therapists
    • Health care providers
  • Focus: getting the client out of bed faster.

🔍 Screening process

  • Nurses use a screening tool to determine whether a client is clinically ready to attempt the protocol.
  • Algorithm steps:
    1. Review neurological criteria (e.g., does the client open their eyes in response to verbal stimulation?).
    2. If neurological criteria are met, assess additional criteria for respiratory, circulatory, neurological, and other considerations.
    3. If all criteria are met, a registered nurse may carefully initiate an early mobilization protocol in collaboration with a physical therapist.

📋 Example protocol in intermediate care

  • Three patient care technicians (PCTs) collaborate with nurses during 12-hour shifts (7 a.m. to 7 p.m.).
  • Each PCT has eight clients and is responsible for mobilizing each client during the shift.
  • Each PCT discusses each client's level of activity with the RN at the beginning of the shift and determines how many times each client will be mobilized throughout the day.
  • Any concerns that arise during mobilization are shared with the nurse for appropriate follow-up.

🔄 Range-of-motion exercises

🔄 What ROM exercises are

Range-of-motion (ROM) exercises: exercises that facilitate movement of specific joints and promote mobility of the extremities.

  • Prescribed when clients are unable to ambulate or have an injury to specific extremities.
  • Timing is critical: changes in joints can occur after three days of immobility, so ROM exercises should be started as soon as possible.

🔄 Three types of ROM

TypeDefinitionExample
Passive ROMMovement applied to a joint solely by another person or by a passive motion machine; the joint is completely relaxed while an outside force moves the body partA passive motion machine continuously flexes and extends a client's knee after knee replacement surgery while they lie in bed
Active ROMMovement of a joint by the individual performing the exercise with no outside force aiding in the movementClient moves their own joint independently
Active assist ROMJoint movement with partial assistance from an outside forceAfter shoulder surgery, a client attends physical therapy and receives 50% assistance in moving the arm with the help of a physical therapy assistant

Don't confuse: In passive ROM, the client does nothing—the joint is completely relaxed. In active ROM, the client does all the work. In active assist ROM, the client and an outside force share the work.

🕐 Temporary vs long-term ROM

  • Temporary ROM: due to injury, surgery, or other temporary conditions; clients are expected to make a full recovery and will no longer need ROM over time.
  • Long-term ROM: required to prevent contractures in conditions such as spinal cord injury, stroke, neuromuscular diseases, or traumatic brain injury.

🦴 Contractures

Contracture: the lack of full passive range of motion due to joint, muscle, or soft tissue limitations.

  • Severe contractures can develop in clients with terminal neurological conditions.
  • Prevention: A program of passive stretching should be started as early as possible in the course of neuromuscular disease to prevent contractures and become part of a regular morning and evening routine.

📏 Guidelines for performing ROM exercises

  • Proper technique is essential:
    • Hold each stretch for a count of 15.
    • Repeat each exercise 10 to 15 times during a session (or as prescribed).
    • Perform stretching slowly and gently.
    • An overly strenuous stretch may cause discomfort and reduce cooperation.
  • Education: Written instructional materials should be provided to the client and family as a supplement to verbal instructions and demonstrations by the physical therapist.
  • Who can perform ROM: Physical therapy assistants (PTAs), nursing assistants (NAs), patient care technicians (PCTs), and nurses, based on agency policy.

🛡️ Positioning aids to prevent contractures

  • Limb positioning with assistive devices can also be used to prevent contracture formation.
  • Principle: The limb should be placed in a resting position that opposes or minimizes flexion.
  • Devices include: pillows, foot boots, handrolls, hand-wrist splints, heel or elbow protectors, abduction pillows, or a trapeze bar.
  • Example: A brace is used to prevent foot drop in a client with multiple sclerosis.

🦶 Foot drop

  • A complication of immobility that results in plantar flexion of the foot.
  • Interferes with the ability to complete weight-bearing activities.
  • Prevented by positioning aids such as foot boots or braces.

🛏️ Repositioning clients in bed

🛏️ Why repositioning matters

  • Maintains body alignment.
  • Prevents pressure injuries, foot drop, and contractures.
  • Provides comfort for clients who have decreased mobility related to a medical condition or treatment.
  • Important safety note: It is important to reposition clients appropriately to prevent neurological injuries that can occur, such as if a client is inadvertently positioned on their arm.

🛏️ Supportive devices

  • Pillows, rolls, and blankets aid in providing comfort and safety.
  • Positions are determined based on the client's medical condition, preferences, or treatment related to an illness.

🛏️ Supine position

Supine positioning: the client lies flat on their back.

  • Pillows or other devices may be used to prevent foot drop.
  • Additional supportive devices, such as pillows under the arms, may be added for comfort.

🛏️ Prone position

Prone positioning: the client lies on their stomach with their head turned to the side.

  • Pillows may be placed under the lower legs to align the feet.
  • Clinical use: Placing clients in the prone position may improve their oxygenation status in certain types of medical disorders, such as COVID-19.

🛏️ Lateral position

Lateral positioning: the client lies on one side of their body with the top leg flexed over the bottom leg.

  • Helps relieve pressure on the coccyx.
  • A pillow may be placed under the top arm for comfort.
  • Clinical use: Often used for pregnant women to prevent inferior vena cava compression and enhance blood flow to the fetus.

🛏️ Sim's position

Sim's positioning: the client is positioned halfway between the supine and prone positions with their legs flexed.

  • A pillow is placed under the top leg.
  • Arms should be comfortably placed beside them, not underneath.
  • Clinical use: Used during some procedures, such as the administration of an enema.

🛏️ Fowler's position

Fowler's positioning: the head of bed is placed at a [angle—excerpt cuts off here].

  • The excerpt does not provide complete information about Fowler's position.
65

Repositioning Clients in Bed

Chapter 11.3 Pain Assessment Methods

🧭 Overview

🧠 One-sentence thesis

Repositioning bedridden clients in various positions maintains body alignment, prevents complications like pressure injuries and contractures, and supports medical treatment goals.

📌 Key points (3–5)

  • Why repositioning matters: maintains body alignment, prevents pressure injuries, foot drop, and contractures; provides comfort for clients with decreased mobility.
  • What affects position choice: the client's medical condition, preferences, or treatment needs determine which position to use.
  • Common confusion: different positions serve different purposes—some relieve pressure (lateral), some improve breathing (Fowler's, tripod), some aid procedures (Sim's), and some promote circulation (Trendelenburg).
  • Safety principle: proper positioning prevents neurological injuries (e.g., from lying on an arm) and requires supportive devices like pillows, rolls, and blankets.
  • Moving clients safely: use proper body mechanics, draw sheets, and assistance to prevent friction, shear, and staff injury.

🛏️ Core positioning concepts

🛏️ Purpose of repositioning

Repositioning a bedridden client maintains body alignment and prevents pressure injuries, foot drop, and contractures.

  • It is not just about comfort; it actively prevents medical complications.
  • Proper positioning also supports clients who have decreased mobility related to a medical condition or treatment.
  • Supportive devices (pillows, rolls, blankets) aid in providing comfort and safety.

⚠️ Safety considerations

  • Neurological injury risk: clients can be inadvertently positioned on their arm, causing nerve damage.
  • Friction and shear: when moving clients, these forces can cause pressure injuries; use draw sheets and proper technique.
  • Agency policy: if a client cannot assist with repositioning, follow policy on lifting devices and mechanical lifts.

🔄 Flat and side-lying positions

🔄 Supine position

In supine positioning, the client lies flat on their back.

  • Purpose: basic resting position.
  • Supportive devices: pillows or other devices may be used to prevent foot drop; pillows under the arms may be added for comfort.
  • Example: a client recovering from surgery may rest supine with a pillow under the calves to keep heels off the bed.

🔄 Prone position

In prone positioning, the client lies on their stomach with their head turned to the side.

  • Purpose: may improve oxygenation status in certain medical disorders, such as COVID-19.
  • Supportive devices: pillows may be placed under the lower legs to align the feet.
  • Don't confuse: prone means face-down, not face-up (which is supine).

🔄 Lateral position

In lateral positioning, the client lies on one side of their body with the top leg flexed over the bottom leg.

  • Purpose: helps relieve pressure on the coccyx (tailbone).
  • Supportive devices: a pillow may be placed under the top arm for comfort.
  • Special use: often used for pregnant women to prevent inferior vena cava compression and enhance blood flow to the fetus.

🔄 Sim's position

In Sim's positioning, the client is positioned halfway between the supine and prone positions with their legs flexed.

  • Key details: a pillow is placed under the top leg; arms should be comfortably placed beside them, not underneath.
  • Purpose: used during some procedures, such as the administration of an enema.
  • Don't confuse: Sim's is halfway between supine and prone, not fully on the side (lateral) or fully face-down (prone).

🫁 Positions for breathing and circulation

🫁 Fowler's position

In Fowler's positioning, the head of bed is placed at a 45- to 90-degree angle.

  • Purpose: promotes lung expansion and improves oxygenation; prevents aspiration in clients while eating or receiving tube feeding.
  • Supportive devices: the bed can be positioned to slightly flex the hips to help prevent the client from migrating downwards in bed.
  • High Fowler's: refers to the bed being at a 90-degree angle.

🫁 Semi-Fowler's position

In Semi-Fowler's positioning, the head of bed is placed at a 30- to 45-degree angle.

  • Purpose: used for the same purposes as Fowler's position (lung expansion, preventing aspiration).
  • Advantage: generally better tolerated over long periods of time because there is less pressure on the coccyx area than with Fowler's and High-Fowler's position.
  • Key detail: the client's hips may or may not be flexed.

🫁 Tripod position

In the tripod position, the client leans forward while sitting with their elbows on their knees or resting on a table.

  • Purpose: enhances lung expansion and air exchange for clients experiencing breathing difficulties.
  • Natural behavior: clients who are feeling short of breath often naturally assume this position.
  • Example: a client with severe shortness of breath may sit on the edge of the bed, leaning forward with elbows on knees.

🫁 Trendelenburg position

In Trendelenburg positioning, the head of the bed is placed lower than the client's feet.

  • Purpose: may be used in certain situations to promote venous return to the head and heart, such as during severe hypotension and medical emergencies.
  • Don't confuse: this is the opposite of Fowler's—head down instead of head up.

🔧 Moving clients safely

🔧 Assessing assistance needs

  • First determine the level of assistance needed to provide optimal client care.
  • Vital principle: prevent friction and shear when moving a client up in bed to prevent pressure injuries.
  • If a client is unable to assist with repositioning, follow agency policy regarding using lifting devices and mechanical lifts.
  • If the client is able to assist and minimal lifting by staff is required, use assistance from another health care professional.

🔧 Steps for moving a client up in bed

StepActionReason
ExplainTell the client what will happen and how they can helpPrepares client and prevents injury
Prepare bedRaise bed to safe working height, apply brakes, position flatProper ergonomics for staff
Protect headPlace pillow at head of bed against headboardPrevents accidentally bumping client's head
Position staffTwo health care professionals stand with feet shoulder width apart between shoulders and hips of clientKeeps heaviest part of client closest to center of gravity; weight shifts from back foot to front foot
Prepare draw sheetFan-fold the draw sheet toward the client with palms facing upProvides a strong grip to move the client
Prepare clientAsk client to tilt head toward chest, fold arms across chest, bend kneesPrevents injury and prepares for move
Use body mechanicsTighten gluteal and abdominal muscles, bend knees, keep back straight and neutral, face direction of movementHelps prevent back injury
MoveOn count of three, gently slide (not lift) client up the bed, shifting weight from back foot to frontSliding reduces friction and shear
FinishReplace pillow, reposition, cover with sheet/blanket, lower bed, raise side rails, ensure call light within reachProvides comfort and safety

🔧 Key body mechanics principles

  • Proper stance: feet shoulder width apart.
  • Proper posture: tighten gluteal and abdominal muscles, bend knees, keep back straight and neutral.
  • Proper movement: face the direction of movement; shift weight from back foot to front foot.
  • Slide, don't lift: gently slide the client up the bed to reduce friction and shear.
  • Don't confuse: lifting increases risk of injury to both staff and client; sliding with a draw sheet is safer.
66

Patient Positioning and Mobility Assistance

Chapter 11.4 Pain Management

🧭 Overview

🧠 One-sentence thesis

Safe patient positioning and mobility assistance require proper body mechanics, assessment for complications like orthostatic hypotension, and appropriate use of assistive devices to prevent injury to both clients and healthcare providers.

📌 Key points (3–5)

  • Positioning techniques: Trendelenburg and tripod positions serve specific clinical purposes (shock management and breathing difficulty respectively).
  • Safety principles: Preventing friction, shear, and pressure injuries requires proper technique, draw sheets, and mechanical lifts when clients cannot assist.
  • Orthostatic complications: Clients moving from lying to sitting/standing may experience vertigo or orthostatic hypotension (20 mm Hg systolic or 10 mm Hg diastolic drop).
  • Common confusion: Don't confuse when to use manual assistance vs. mechanical lifts—clients must be cooperative, weight-bearing, and have good trunk control for manual assistance.
  • Body mechanics: Healthcare providers must maintain straight backs, bent knees, and proper weight distribution to prevent injury during client handling.

🛏️ Therapeutic positioning techniques

🔻 Trendelenburg position

  • Used specifically for medical emergencies.
  • The excerpt references this position but does not provide detailed description of the positioning itself.
  • Purpose: emergency medical situations requiring specific body angle.

🫁 Tripod position

Tripod position: the client leans forward while sitting with their elbows on their knees or resting on a table.

  • When it occurs naturally: Clients feeling short of breath often assume this position automatically.
  • Clinical purpose: Enhances lung expansion and air exchange for clients experiencing breathing difficulties.
  • How to recognize: Client sits leaning forward with elbows supported.
  • Example: A client with respiratory distress may naturally lean forward onto a bedside table to improve breathing.

🔄 Moving clients in bed

🛡️ Safety assessment first

Before moving any client:

  • Determine the level of assistance needed.
  • Follow agency policy for lifting devices and mechanical lifts if the client cannot assist.
  • Prevent friction and shear to avoid pressure injuries.
  • Require at least two healthcare professionals for manual moves.

📋 Step-by-step technique for moving up in bed

StepActionRationale
PreparationExplain procedure; raise bed to safe height; apply brakesClient cooperation and staff safety
PositioningSupine with flat bed; pillow at headboardPrevents head injury during move
Staff placementTwo providers stand between shoulders and hipsKeeps heaviest part closest to center of gravity
Draw sheetFan-fold toward client, palms upProvides strong grip
Client participationHead tilted to chest, arms folded, knees bentPrevents injury and assists movement
Body mechanicsTighten core, bend knees, straight back, face directionPrevents back injury
MovementSlide (not lift) on count of three, shift weight back to frontReduces strain

Don't confuse: Sliding vs. lifting—the excerpt emphasizes "gently slide (not lift)" to reduce injury risk.

🪑 Assisting to seated position

🩺 Why sitting first matters

Vertigo: a sensation of dizziness as if the room is spinning.

Orthostatic hypotension: low blood pressure that occurs when a client changes position from lying to sitting or sitting to standing, causing dizziness, faintness, or light-headedness.

Clinical definition: Orthostatic hypotension = systolic drop of 20 mm Hg or more OR diastolic drop of 10 mm Hg or more within three minutes.

Safety protocol: Always sit the client on the side of the bed for a few minutes with legs dangling before transferring or ambulating.

🔧 Technique for moving to seated

Key steps:

  • Bed in low, locked position.
  • Stand at 45-degree angle facing head of bed, feet apart.
  • Client turns onto side facing provider.
  • One hand supports shoulders/neck; on count of three, client pushes up with elbows.
  • Other hand grasps outer thighs to help slide feet off bed simultaneously.
  • Critical safety rule: Never allow client to place arms around your shoulders—this can cause serious back or neck injuries.

Assessment checkpoint: After sitting, evaluate for orthostatic hypotension or vertigo symptoms before proceeding.

🚶 Ambulation assistance

🎯 Definition and prerequisites

Ambulation: the ability of a client to safely walk independently, with assistance from another person, or with an assistive device (cane, walker, or crutches).

Criteria for manual assistance (all must be met):

  • Client is cooperative
  • Able to bear weight independently
  • Has good trunk control
  • Can transition to standing on their own

Don't confuse: If these criteria are NOT met, mechanical devices (e.g., sit-to-stand lift) must be used instead of manual assistance.

🔐 Gait belt application and use

  • Apply snugly over clothing and around waist per agency policy.
  • Place assistive devices (walker, cane) near bed before starting.
  • Gait belt provides secure grip point for provider support.

👣 Ambulation technique

PhaseProvider actionPurpose
Pre-ambulationAssess for vertigo/orthostatic hypotension while seatedPrevent falls
StandingStand in front, legs outside client's legs; grasp gait belt sides; rock weight backwardsControlled transition to standing
Stability checkWait until client feels stableEnsure readiness
Walking positionMove to unaffected side; grasp gait belt at middle backSupport and fall prevention
Optional supportPlace arm under client's arm, grasp forearm, lock under axillaProvides shoulder support if client starts to fall

Safety principle: Position on the unaffected side so the client's stronger side can compensate if needed.

67

Assisting Client Mobility and Transfers

Chapter 11.5 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Safe client mobility requires proper body mechanics, assessment of the client's ability to bear weight and cooperate, and use of assistive devices or mechanical lifts when criteria for manual assistance are not met.

📌 Key points (3–5)

  • Assessment first: Always evaluate the client's ability to bear weight, cooperate, maintain trunk control, and transition to standing before attempting manual transfers.
  • When to use mechanical lifts: If the client cannot bear weight on both legs, is uncooperative, or lacks trunk control, mechanical devices (sit-to-stand lifts) must be used instead of manual assistance.
  • Gait belt technique: The gait belt is applied snugly around the waist over clothing; nurses grasp the belt (not the client's arms around the nurse's neck) to prevent injury.
  • Common confusion: One-person vs. two-person transfers—a one-person assist requires the client to be cooperative, predictable, able to bear weight on both legs, and able to pivot; otherwise, two-person or mechanical assistance is needed.
  • Fall prevention principle: Never try to catch a falling client; instead, control the descent by lowering them down your leg to the floor while protecting their head.

🛏️ Moving to a seated position

🛏️ Bed positioning and nurse stance

  • Ensure the bed is low and locked.
  • Stand at a 45-degree angle to the head of the bed, feet apart with one foot forward, next to the client's waist.
  • This positioning allows weight shifting from front to back foot during the movement.

🤝 Client participation and support

  • Ask the client to turn onto their side facing you and move closer to the bed edge.
  • Place one hand behind the client's shoulders, supporting the neck and vertebrae.
  • On the count of three, the client uses their elbows to push up and grasps the side rail while you support their shoulders.
  • Do not allow the client to place arms around your shoulders—this can cause serious back or neck injuries.

🦵 Leg positioning

  • With your other hand, gently grasp the client's outer thighs and help slide their feet off the bed.
  • This helps the client sit and move their legs off the bed simultaneously.
  • Bend your knees and keep your back straight and neutral during this action.

⚠️ Orthostatic assessment

  • After sitting, assess for symptoms of orthostatic hypotension or vertigo.
  • If the client experiences dizziness, have them sit and dangle on the edge of the bed until symptoms resolve before transferring or ambulating.

🚶 Ambulation assistance

🚶 Definition and criteria

Ambulation: the ability of a client to safely walk independently, with assistance from another person, or with an assistive device (cane, walker, or crutches).

Client must meet these criteria for manual assistance:

  • Cooperative
  • Able to bear weight on their own
  • Good trunk control
  • Able to transition to standing position independently

If criteria are not met, use mechanical devices like a sit-to-stand lift.

🔒 Gait belt application

  • Apply the gait belt snugly over clothing and around the waist per agency policy.
  • The belt is the primary point of control during ambulation.
  • Place walker or cane near the bed before beginning.

👟 Standing and initial assessment

Steps to assist client to standing:

  • Assist client to sit on the side of the bed; assess for vertigo or orthostatic hypotension before proceeding.
  • Ensure proper footwear (shoes or nonslip socks).
  • Stand in front of the client with your legs on the outside of their legs.
  • Grasp each side of the gait belt, keep back straight and knees bent, then rock your weight backwards while steadying the client into standing.

🚶‍♂️ Walking technique

  • After the client stands and feels stable, move to their unaffected side.
  • Grasp the gait belt in the middle of their back.
  • If needed for stability, place one arm under the client's arm, gently grasp their forearm, and lock your arm firmly under the client's axilla—this position allows you to support at the shoulder if the client starts to fall.
  • Before stepping away from the bed, ask if they feel dizzy or light-headed; if yes, sit them back down until symptoms resolve.
  • Match your steps to the client's; instruct them to look ahead and lift each foot off the ground.
  • Walk only as far as the client can tolerate without dizziness or weakness.
  • Periodically check how they are feeling.

🪑 Early ambulation support

  • In early ambulation situations, a second staff member can follow behind with a wheeled walker or wheelchair in case the client needs to sit while walking.

📝 Returning to bed or chair

  • Have the client stand with the back of their knees touching the bed or chair.
  • Grasp the gait belt and assist as they lower into sitting, keeping your back straight and knees bent.
  • Remove the gait belt.
  • If returning to bed: place bed in lowest position, raise side rails as indicated, ensure call light is within reach, cover with sheet or blanket.
  • Document the distance of ambulation and the client's tolerance.

♿ Bed-to-wheelchair transfers

♿ Transfer criteria

A client must be:

  • Cooperative and predictable
  • Able to bear weight on both legs
  • Able to take small steps and pivot

If any criteria are not met, use a two-person transfer or mechanical lift.

Always complete a mobility assessment and check provider's or physical therapist's orders before transferring.

🔄 Transfer procedure

Step-by-step process:

  1. Preparation

    • Explain what will happen and how the client can help.
    • Ensure proper footwear is in place.
    • Lower the bed to a 45-degree angle.
    • Place the wheelchair next to the bed and apply brakes.
    • If the client has weakness on one side, place the wheelchair on their strong side.
  2. Seated position

    • Assist the client to a seated position on the side of the bed with feet on the floor.
    • Apply the gait belt snugly around their waist.
  3. Standing

    • Place your legs on the outside of their legs.
    • Ask them to place their hands on your waist as they raise themselves into standing.
    • Do not lift the client—if additional assistance is required, obtain a mechanical lift.
    • Do not allow them to put their arms around your neck (can cause neck or back injury).
    • Stay close to the client to keep their weight close to your center of gravity.
  4. Pivot and sit

    • Once standing, ask the client to pivot and take a few steps back until they feel the wheelchair on the back of their legs.
    • Have the client grasp the arm of the wheelchair and lean forward slightly.
    • Assist the client to lower themselves while shifting your weight from back leg to front leg with knees bent, trunk straight, and elbows slightly bent.
    • Allow the client to slowly lower themselves using the armrests for support.

🎯 Key safety principles

  • Do not lift the client—they should raise themselves with your support.
  • Keep the client's weight close to your center of gravity.
  • Use proper body mechanics: bent knees, straight back, weight shifting.
  • Never allow the client to put arms around your neck.

🆘 Lowering a falling client

🆘 Core principle

Do not attempt to stop the fall or catch the client—this can cause back injury to the nurse. Instead, control the fall by lowering the client to the floor.

🛡️ Controlled descent technique

If a client starts to fall while you are close by:

  • Move behind the client and take one step back.
  • Support the client around the waist or hip area, or grab the gait belt.
  • Bend one leg and place it between the client's legs.
  • Slowly slide the client down your leg, lowering yourself to the floor at the same time.
  • Always protect their head first.

📋 Post-fall protocol

  • Once the client is on the floor, assess for injuries before moving them.
  • Assess the client's need for assistance to get off the floor.
  • If the client is unable to get up off the floor, use a mechanical lift.
  • Complete an incident report and follow up according to agency policy.

⚠️ Don't confuse

  • Catching vs. controlling: Trying to catch a falling client can injure both parties; controlling the descent protects both the client (especially the head) and the nurse's back.
68

Safe Client Transfer and Fall Prevention

Chapter 12.1 Sleep & Rest Introduction

🧭 Overview

🧠 One-sentence thesis

Safe client transfers require careful assessment of the client's ability to cooperate and bear weight, proper technique using assistive devices like gait belts, and proactive fall prevention strategies to protect both clients and healthcare workers from injury.

📌 Key points (3–5)

  • Transfer safety criteria: Client must be cooperative, predictable, able to bear weight on both legs, and able to take small steps and pivot for a one-person transfer.
  • Proper transfer technique: Use gait belts, position yourself correctly, keep client's weight close to your center of gravity, and never allow clients to put arms around your neck.
  • Fall response protocol: If a client begins to fall, do not try to stop it—instead control the fall by lowering them down your leg while protecting their head first.
  • Common confusion: When to use one-person vs. two-person transfer or mechanical lift—if any safety criteria are not met, escalate to more assistance.
  • Fall prevention is key: Assess all clients for fall risk factors, implement precautions per agency policy, and address modifiable risks like dizziness, weakness, and environmental hazards.

🔍 Transfer safety assessment

🔍 Pre-transfer criteria

Before attempting any transfer, nurses must verify specific client capabilities:

A client must be cooperative and predictable, able to bear weight on both legs, and able to take small steps and pivot to safely transfer with a one-person assist.

  • What this means: All four criteria must be present simultaneously.
  • If any criterion is missing: Use a two-person transfer or mechanical lift instead.
  • Why it matters: Attempting a one-person transfer without meeting all criteria risks injury to both client and nurse.
  • Don't confuse: "Able to bear weight" does not mean full strength—it means the client can support themselves on both legs during the pivot.

📋 Required assessments

  • Complete a mobility assessment before every transfer.
  • Check provider's or physical therapist's orders.
  • Assess which side is stronger if the client has one-sided weakness (place wheelchair on the strong side).

🦺 Proper transfer technique

🦺 Bed-to-wheelchair transfer steps

The excerpt outlines a systematic approach:

  1. Preparation phase:

    • Explain the procedure to the client and how they can help.
    • Ensure proper footwear is in place.
    • Lower bed to 45-degree angle.
    • Position wheelchair next to bed and apply brakes.
  2. Positioning phase:

    • Assist client to seated position on side of bed with feet on floor.
    • Apply gait belt snugly around their waist.
  3. Standing phase:

    • Place your legs on the outside of their legs.
    • Ask them to place hands on your waist (not your neck).
    • Client raises themselves to standing—do not lift them.
  4. Pivot and sit phase:

    • Stay close to keep client's weight near your center of gravity.
    • Client pivots and takes steps back until feeling wheelchair behind legs.
    • Client grasps wheelchair arm and leans forward slightly.
    • Assist client to lower themselves while shifting your weight from back leg to front leg.

⚠️ Critical safety points

  • Never allow neck contact: Do not let clients put arms around your neck—this can cause neck or back injury to the nurse.
  • Do not lift: If additional assistance is required, obtain a mechanical lift such as a sit-to-stand device.
  • Body mechanics: Keep knees bent, trunk straight, elbows slightly bent, and client's weight close to your center of gravity.

🛡️ Fall response protocol

🛡️ Lowering a client to the floor

If a client begins to fall from a standing position, do not attempt to stop the fall or catch the client because this can cause back injury.

Proper technique when a fall begins:

  • Move behind the client and take one step back.
  • Support the client around the waist/hip area or grab the gait belt.
  • Bend one leg and place it between the client's legs.
  • Slowly slide the client down your leg while lowering yourself to the floor simultaneously.
  • Always protect their head first.

🩺 Post-fall assessment

  • Once on the floor, assess the client for injuries before moving them.
  • Assess the client's ability to get up.
  • If unable to get up, use a mechanical lift—do not attempt manual lifting.
  • Complete an incident report and follow agency policy.

🚨 Prevention during activity

  • If a client feels dizzy while ambulating or transferring, assist them to sit on a chair or floor to avoid a fall.
  • The head is the most important body part to protect.
  • After a fall, if the client remains weak or dizzy, do not attempt ambulation—ask for assistance to transfer to chair or bed.

🎯 Fall prevention strategies

🎯 High-risk populations

Older adults face increased fall risk due to:

  • Impaired mental status
  • Decreased strength
  • Impaired balance and mobility
  • Decreased sensory perception

🎯 Additional risk factors

Risk CategorySpecific Factors
PhysicalGait problems, generalized weakness, visual problems
MedicalUrinary frequency, cognitive impairments
Medication-relatedMedications causing hypotension or drowsiness

🎯 Potential consequences

Falls can cause:

  • Head injuries
  • Fractures
  • Lacerations
  • Other injuries

📋 Nursing responsibilities

  • Identify, manage, and eliminate potential fall hazards.
  • Assess all clients for fall risk factors.
  • Implement necessary fall precautions per agency policy.
  • In the event of a fall: seek help, stay with the client until assistance arrives, follow agency policy for reporting/assessing/documenting.

🔧 Equipment and assistive devices

🔧 Gait belt use

  • Apply snugly around the client's waist before transfer.
  • Use to support client around waist/hip area during transfer.
  • Can be grabbed to control a fall if one begins.

🔧 Wheelchair positioning

  • Place next to the bed before transfer.
  • Apply wheelchair brakes before beginning transfer.
  • Position on client's strong side if they have one-sided weakness.

🔧 Mechanical lifts

When to use:

  • Client does not meet all four criteria for one-person transfer.
  • Additional assistance is needed beyond one person.
  • Client is unable to get up from the floor after a fall.
  • Example: sit-to-stand device.
69

Safe Client Transfer Techniques

Chapter 12.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Safe client transfers require careful assessment, proper technique, and the use of assistive devices or additional personnel when the client cannot meet specific mobility criteria.

📌 Key points (3–5)

  • Pre-transfer assessment is mandatory: Always complete a mobility assessment and check provider or physical therapist orders before transferring clients.
  • Clear criteria determine transfer method: The client must be cooperative, predictable, able to bear weight on both legs, and able to take small steps and pivot for a one-person assist; otherwise, use a two-person transfer or mechanical lift.
  • Proper body mechanics protect both parties: Keep the client's weight close to your center of gravity, use your legs (not your back), and never allow the client to put arms around your neck.
  • Common confusion: Do not attempt to catch or stop a falling client—instead, control the fall by lowering them to the floor to prevent caregiver injury.
  • Equipment matters: Gait belts, proper footwear, wheelchair brakes, and mechanical lifts are essential safety tools.

🔍 Pre-transfer assessment and criteria

🔍 When one-person assist is safe

The excerpt lists four specific criteria that must all be met:

  • The client must be cooperative and predictable
  • The client must be able to bear weight on both legs
  • The client must be able to take small steps and pivot
  • The client must be able to transfer safely with a one-person assist

If any of these criteria are not met, a two-person transfer or mechanical lift is recommended.

📋 Required checks before transfer

  • Complete a mobility assessment
  • Check the provider's or physical therapist's orders
  • These steps must happen prior to transferring clients

Example: If a client has weakness on one side or cannot bear weight on both legs, the assessment will indicate the need for a mechanical lift rather than a one-person assist.

🛏️ Bed-to-wheelchair transfer procedure

🛏️ Preparation phase

  • Explain to the client what will happen and how they can help
  • Ensure proper footwear is in place
  • Lower the bed to a 45-degree angle
  • Place the wheelchair next to the bed and apply the wheelchair brakes
  • If the client has weakness on one side, place the wheelchair on their strong side

🪢 Gait belt application and positioning

  • Assist the client to a seated position on the side of the bed with their feet on the floor
  • Apply the gait belt snugly around their waist
  • Place your legs on the outside of their legs
  • Ask them to place their hands on your waist as they raise themselves into a standing position

Critical safety rule:

  • Do not lift the client—if additional assistance is required, obtain a mechanical lift (such as a sit-to-stand device)
  • Do not allow them to put their arms around your neck because this can cause neck or back injury

🔄 Pivoting and lowering

  • Stay close to the client during the transfer to keep the client's weight close to your center of gravity
  • Once standing, ask the client to pivot and then take a few steps back until they can feel the wheelchair on the back of their legs
  • Have the client grasp the arm of the wheelchair and lean forward slightly
  • Assist the client to lower themselves while shifting your weight from your back leg to the front leg with your knees bent, trunk straight, and elbows slightly bent
  • Allow the client to slowly lower themselves into the wheelchair using the armrests for support

🚨 Managing a fall

🚨 What NOT to do

Do not attempt to stop the fall or catch the client because this can cause back injury.

  • The excerpt emphasizes that trying to catch a falling client risks caregiver injury, especially to the back.

🚨 Proper fall-control technique

If a client starts to fall and you are close by:

  1. Move behind the client and take one step back
  2. Support the client around the waist or hip area or grab the gait belt
  3. Bend one leg and place it between the client's legs
  4. Slowly slide the client down your leg, lowering yourself to the floor at the same time
  5. Always protect their head first

🩺 Post-fall protocol

  • Once the client is on the floor, assess the client for injuries prior to moving them
  • Assess the client's need for assistance to get off the floor
  • If the client is unable to get up off the floor, use a mechanical lift
  • Complete an incident report and follow up according to policy

Don't confuse: Lowering a client to the floor is not the same as preventing a fall—it is a controlled descent to minimize injury when a fall is already in progress.

70

Applying the Nursing Process: Safe Client Transfers

Chapter 12.3 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Safe client transfers require careful assessment of the client's abilities, proper technique to protect both client and nurse, and readiness to control falls rather than prevent them when they occur.

📌 Key points (3–5)

  • Pre-transfer assessment is mandatory: check mobility criteria, provider/physical therapist orders, and client cooperation before attempting a one-person transfer.
  • One-person vs. two-person/mechanical lift: a client must be cooperative, weight-bearing on both legs, and able to pivot; if not, use two people or a mechanical lift.
  • Proper body mechanics protect the nurse: keep the client's weight close to your center of gravity, use your legs (not your back), and never let the client put arms around your neck.
  • Common confusion—stopping vs. controlling a fall: do not try to catch or stop a falling client (risk of back injury); instead, lower them to the floor in a controlled manner.
  • Gait belt and positioning: apply the belt snugly, position the wheelchair on the client's strong side if they have one-sided weakness, and use the belt to guide (not lift) the client.

🛡️ Pre-transfer safety assessment

🛡️ Criteria for one-person transfer

A one-person assist is safe only when the client meets all of these criteria:

  • Cooperative and predictable
  • Able to bear weight on both legs
  • Able to take small steps and pivot

If any of these criteria are not met, a two-person transfer or mechanical lift is recommended.

📋 Required checks before transferring

  • Complete a mobility assessment.
  • Check the provider's or physical therapist's orders.
  • Ensure proper footwear is in place.

Don't confuse: "able to bear weight" does not mean the client can stand independently—it means they can support their own weight during the pivot and lowering phases with your guidance.

🚶 Step-by-step bed-to-wheelchair transfer

🗣️ Preparation and positioning

  1. Explain the procedure to the client and how they can help.
  2. Lower the bed to a 45-degree angle.
  3. Place the wheelchair next to the bed and apply the brakes.
    • If the client has one-sided weakness, place the wheelchair on their strong side.

🪑 Moving to seated position

  • Assist the client to sit on the side of the bed with feet on the floor.
  • Apply the gait belt snugly around their waist.

🧍 Standing and pivoting

  • Place your legs on the outside of the client's legs.
  • Ask the client to place their hands on your waist (not around your neck).
  • The client raises themselves to standing—do not lift the client.
  • If additional assistance is needed, obtain a mechanical lift (e.g., sit-to-stand device).

Why this matters: Allowing the client to put arms around your neck can cause neck or back injury to the nurse.

🔄 Pivot and lower into wheelchair

  • Stay close to the client to keep their weight near your center of gravity.
  • Once standing, ask the client to pivot and take a few steps back until they feel the wheelchair on the back of their legs.
  • Have the client grasp the wheelchair arm and lean forward slightly.
  • Assist the client to lower themselves while you shift your weight from back leg to front leg, with:
    • Knees bent
    • Trunk straight
    • Elbows slightly bent
  • The client uses the armrests for support as they lower into the chair.

🚨 Controlling a fall

🚨 What NOT to do

Do not attempt to stop the fall or catch the client because this can cause back injury.

🛟 How to lower a falling client safely

If a client begins to fall from a standing position:

  1. Move behind the client and take one step back.
  2. Support the client around the waist or hip area, or grab the gait belt.
  3. Bend one leg and place it between the client's legs.
  4. Slowly slide the client down your leg, lowering yourself to the floor at the same time.
  5. Always protect their head first.

🩺 After the fall

  • Assess the client for injuries before moving them.
  • Assess the client's ability to get up off the floor.
  • If the client cannot get up, use a mechanical lift.
  • Complete an incident report and follow up according to policy.

Example: A client starts to lose balance during a transfer. Instead of trying to hold them upright (which risks your back), you step behind them, grab the gait belt, bend your knee between their legs, and guide them down your leg to the floor while protecting their head.

🧰 Key equipment and body mechanics

🧰 Gait belt use

PurposeHow to use
Guide and supportApply snugly around the client's waist; use to control movement, not to lift
Fall controlGrab the belt to support the client during a controlled descent

⚖️ Body mechanics principles

  • Center of gravity: keep the client's weight close to your own center of gravity throughout the transfer.
  • Leg strength: shift weight from back leg to front leg with knees bent (use legs, not back).
  • Trunk position: keep trunk straight, elbows slightly bent.
  • No neck strain: never allow the client to put arms around your neck.

Don't confuse: "assisting" does not mean "lifting"—the client should do the work of raising and lowering themselves; you provide stability and guidance.

71

Assisting Client Transfers and Fall Prevention

Chapter 13.1 Mobility Introduction

🧭 Overview

🧠 One-sentence thesis

Safe client transfers require careful assessment, proper technique to protect both client and caregiver, and proactive fall prevention strategies tailored to individual risk factors.

📌 Key points (3–5)

  • When one-person transfer is safe: client must be cooperative, predictable, weight-bearing on both legs, and able to take small steps and pivot.
  • Core transfer principle: keep the client's weight close to your center of gravity; never lift the client or allow them to put arms around your neck.
  • Handling a fall in progress: do not try to stop or catch the client; instead, control the fall by lowering them down your leg to the floor while protecting the head first.
  • Common confusion: after a fall, always assess for injuries before moving the client—do not attempt to ambulate if they remain weak or dizzy.
  • Fall prevention focus: identify and manage risk factors (impaired balance, medications causing hypotension/drowsiness, visual problems, cognitive impairments) and implement fall precautions per agency policy.

🛡️ Safe transfer criteria and preparation

✅ When a one-person transfer is appropriate

The excerpt lists four mandatory criteria for a one-person assisted transfer:

  • Client must be cooperative and predictable
  • Able to bear weight on both legs
  • Able to take small steps and pivot
  • If any criterion is not met, use a two-person transfer or mechanical lift instead

Why this matters: attempting a one-person transfer without meeting all criteria risks injury to both client and caregiver.

📋 Pre-transfer assessment

  • Always complete a mobility assessment before transferring
  • Check the provider's or physical therapist's orders
  • Ensure proper footwear is in place
  • Position the wheelchair on the client's strong side if they have one-sided weakness

🔄 Step-by-step transfer from bed to wheelchair

🗣️ Communication and positioning

  • Explain what will happen and how the client can help
  • Lower the bed to a 45-degree angle
  • Place the wheelchair next to the bed and apply brakes
  • Assist the client to a seated position on the side of the bed with feet on the floor

🎽 Using the gait belt safely

A gait belt is applied snugly around the client's waist to provide a secure grip point during transfer.

  • Apply the gait belt snugly around the waist
  • Place your legs on the outside of the client's legs
  • Ask the client to place hands on your waist (not around your neck)
  • Do not lift the client—they should raise themselves; if additional help is needed, obtain a mechanical lift

Don't confuse: the gait belt is for stabilization and guidance, not for lifting the client's full weight.

🚶 Standing, pivoting, and lowering

PhaseTechniqueKey safety point
StandingClient raises themselves with hands on your waistStay close to keep client's weight near your center of gravity
PivotingClient takes a few steps back until they feel the wheelchairAsk client to pivot, not twist suddenly
LoweringClient grasps wheelchair arm, leans forward slightlyShift your weight from back leg to front leg; bend knees, keep trunk straight, elbows slightly bent
  • Allow the client to slowly lower themselves using the armrests for support
  • The caregiver guides and stabilizes but does not bear the full weight

🆘 Responding to falls

🛑 Controlling a fall in progress

If a client begins to fall from a standing position:

  • Do not attempt to stop the fall or catch the client (can cause back injury to caregiver)
  • Instead, control the fall by lowering them to the floor

Technique:

  • Move behind the client and take one step back
  • Support the client around the waist or hip area or grab the gait belt
  • Bend one leg and place it between the client's legs
  • Slowly slide the client down your leg, lowering yourself to the floor at the same time
  • Always protect the head first

🩺 Post-fall assessment and response

  • Once the client is on the floor, assess for injuries before moving them
  • Assess the client's need for assistance to get off the floor
  • If the client is unable to get up, use a mechanical lift
  • Complete an incident report and follow up according to client condition and agency policy

Don't confuse: even if the client seems fine, always assess before attempting to move or ambulate them again.

🚨 Fall prevention strategies

🔍 Identifying fall risk factors

The excerpt identifies multiple risk factors that increase fall risk:

CategorySpecific risk factors
PhysicalImpaired balance and mobility, decreased strength, gait problems, generalized weakness
SensoryDecreased sensory perception, visual problems
CognitiveImpaired mental status, cognitive impairments
MedicalUrinary frequency, medications causing hypotension or drowsiness
DemographicOlder adults are at increased risk

🛡️ Proactive prevention measures

  • Assess all clients for fall risk factors
  • Implement fall precautions per agency policy
  • If a client feels dizzy while ambulating or transferring, assist them to sit on a chair or floor to avoid a fall
  • Protect the head as much as possible—it is the most important part of the body
  • In the event of a fall, seek help and stay with the client until assistance arrives

📝 Documentation and follow-up

  • Follow agency policy for reporting, assessing, and documenting falls
  • If the client remains weak or dizzy after a fall, do not attempt to ambulate; ask for assistance to transfer to a chair or bed

Why it matters: falls can cause head injuries, fractures, lacerations, and other serious injuries—prevention is key to client safety.

72

Safe Client Transfer and Fall Prevention

Chapter 13.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Safe client transfers require careful assessment of the client's abilities and proper technique to prevent falls and injuries to both clients and healthcare workers.

📌 Key points (3–5)

  • Transfer criteria: Clients must be cooperative, predictable, weight-bearing on both legs, and able to take small steps and pivot for a one-person transfer; otherwise, two-person or mechanical lift is needed.
  • Gait belt and positioning: Use a gait belt snugly around the waist, position legs outside the client's legs, and keep the client's weight close to your center of gravity during transfers.
  • Fall response: Do not try to stop or catch a falling client; instead, control the fall by lowering them down your leg to the floor while protecting their head first.
  • Common confusion: When to use one-person vs. two-person assist—if any safety criteria are not met (cooperation, weight-bearing, stepping, pivoting), escalate to two-person or mechanical lift.
  • Fall prevention focus: Assess all clients for fall risk factors (impaired mental status, decreased strength, balance issues, medications causing hypotension/drowsiness) and implement precautions per agency policy.

🚶 Transfer procedures

🚶 Bed-to-wheelchair transfer steps

The excerpt outlines a systematic process for moving a client from bed to wheelchair:

  • Preparation phase: Explain the procedure, ensure proper footwear, lower bed to 45 degrees, place wheelchair next to bed with brakes applied (on the client's strong side if they have one-sided weakness).
  • Positioning: Assist client to seated position on bed edge with feet on floor, apply gait belt snugly around waist.
  • Standing and pivoting: Place your legs outside the client's legs, have them place hands on your waist (never around your neck to avoid injury), ask them to raise themselves to standing, then pivot and step back until they feel the wheelchair.
  • Lowering into chair: Client grasps wheelchair arm and leans forward slightly, then lowers themselves using armrests while you shift weight from back leg to front leg with knees bent and trunk straight.

Important safety rule: Do not lift the client. If additional assistance is required, obtain a mechanical lift such as a sit-to-stand device.

🔍 When to use mechanical assistance

The excerpt emphasizes clear criteria for safe one-person transfers:

CriterionWhat it meansIf not met
CooperativeClient understands and follows instructionsUse two-person or mechanical lift
PredictableClient's responses are consistentUse two-person or mechanical lift
Weight-bearingCan bear weight on both legsUse two-person or mechanical lift
Small steps and pivotCan take small steps and turnUse two-person or mechanical lift

Don't confuse: "Needing some help" vs. "meeting all criteria"—even if a client seems mostly capable, if any criterion is not met, escalate the level of assistance.

⚖️ Body mechanics during transfer

  • Stay close: Keep the client's weight close to your center of gravity throughout the transfer.
  • Leg positioning: Your legs go on the outside of the client's legs for stability.
  • Weight shifting: Shift weight from back leg to front leg with knees bent, trunk straight, and elbows slightly bent.
  • Never allow: Client putting arms around your neck—this can cause neck or back injury to the healthcare worker.

🛑 Fall management

🛑 Lowering a falling client

If a client begins to fall from standing position, the excerpt provides specific instructions:

Do not attempt to stop the fall or catch the client because this can cause back injury.

Instead, control the fall:

  • Move behind the client and take one step back.
  • Support the client around the waist/hip area or grab the gait belt.
  • Bend one leg and place it between the client's legs.
  • Slowly slide the client down your leg, lowering yourself to the floor at the same time.
  • Always protect their head first.

After the fall:

  • Assess the client for injuries before moving them.
  • Assess their ability to get up; if unable, use a mechanical lift.
  • Complete an incident report and follow agency policy.

Example: A client becomes dizzy while walking to the bathroom. Rather than trying to hold them upright (risking your own back injury), you position yourself behind them, support them with the gait belt, and guide them down your bent leg to the floor while protecting their head.

🩺 Fall prevention strategies

Key principle: Fall prevention is more important than fall response.

  • If dizziness occurs: Assist the client to sit on a chair or floor to avoid a fall.
  • Priority protection: The head is the most important body part—protect it as much as possible.
  • After a fall: Stay with the client, seek help, assess for injuries before moving, and do not attempt ambulation if weakness or dizziness persists.

🎯 Fall risk factors

The excerpt identifies multiple factors that increase fall risk:

CategorySpecific factors
Age-relatedImpaired mental status, decreased strength, impaired balance and mobility, decreased sensory perception
PhysicalGait problems, visual problems, urinary frequency, generalized weakness, cognitive impairments
Medication-relatedMedications causing hypotension or drowsiness

Consequences: Falls can cause head injuries, fractures, lacerations, and other injuries.

Assessment requirement: All clients should be assessed for fall risk factors and have necessary fall precautions implemented per agency policy.

📋 Assessment and documentation

📋 Pre-transfer assessment

Before transferring any client:

  • Complete a mobility assessment.
  • Check the provider's or physical therapist's orders.
  • Verify the client meets all four criteria (cooperative, predictable, weight-bearing, able to step and pivot).

Don't confuse: Checking orders vs. assessing current status—both are required; orders may be outdated if the client's condition has changed.

📋 Post-incident procedures

After any fall or near-fall:

  • Assess the client for injuries prior to moving them.
  • Assess their need for assistance to get off the floor.
  • Complete an incident report.
  • Follow up according to client's condition and agency policy.

Example: A client falls in the hallway. You stay with them, call for help, assess for injuries (checking for pain, deformity, bleeding), and document the circumstances, assessment findings, and interventions in an incident report.

73

Applying the Nursing Process to Mobility

Chapter 13.3 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Nurses use the nursing process—assessment, diagnosis, planning, implementation, and evaluation—to systematically address mobility impairments and prevent complications of immobility across the lifespan.

📌 Key points (3–5)

  • Assessment sequence: Begin with musculoskeletal assessment (muscle strength, coordination), then progress mobility skills from bed mobility to independent walking; also perform head-to-toe assessment for immobility complications.
  • Common diagnosis: Impaired Physical Mobility is defined as limitation in independent, purposeful movement of the body or extremities.
  • Mobilize early: The primary intervention is to mobilize clients as soon as possible and to the fullest extent their condition allows, to prevent complications.
  • Common confusion: Pain and fear of falling are major deterrents to mobility—address these barriers proactively with pain management and fall precautions.
  • Lifespan considerations: Older adults are at highest risk for immobility and functional decline during hospitalization; evidence-based practice recommends keeping older adults active rather than confined to bed or chair.

🔍 Assessment strategies

🦴 Musculoskeletal and mobility assessment

Begin by assessing muscle strength and then coordination, and then assess mobility skills in the following order: mobility in bed, dangling on the bed with supported and then unsupported sitting, weight-bearing while transferring from sitting to standing or to a chair, standing, walking with assistance, and walking independently.

  • This progression moves from least to most demanding mobility tasks.
  • The sequence helps identify the client's current functional level and safe starting point for mobilization.

🫀 Head-to-toe assessment for immobility effects

Because immobility affects multiple body systems, assess:

SystemWhat to assessWhy
CardiovascularBlood pressure, heart sounds, pulses, capillary refill, edema, DVT signsImmobility increases clot risk
RespiratoryRate, oxygen saturation, lung sounds, chest movement, effortRisk of atelectasis and pneumonia
GastrointestinalDistension, bowel sounds, tenderness, last bowel movement, stool patternsConstipation is common with immobility
UrinarySuprapubic distention/tenderness, intake/output, dysuria, urgency, frequency, incontinenceUrinary retention can occur

👶 Lifespan assessment considerations

  • Infants and children: Assess developmental milestones (rolling, sitting, crawling, walking); educate parents about injury prevention (helmets, knee pads).
  • Teenagers and adults: Educate about effects of alcohol and drugs on balance and driving safety.
  • Older adults: Assess for conditions causing immobility (osteoarthritis, orthostatic hypotension, inner ear dysfunction, osteoporosis, stroke, Parkinson's disease).
  • Hospitalized older adults: The American Academy of Nursing (2014) recommends "Don't let older adults lie in bed or only get up to a chair during their hospital stay" to prevent functional decline.

🏷️ Nursing diagnosis and outcomes

🏷️ Impaired Physical Mobility

Definition: Limitation in independent, purposeful movement of the body or of one or more extremities.

Selected defining characteristics:

  • Altered gait
  • Decreased fine motor skills
  • Decreased gross motor skills
  • Decreased range of motion
  • Prolonged reaction time
  • Difficulty turning
  • Postural instability
  • Uncoordinated or slow movement

Sample PES format: "Impaired Physical Mobility related to decrease in muscle strength as evidenced by slow movement and alteration in gait."

🎯 Goal and outcome setting

  • Overall goal example: "The client will participate in activities of daily living to the fullest extent possible for their condition."
  • SMART outcome example: "The client will demonstrate appropriate use of adaptive equipment (e.g., a walker) for safe ambulation by the end of the shift."
  • Outcomes should be specific, measurable, achievable, relevant, and time-bound.

🛠️ Planning and implementing interventions

🚶 Mobilization interventions

  • Mobilize as soon as possible: Timing depends on the client's condition and procedures performed.
    • Example: A client after cardiac catheterization may mobilize within hours; a client after total knee arthroplasty may begin mobilizing 24 hours post-surgery.
  • Encourage independence: Have clients perform ADLs as independently as possible and participate in prescribed physical therapy.
  • Range-of-motion exercises: Encourage or perform active or passive ROM exercises as prescribed by the physical therapist.

💊 Addressing barriers to mobility

Pain management:

  • Monitor pain using a valid pain intensity rating scale.
  • Administer medications for anticipated pain prior to physical therapy sessions.
  • Use nonpharmacologic measures: repositioning, splinting, heat/cold application.
  • Encourage rest between activities.

Fall prevention:

  • Educate about appropriate use of assistive devices.
  • Implement fall precautions per agency policy.
  • Don't confuse: Pain and fear of falling are major deterrents to willingness to ambulate—address these proactively, not reactively.

🫁 Respiratory interventions for immobile clients

  • Encourage adequate fluid intake to liquefy pulmonary secretions.
  • Teach deep breathing and coughing exercises to prevent atelectasis.
  • Monitor oxygenation levels; provide supplemental oxygen as prescribed, especially during ambulation.

🛏️ Interventions for bed-bound clients

  • Elevate head of bed 30–45 degrees to promote lung expansion (unless contraindicated).
  • Turn and reposition every two hours.
  • Perform hourly rounding to check needs and prevent falls.
  • Protect skin to minimize breakdown risk.
  • Advocate for devices to prevent contractures as needed.

⚙️ Implementation considerations

📋 Pre-activity assessment

Before implementing mobility interventions:

  • Review current orders regarding assistance level and weight-bearing status.
  • Use tools like the Banner Mobility Assessment Tool to determine current mobility status and safe handling needs.
  • Assess the client's current condition (not just the standing order).

🩺 Monitoring during activity

Orthostatic hypotension screening:

Orthostatic hypotension is defined as a drop in systolic blood pressure of 20 mmHg or more or in diastolic blood pressure of 10 mmHg or more after three minutes of standing.

  • If suspected, measure vital signs while the client is supine, sitting, and standing before encouraging ambulation.
  • Monitor for signs of vertigo and orthostatic hypotension; assist client to sitting or lying position if they occur.

Vital signs and response monitoring:

  • Monitor vital signs before, during, and after physical activity.
  • Document the client's response: heart rate, blood pressure, dyspnea, skin color.
  • Institute appropriate fall prevention strategies as indicated.

✅ Evaluation

📊 Progress assessment

  • Determine the client's progress toward specific SMART outcomes.
  • Encourage client participation in setting realistic mobility goals.
  • Modify goals as needed for safety.

Example from the case study:

  • Initial outcome: "Mrs. Howard will ambulate 50 feet in the hallway within 24 hours."
  • Evaluation: Within 24 hours, Mrs. Howard successfully ambulated 50 feet while maintaining oxygen saturation ≥90%. SMART outcomes were "met."
  • Revised outcome: "Mrs. Howard will ambulate 100 feet in the hallway within 24 hours."

This demonstrates the cyclical nature of the nursing process—evaluation leads to new planning and goal-setting.

74

Nutrition Introduction

Chapter 14.1 Nutrition Introduction

🧭 Overview

🧠 One-sentence thesis

Nurses play a critical role in promoting healthy nutrition to prevent disease, support recovery from illness, and help clients manage chronic conditions through appropriate dietary interventions.

📌 Key points (3–5)

  • Core nursing role: Nurses promote healthy nutrition across the continuum—prevention, recovery, and chronic disease management.
  • Why nutrition matters: Healthy eating prevents obesity and chronic diseases like diabetes and cardiovascular disease; staying healthy is easier than recovering health after disease develops.
  • Advocacy and assessment: Nurses identify nutritional risk factors (e.g., swallowing difficulties, psychosocial barriers) and advocate for appropriate interventions and referrals.
  • Multiple nutrition delivery methods: Nurses manage not only regular diets but also alternative nutrition forms like enteral (tube) feedings and parenteral (intravenous) feedings.
  • Common confusion: Nutrition nursing isn't just about meal trays—it includes recognizing subtle cues (like difficulty swallowing), teaching disease-specific diets, and addressing home environment barriers.

🏥 Nursing roles in nutrition across health states

🛡️ Prevention: keeping clients healthy

  • Nurses proactively encourage healthy eating habits to prevent disease before it starts.
  • The excerpt emphasizes that "it is easier to stay healthy than to become healthy after disease sets in."
  • Example: Teaching a healthy client about balanced nutrition to avoid future obesity or diabetes.

🩺 Recovery: supporting healing

  • During illness or after surgery, nurses use strategies to promote good nutrition even when clients face challenges like poor appetite or nausea.
  • The goal is to support the body's healing processes through adequate nutrient intake.

🔄 Chronic disease management: therapeutic diets

  • Nurses educate clients about prescribed diets tailored to specific conditions:
    • Low carbohydrate diet for diabetes management
    • Low fat, low salt, low cholesterol diet for cardiovascular disease
  • These diets help clients optimally manage their chronic conditions through food choices.

🔍 Identifying and addressing nutritional risks

👁️ Clinical observation and early detection

  • Nurses may be the first to notice signs of nutritional problems during routine care.
  • Example: A nurse observes a client having difficulty swallowing at mealtime and advocates for a swallow study to prevent aspiration.
  • Early identification prevents complications and supports timely intervention.

🏠 Psychosocial risk factors

  • Nurses assess conditions beyond the clinical setting that can affect nutrition.
  • The excerpt mentions "psychosocial risk factors that place a client at risk for poor nutrition in their home environment."
  • Nurses make appropriate referrals to enhance nutritional status when home barriers exist.
  • Don't confuse: Nutritional deficits aren't always about medical conditions—social, economic, or environmental factors in the home can be equally important.

💉 Alternative nutrition delivery methods

🔧 When standard eating isn't possible

Nurses administer nutrition through alternative routes when clients cannot eat normally:

MethodDescriptionWhen used
Enteral feedingsTube feedingsWhen clients cannot swallow safely or eat enough by mouth
Parenteral feedingsIntravenous nutritionWhen the digestive system cannot be used
  • These methods require specialized nursing knowledge and skills.
  • The nurse's role includes administration, monitoring, and preventing complications.

📚 Chapter scope and structure

🗺️ What this chapter covers

The chapter will review:

  • Basic information about the digestive system
  • Essential nutrients
  • Nutritional guidelines
  • Application of the nursing process to address clients' nutritional status

🎯 Learning focus areas

The excerpt lists specific learning objectives including:

  • Describing risk factors for nutritional deficiencies
  • Identifying cues related to nutrition balance
  • Recognizing diagnostic tests and lab values for nutrition, fluid, and electrolyte disturbances
  • Identifying essential nutrients and supplements
  • Contributing to care plans for clients with nutritional alterations
75

Nutrition Basic Concepts

Chapter 14.2 Nutrition Basic Concepts

🧭 Overview

🧠 One-sentence thesis

The digestive system breaks down food into absorbable nutrients—including essential macronutrients (carbohydrates, proteins, fats) and micronutrients (vitamins, minerals)—that fuel bodily functions, and understanding these nutrients and their dietary sources is foundational for promoting health and preventing disease.

📌 Key points (3–5)

  • Three core digestive functions: mechanical and chemical digestion, nutrient absorption through the small intestine, and immune response via gut bacteria.
  • Macronutrients provide energy and structure: carbohydrates (4 kcal/g), proteins (4 kcal/g), and fats (9 kcal/g) supply energy and perform essential roles like tissue repair, hormone production, and insulation.
  • Micronutrients are essential but not synthesized: vitamins and minerals must come from diet; deficiencies or toxicities can cause serious health problems.
  • Common confusion—simple vs complex carbohydrates: simple carbs (monosaccharides/disaccharides) digest quickly and spike blood sugar; complex carbs (polysaccharides) digest slowly and provide sustained energy.
  • Nutritional guidelines (MyPlate) translate science into practice: the USDA MyPlate model divides the plate into vegetables, grains, fruits, protein, and dairy, emphasizing nutrient-dense over calorie-dense foods.

🍽️ Digestive system structure and function

🦷 Mechanical digestion (mouth to stomach)

Mastication: chewing of food in the mouth, breaking it into small chunks (mechanical digestion).

  • Food is chewed and formed into a bolus that moves through the pharynx and esophagus.
  • Peristalsis: coordinated muscle movements push the bolus into the stomach.
  • In the stomach, the bolus mixes with acidic gastric juices and becomes chyme through chemical digestion.

🧪 Chemical digestion and absorption (small intestine)

Chemical digestion: breakdown of food using enzymes and acids (e.g., gastric juices, bile, pancreatic enzymes).

  • Chyme enters the duodenum (first part of small intestine) and mixes with bile (from gallbladder) and pancreatic enzymes.
  • Villi: tiny fingerlike projections in the small intestine increase surface area for absorption.
  • Nutrients (proteins, carbohydrates, fats, vitamins, minerals) pass through the intestinal wall into the bloodstream.
  • Leftover liquid moves to the large intestine, where water and minerals are absorbed; waste becomes feces and is excreted.

🛡️ Immune function (gut biome)

  • Gut biome: beneficial bacteria in the stomach contribute to immune response by producing antibodies against foreign materials.
  • Example: Antibiotics can kill beneficial gut bacteria, leading to Clostridium difficile (C-diff) infection.
  • Don't confuse: The digestive system is not only for digestion—it is also an organ of immunity.

🥖 Macronutrients: energy and structure

🍞 Carbohydrates (4 kcal/g)

Carbohydrates: sugars and starches; an important energy source.

TypeStructureDigestion speedExamples
Simple carbohydratesMonosaccharides or disaccharides (small molecules)Break down quickly → rapid blood glucose spikeTable sugar, syrup, soda, fruit juice
Complex carbohydratesPolysaccharides (large molecules)Break down slowly → gradual, sustained blood glucose riseWhole grains, beans, vegetables
  • Glycemic index: measures how quickly blood glucose rises after eating carbohydrates.
    • High glycemic index foods (processed foods, white bread, white rice, white potatoes) → rapid glucose spike → insulin release → more hunger and overeating.
    • Low glycemic index foods (fruits, green leafy vegetables, raw carrots, kidney beans, chickpeas, lentils, bran cereals) → minimal glucose spike → less hunger.
  • Eating low-glycemic foods is linked to decreased risk of obesity and diabetes mellitus.
  • Don't confuse: "Simple" does not mean "better"—simple carbs spike blood sugar quickly, while complex carbs provide steadier energy.

🥩 Proteins (4 kcal/g)

Proteins: peptides and amino acids necessary for tissue repair, growth, energy, fluid balance, clotting, and white blood cell production.

  • Nitrogen balance: nitrogen consumed in diet vs. excreted in urine/feces.
    • Negative nitrogen balance: body excretes more nitrogen than it takes in (seen in starvation or severe infection).
    • Positive nitrogen balance: body takes in more nitrogen than it excretes; excess protein is converted to fat for storage.
Protein typeDefinitionExamples
Complete proteinsContain enough amino acids for growth and tissue maintenanceSoy, quinoa, eggs, fish, meat, dairy
Incomplete proteinsDo not contain enough amino acids to sustain lifeMost plants: beans, peanut butter, seeds, grains
Partially complete proteinsEnough amino acids to sustain life but not for tissue growth/maintenance(Often grouped with incomplete proteins)
  • Vegetarians must eat complementary proteins (e.g., grains + legumes, or nuts/seeds + legumes) to form complete protein combinations.
  • Example: A vegetarian eating rice (grain) and black beans (legume) in the same day creates a complete protein.

🥑 Fats (9 kcal/g)

Fats: fatty acids and glycerol; essential for tissue growth, insulation, energy storage, and hormone production.

  • Fats provide the most energy per gram (9 kcal/g) but excess intake contributes to heart disease and obesity.
  • "A little fat goes a long way" due to high energy content.
Fat typeSourceHealth impactRecommendation
Saturated fatsAnimal products (butter, red meat); solid at room temperatureRaises cholesterol → contributes to heart disease<10% of daily calories
Unsaturated fatsOils, plants, chicken, fish; includes omega-3 fatty acidsHealthier; omega-3s lower LDL cholesterolPreferred fat source
Trans fatsHydrogenated fats (processed foods, chips, crackers, cookies, some margarines)Increases cholesterol → contributes to heart diseaseMinimize intake
  • Don't confuse: Unsaturated fats (liquid at room temp) are healthier than saturated fats (solid at room temp).

💊 Micronutrients: vitamins and minerals

💧 Water-soluble vitamins

Water-soluble vitamins: not stored in the body; excess excreted in urine (toxicity rare, except B6, C, niacin).

  • Include vitamin C and B-complex: B1 (thiamine), B2 (riboflavin), B3 (niacin), B6 (pyridoxine), B9 (folic acid), B12 (cyanocobalamin), plus biotin and pantothenic acid.
VitaminKey sourcesKey functionsDeficiency signs
C (Ascorbic Acid)Citrus fruits, broccoli, greens, peppers, tomatoes, strawberriesInfection prevention, wound healing, collagen formation, iron absorptionEarly: weakness, weight loss, myalgias, irritability. Late: scurvy (swollen/bleeding gums, loose teeth, poor wound healing, leg pain)
B1 (Thiamine)Nuts, liver, whole grains, pork, legumesNerve function; metabolism of carbs, fat, amino acids, glucose, alcoholFatigue, memory deficits, insomnia, chest pain, numbness, muscle wasting, heart failure
B3 (Niacin)Fish, chicken, eggs, dairy, mushrooms, peanut butter, whole grains, red meatGlycogen metabolism, cell metabolism, tissue regeneration, fat synthesis, nerve function, digestion, skin healthPellagra: skin lesions, glossitis (swollen tongue), bloody diarrhea, abdominal pain, psychosis, encephalopathy
B9 (Folic Acid)Liver, legumes, leafy greens, seeds, orange juice, enriched grainsCoenzyme in protein metabolism, cell growth, red blood cell formation, prevention of fetal neural tube defectsGlossitis, confusion, depression, diarrhea, anemia, fetal neural tube defects
B12 (Cyanocobalamin)Meat, organ meat, dairy, seafood, poultry, eggsMature red blood cell formation, DNA/RNA synthesis, new cell formation, nerve functionPernicious anemia (from lack of intrinsic factor). Early: weight loss, abdominal pain, peripheral neuropathy, weakness. Late: irritability, depression, paranoia, confusion
  • Don't confuse: Water-soluble vitamins are not stored, so regular dietary intake is needed; fat-soluble vitamins are stored and can build up to toxic levels.

🧈 Fat-soluble vitamins

Fat-soluble vitamins: absorbed with dietary fats; stored in fat tissue and liver; can cause toxicity if overconsumed (especially A and D).

  • Include vitamins A, D, E, K.
VitaminKey sourcesKey functionsDeficiencyToxicity
A (Retinol)Retinol: fortified milk/dairy, egg yolks, fish liver oil. Beta carotene: green leafy vegetables, dark orange fruits/vegetablesEyesight, epithelial/bone/tooth development, cellular proliferation, immunityNight blindness, rough scaly skin, dry eyes, poor tooth/bone development, poor growth, infections (>50% mortality)Dry itchy skin, headache, nausea, blurred vision, yellowing skin (carotenosis)
DMilk, dairy, sun exposure, egg yolks, fatty fish, liverChanged to active form with sun exposure. Needed for calcium/phosphorus absorption, immunity, bone strengthRickets, poor dentition, tetany, osteomalacia, muscle aches/weakness, bone pain, poor calcium absorption → hypocalcemia → hyperparathyroidismHypercalcemia → nausea, vomiting, anorexia, renal failure, weakness, pruritus, polyuria
EGreen leafy vegetables, whole grains, liver, egg yolks, nuts, plant oilsAnticoagulant, antioxidant, cellular protectionRed blood cell breakdown → anemia, neuron degeneration, neuropathy, retinopathyRare. Occasionally muscle weakness, fatigue, GI upset with diarrhea, hemorrhagic stroke
KGreen leafy vegetables, green vegetables. *Produced by bacteria in intestinesNeeded for producing clotting factors in the liverRare in adults. Prolonged clotting times, hemorrhaging (especially in newborns → morbidity/mortality), jaundiceRare, but can interfere with anticoagulant medications (Warfarin)
  • Example: Vitamin A deficiency causes night blindness and poor growth; vitamin A toxicity causes dry itchy skin and headache.
  • Don't confuse: Fat-soluble vitamins are stored (can accumulate to toxic levels); water-soluble vitamins are excreted (toxicity rare).

⚙️ Minerals (macrominerals and trace minerals)

Minerals: inorganic materials essential for hormone/enzyme production, bone, muscle, neurological, and cardiac function.

  • Macrominerals: needed in larger amounts (milligrams, grams, milliequivalents); include sodium, potassium, calcium, magnesium, chloride, phosphorus.
  • Trace minerals: needed in tiny amounts; include zinc, iron, chromium, copper, fluorine, iodine, manganese, molybdenum, selenium.
MacromineralKey sourcesKey functions
SodiumTable salt, spinach, milkWater balance
PotassiumLegumes, potatoes, bananas, whole grainsMuscle contraction, cardiac muscle function, nerve function
CalciumDairy, eggs, green leafy vegetablesBone/teeth development, nerve function, muscle contraction, immunity, blood clotting
MagnesiumRaw nuts, cooked spinach, tomatoes, beansCell energy, muscle function, cardiac function, glucose metabolism
Trace mineralKey sourcesKey functions
ZincEggs, spinach, yogurt, whole grains, fish, brewer's yeastImmune function, healing, vision
IronRed meat, organ meats, spinach, shrimp, tuna, salmon, kidney beans, peas, lentils (nonanimal forms harder to absorb)Hemoglobin production, collagen production
IodineIodized salt, seafoodEnergy production, thyroid function
  • Deficiencies can be caused by malnutrition, malabsorption, or certain medications (e.g., diuretics).
  • Don't confuse: Macrominerals are needed in larger amounts; trace minerals are needed in tiny amounts—but both are essential.

🍽️ Nutritional guidelines and MyPlate

📋 Dietary Reference Intakes (DRIs)

  • Set by the National Academies of Sciences, Engineering, and Medicine for the U.S. and Canada.
  • DRIs are reference values for planning and assessing nutrient intakes of healthy people (proteins, carbs, fats, vitamins, minerals, fiber).
  • Nutrients are obtained through a typical diet; some foods are fortified with commonly deficient nutrients.

🥗 USDA MyPlate food guide

MyPlate: an easy-to-understand visual representation of how a healthy plate should be divided by food groups.

  • Plate division (for a 2,000-calorie diet):

    • A little more than half: grains and vegetables (focus on whole grains and variety of vegetables).
    • About 1/4: fruits (emphasis on whole fruits).
    • About 1/4: protein (variety of low-fat protein sources).
    • All groups combined = no more than 85% of daily calories.
    • Fats, oils, added sugars = no more than 15% of daily calories.
  • Nutrient-dense vs calorie-dense foods:

    • Nutrient-dense: high proportion of nutritional value relative to calories (e.g., fruits, vegetables).
    • Calorie-dense: large amount of calories with few nutrients (e.g., candy, soda)—should be minimized.

🥦 Vegetable group

  • Five subgroups: dark green leafy, red/orange, beans/peas/lentils, starchy, other vegetables.
  • Daily serving: 2½ cup equivalents (e.g., 1 cup raw/cooked vegetables, 1 cup 100% vegetable juice, ½ cup dried vegetables, 2 cups leafy greens).
  • Approximately 90% of Americans do not meet recommended daily intake.

🌾 Grain group

  • Whole grains: include entire grain kernel; supply more fiber (e.g., amaranth, whole barley, popcorn, oats, brown/wild rice, whole grain cereal/crackers).
  • Refined grains: processed to remove parts of kernel; supply little fiber; quickly increase blood glucose (e.g., white bread, white rice, Cream of Wheat, white pasta, refined-grain cereals/crackers).
  • Daily serving: 6 ounce equivalents, split equally between whole and refined grains.
  • Most Americans consume adequate total grains, but ~98% are deficient in whole grains and 74% exceed refined grain recommendations.

🍎 Fruit group

  • Can be frozen, canned, dried, or 100% fruit juice.
  • Daily serving: 2 cup equivalents (e.g., 1 cup raw/cooked fruit, 8 oz 100% fruit juice, ½ cup dried fruit).
  • Approximately 80% of Americans do not meet recommended daily intake.

🥛 Dairy group

  • Includes milk, lactose-free milk, fortified soy milk, buttermilk, cheese, yogurt, kefir (sour cream and cream cheese are not considered dairy for nutritional benefits).
  • Daily serving: 3 cup equivalents (e.g., 1 cup milk/soy milk/yogurt, 1½ oz natural cheese, 2 oz processed cheese).
  • Approximately 90% of Americans consume less than recommended.

🍗 Protein group

  • Three categories:
    • Meats, poultry, eggs: any animal/poultry meat, organ meat, eggs (select lean meats to minimize fat/calories).
    • Seafood: fish, clams, crab, lobster, oyster, scallops (choose low-mercury fish; large fatty ocean fish like tuna have higher mercury).
    • Nuts, seeds, soy products: tree nuts, peanuts, nut butters, seeds, seed butters, tofu (select unsalted nuts to avoid excess salt).
  • Protein also in dairy and beans/peas/lentils vegetable group.
  • Daily serving: 5½ ounce equivalents (26 oz/week meats/eggs/poultry; 8 oz/week seafood; 5 oz/week nuts/seeds/soy).
  • Most Americans consume adequate protein, but many consume proteins high in saturated fat and sodium.

🫒 Oil/fat group

  • Examples: vegetable oil, canola oil, olive oil, butter, lard, coconut oil.
  • Daily serving: 27 grams (for 2,000-calorie diet).
  • Some fat/oil intake is essential for nutrient absorption and health, but limit due to calorie-dense nature.
  • Best to select healthy unsaturated fats (avocados, nuts, olive oil).

⚧️ Gender differences

  • Males typically have higher calorie and protein needs (related to increased muscle mass).
  • Females typically require fewer calories (higher proportion of adipose tissue than muscle).
  • Menstruating females have higher iron requirements (to offset menstrual losses).

🧩 Factors affecting nutritional status

🧠 Physiological factors

  • Hypothalamus: tiny gland in brain that triggers hunger or fullness based on hormone/neural signals.
    • Hunger: feeling of emptiness in abdomen, often with audible stomach noises; can cause discomfort, nausea, tiredness.
    • Satiety: feeling of fullness after eating (or from hypothalamus impairments).
  • Five senses: aroma, texture, taste influence appetite (pleasing aroma → hunger; displeasing aroma → suppressed appetite).
  • Oral health: poor dentition or oral care negatively affects appetite; loose teeth, swollen gums, poor-fitting dentures make eating difficult.
  • Dysphagia (difficulty swallowing): can cause aspiration pneumonia; requires special soft diets or enteral/parenteral nutrition.
  • GI tract function: inflammation (esophagitis, gastritis, inflammatory bowel disease, cholecystitis) impairs nutrient absorption → malnourishment.

🕌 Cultural and religious beliefs

  • Influence food selection and intake (e.g., some cultures avoid pork; some eat kosher food; some fast during religious holidays; some avoid meat during Lent).
  • Nurses should assess individual preferences, not assume based on culture/religion.

💰 Economic resources

  • Inadequate finances → food insecurity and poor food choices.
  • Healthy, nutrient-dense, fresh foods typically cost more than prepackaged, processed foods.
  • Poor economic status → consumption of calorie-dense, nutrient-poor foods → risk of inadequate nutrition and obesity.
  • Social programs (Meals on Wheels, free/reduced-cost school meals, government subsidies) help reduce food insecurity.

💊 Drug and nutrient interactions

  • Some medications affect nutrient absorption (e.g., proton pump inhibitors like omeprazole alter stomach pH → poor nutrient absorption).
  • Other medications (e.g., opioids) decrease appetite or cause nausea → decreased calorie/nutrient intake.

🏥 Surgery

  • Food/drink withheld before surgery to prevent aspiration during anesthesia.
  • Anesthesia and pain medication slow peristalsis → nausea, vomiting, constipation.
  • Client typically NPO (nothing by mouth) until passing gas and bowel sounds return.
  • Surgery stimulates stress response → increased metabolic demands → need for increased calories.
  • Stress response can elevate blood glucose (due to corticosteroid release), even in non-diabetic clients.
  • Bowel resection → decreased nutrient absorption → nutrient deficiencies → may require supplementation.
  • Bariatric surgery alters GI anatomy/physiology → susceptible to nutritional deficiencies.

🔥 Altered metabolic states

  • Increased metabolic demands (growth spurts, cancer, hyperthyroidism, AIDS) → need increased nutrients.
  • Cancer treatment (radiation, chemotherapy) often causes nausea, vomiting, decreased appetite → difficult to obtain adequate nutrients.
  • Diabetes mellitus → complications with nutrient absorption due to insufficient or ineffective insulin → impaired nutrient metabolism.

🍺 Alcohol and drug misuse

  • Alcohol is calorie-dense and nutrient-poor → decreased consumption of water, food, other nutrients → decreased protein intake, body protein deficiency.
  • Alcohol can erode/scar stomach lining → decreased nutrient digestion/absorption → deficiencies in hemoglobin, hematocrit, albumin, folate, thiamine, B12, vitamin C, calcium, magnesium, phosphorus.
  • Stimulants (methamphetamine, cocaine) → increased metabolic rate, decreased appetite → weight loss, malnourishment.

😟 Psychological state

  • Stress: stimulates hypothalamus → increases glucocorticoids and glucose → increased appetite → increased calorie intake, fat storage, weight gain (often nutrient-poor, calorie-dense food choices). In other individuals, stress → loss of appetite, weight loss, nutrient deficiencies.
  • Depression: can cause loss of appetite or overeating (often calorie-dense "comfort foods"); many antidepressants cause weight gain as side effect.
76

Applying the Nursing Process to Nutrition

Chapter 14.3 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Nurses apply the nursing process to nutritional care by assessing dietary needs, implementing specialized diets and feeding methods (oral, enteral, or parenteral), and evaluating outcomes to ensure clients receive adequate nutrition tailored to their medical conditions and abilities.

📌 Key points (3–5)

  • Special diets are prescribed based on medical conditions: NPO, clear liquids, full liquids, mechanical soft, pureed, and restrictive diets address different clinical needs from post-surgery to dysphagia to chronic disease management.
  • Enteral nutrition bypasses chewing/swallowing: Tubes (NG, OG, PEG, PEJ) deliver liquid nutrition directly to the GI tract when oral intake is impaired; safety measures prevent aspiration and ensure proper tube placement.
  • Parenteral nutrition delivers IV nutrition when the GI tract cannot be used: Concentrated glucose, amino acids, and nutrients are infused via central line for conditions like paralytic ileus or severe malnutrition.
  • Common confusion—tube placement verification: Older methods (whoosh test, aspirate observation) are unreliable; current best practice uses visible tube length measurement and X-ray verification.
  • Evaluation focuses on measurable improvements: Weight stabilization, improved energy, balanced intake, and lab value normalization indicate successful nutritional interventions.

🍽️ Therapeutic diets and progression

🚫 NPO (Nothing by mouth)

NPO: No food or drink allowed; oral care remains very important during NPO status.

  • When prescribed: Before/after surgery or procedures, absent peristalsis, severe nausea/vomiting, or altered mental status.
  • Key nursing action: Provide oral care even though the client cannot eat or drink.

💧 Liquid diets: clear and full

Clear liquids

  • Fluids or solids that are liquid at room temperature, without residue, clear or see-through.
  • Examples: water, apple juice, clear soda, Jello, popsicles, broth.
  • When used: After surgery when peristalsis is slow; advancing from NPO.

Full liquids

  • Fluids with residue.
  • Examples: creamed soups, pudding, milk, orange juice, creamed cereals.
  • When used: Next step after clear liquids as diet advances.

🥄 Modified texture diets

DietDescriptionExamplesIndication
Mechanical softChopped, ground, pureed foods that break apart easily without a knifeSoft cheeses, cottage cheese, ground meat, broiled/baked fish, cooked vegetables, fruitPoor or absent dentition; dysphagia
PureedSpoon thick with consistency of baby foodApplesauce, pudding, mashed potatoes, pureed meats/vegetables/fruitDysphagia

🥤 Thickened liquids for dysphagia

Three consistencies prescribed for clients with difficulty swallowing:

  • Nectar-thick: Easily pourable, comparable to apricot nectar or thick cream soups.
  • Honey-thick: Slightly thicker, less pourable, drizzles from a cup or bowl.
  • Pudding-thick: Holds its own shape, not pourable, usually requires a spoon.

Nursing action: Nurses often thicken liquids at bedside using commercial thickener following package directions.

🩺 Restrictive diets

Depends on the disease process:

  • Diabetic: Controlled amount of carbohydrates.
  • Cardiac: Low fat and no added salt.
  • Renal: Low-sodium and low-potassium foods.

🔌 Enteral nutrition

🧪 What enteral nutrition is

Enteral nutrition: Nutrition administered directly to a client's gastrointestinal tract while bypassing chewing and swallowing.

  • When prescribed: Chewing/swallowing impaired, poor nutritional intake, or malnutrition.
  • The GI tract must still be functional (unlike parenteral nutrition).

📍 Types of enteral tube access

Tube typeRouteIndication
Nasogastric (NG)Enters nare → esophagus → stomachStandard enteral feeding
Orogastric (OG)Mouth → esophagus → stomachMechanically intubated/sedated clients only (induces gag reflex in conscious clients)
PEG (percutaneous endoscopic gastrostomy)Abdominal wall → stomachEsophageal obstruction, esophagus removed, or long-term feeding expected
PEJ (percutaneous endoscopic jejunostomy)Abdominal wall → jejunumStomach removed or provider determines best placement

🛡️ Safety: preventing aspiration

Tube placement verification

  • Must verify after insertion and before every medication or feeding.
  • Current best practice: Measure visible tube length and compare to length documented during X-ray verification; check every 4 hours.
  • Don't confuse: Older methods (observing aspirated GI contents, "whoosh test" with air and auscultation) are unreliable and should no longer be used.

Additional aspiration prevention measures

  • Maintain head of bed at 30°–45° unless contraindicated.
  • Use sedatives sparingly.
  • Assess feeding tube placement at 4-hour intervals.
  • Observe for change in external tube length.
  • Assess for GI intolerance at 4-hour intervals.

📊 Gastric residual volume (GRV)

  • Measured by aspirating stomach contents with a 60-mL syringe.
  • Traditional practice: GRVs of 200–500 mL triggered slowing or stopping feeding.
  • Current evidence: Do not stop enteral nutrition for GRVs <500 mL in the absence of other signs of intolerance (impacts nutritional status; contributes to tube clogging).
  • Follow agency policy.

⚠️ Monitoring for intolerance

Daily assessment for:

  • Abdominal bloating, nausea, vomiting, diarrhea, cramping, constipation.
  • Intervention for cramping during bolus feedings: Administer formula at room temperature.
  • Notify provider of intolerance; anticipate prescription changes (formula type or rate).

Lab monitoring:

  • Electrolytes and blood glucose levels.
  • Carbohydrates in tube feedings absorb quickly → monitor blood glucose; elevated levels typically treated with sliding scale insulin per provider orders.

💉 Parenteral nutrition

🧪 What parenteral nutrition is

Parenteral nutrition: Nutrition delivered through a central intravenous line (generally subclavian or internal jugular vein) to clients who require nutritional supplementation but are not candidates for enteral nutrition.

  • Contains glucose, amino acids, minerals, electrolytes, and vitamins.
  • Lipid solution typically given in separate infusion in hospital.
  • Combination = total parenteral nutrition (complete nutritional support).
  • Administered via IV pump.

🏥 Why central line is required

  • Concentrated glucose, amino acids, and minerals are very irritating to blood vessels.
  • Large central vein must be used.
  • Client's lab work must be closely monitored for signs of nutrient excesses.

🩺 When parenteral nutrition is used

  • Intestines or stomach not working properly and must be bypassed:
    • Paralytic ileus (peristalsis completely stopped).
    • After postoperative bowel surgeries (e.g., bowel resection).
  • Other indications: Severe malnutrition, severe burns, metastatic cancer, liver failure, hyperemesis with pregnancy.

🎯 Implementing nutritional interventions

🌍 Cultural and religious considerations

  • Vital to consider client's cultural and religious beliefs.
  • Encourage healthy food selections based on food preferences.

🍴 Promoting appetite and intake

Before mealtime:

  • Manage symptoms: administer pain or nausea medications prior to meals.
  • Avoid procedures that affect appetite (e.g., wound dressing changes) immediately before meals.
  • Manage environment: remove unpleasant odors or sights (empty trash of used dressings/incontinence products).
  • If food becomes cold, reheat or order new tray.

Assisting with meals:

  • Help client wash hands and use restroom if needed.
  • Assist to sit in chair or high Fowler's position in bed.
  • Set meal tray on overbed table; open containers as needed.
  • Encourage self-feeding to promote independence.
  • For vision impairments: Use clock method to describe food location (e.g., "vegetables at 9 o'clock, potatoes at 12 o'clock, meat at 3 o'clock").

When feeding a client:

  • Ask what food they want first.
  • Allow eating at own pace with time between bites for thorough chewing and swallowing.
  • If coughing or gagging occurs: Stop meal immediately and notify provider of suspected swallowing difficulties.

📈 Evaluation of nutritional interventions

✅ Signs of improvement

Nutritional imbalanceHow to know it is improved
Imbalanced Nutrition: Less than Body RequirementsStable or increasing weight; sufficient daily calories; well-balanced meal intake; improved energy, appearance of hair, nails, skin, or vision
Imbalanced Nutrition: More than Body RequirementsStable or decreasing weight; <5% body weight loss over 6 months; well-balanced meal intake

🔄 Purpose of evaluation

  • Determine if interventions are appropriate for the client or need revision.
  • Helps nurse and care team adjust the plan of care based on outcomes.
77

Fluids and Electrolytes Introduction

Chapter 15.1 Fluids and Electrolytes Introduction

🧭 Overview

🧠 One-sentence thesis

The human body's delicate fluid and electrolyte balance is essential for proper organ function and homeostasis, and nurses must recognize subtle imbalances to intervene promptly and prevent life-threatening complications.

📌 Key points (3–5)

  • Why balance matters: Fluid and electrolyte imbalances risk organ dysfunction and, if untreated, can lead to death.
  • Nurse's role: Timely assessment and recognition of subtle changes in fluid or electrolyte status prevent complications and save lives.
  • Two main compartments: Body fluids are divided into intracellular (inside cells) and extracellular (outside cells) compartments, each with different dominant electrolytes.
  • Common confusion: Intracellular fluid has potassium as the main electrolyte, while extracellular fluid is dominated by sodium—don't mix these up.
  • Critical extracellular type: Intravascular fluid (blood volume) is the most important component; its loss causes hypovolemia and can lead to shock.

💧 Body fluid compartments

💧 Intracellular fluid (ICF)

Intracellular fluids: fluids found inside cells, made up of protein, water, electrolytes, and solutes.

  • The most abundant electrolyte inside cells is potassium.
  • ICF accounts for 60% of total body fluid volume and 40% of a person's total body weight.
  • These fluids are crucial for the body's functioning at the cellular level.

💧 Extracellular fluid (ECF)

Extracellular fluids: fluids found outside of cells.

  • The most abundant electrolyte in extracellular fluid is sodium.
  • The body regulates sodium levels to control water movement into and out of the extracellular space through osmosis.
  • ECF can be further divided into several types (see below).

🩸 Types of extracellular fluid

🩸 Intravascular fluid

Intravascular fluid: whole blood volume found in the vascular system (arteries, veins, capillary networks), including red blood cells, white blood cells, plasma, and platelets.

  • This is the most important component of overall fluid balance.
  • Loss of intravascular fluid leads to the nursing diagnosis "Deficient Fluid Volume" (hypovolemia).
  • Causes of loss include excessive diuretic use, severe bleeding, vomiting, diarrhea, and inadequate oral intake.
  • Why it's critical: Severe intravascular fluid loss prevents the body from maintaining adequate blood pressure and perfusion of vital organs, potentially causing hypovolemic shock and cellular death.

💦 Interstitial fluid

Interstitial fluid: fluid outside of blood vessels and between the cells.

  • Example: Swelling in feet and ankles of a client with heart failure represents excess interstitial fluid, called edema.

🧪 Transcellular fluid

  • Refers to fluid in specialized areas: cerebrospinal, synovial, intrapleural, and gastrointestinal system.
  • This is the remaining category of extracellular fluid.

🔄 Fluid movement mechanisms

🔄 Three key forces

Fluid movement inside the body depends on:

  1. Osmotic pressure
  2. Hydrostatic pressure
  3. Osmosis

🧱 What keeps fluid balanced

Proper fluid movement requires three conditions:

RequirementFunction
Intact vascular tissue liningPrevents fluid from leaking out of blood vessels
Normal protein content (albumin)Creates oncotic pressure that holds water inside vascular compartment
Adequate hydrostatic pressuresMaintains proper pressure inside blood vessels

🧲 Oncotic pressure

Oncotic pressure: pressure caused by protein content of the blood (in the form of albumin) that holds water inside the vascular compartment.

  • Don't confuse with hydrostatic pressure: Oncotic pressure is about protein pulling water in; hydrostatic pressure is about fluid pushing outward.
  • Example: Clients with low serum albumin (decreased protein levels) experience edema because decreased oncotic pressure allows intravascular fluid to leak into interstitial areas.

⚡ Hydrostatic pressure

Hydrostatic pressure: pressure that a contained fluid exerts on what is confining it.

  • In the intravascular compartment, this is the pressure blood exerts on vessel walls.
  • Works together with oncotic pressure to regulate fluid distribution.
78

Basic Fluid and Electrolyte Concepts

Chapter 15.2 Basic Fluid and Electrolyte Concepts

🧭 Overview

🧠 One-sentence thesis

The body maintains life through constant fluid and electrolyte shifts between compartments using osmosis, pressure gradients, and hormonal regulation, and even slight imbalances can cause serious organ dysfunction or death.

📌 Key points (3–5)

  • Body fluid compartments: intracellular fluid (ICF, 60% of body fluid, potassium-rich) and extracellular fluid (ECF, sodium-rich, including intravascular, interstitial, and transcellular).
  • Fluid movement mechanisms: osmosis (water moves toward higher solute concentration), hydrostatic pressure (pushes fluid out at arterial end), and oncotic pressure (pulls fluid back at venous end).
  • Solute movement mechanisms: diffusion (solutes move down concentration gradient, passive), active transport (solutes move against gradient, requires energy, e.g., sodium-potassium pump), and filtration (pressure pushes fluids through membranes).
  • Regulation systems: thirst and ADH respond to increased serum osmolality; RAAS responds to low blood pressure by retaining sodium and water ("aldosterone saves salt, water follows salt").
  • Common confusion: osmosis vs diffusion—osmosis is water movement toward higher solute concentration; diffusion is solute movement toward lower solute concentration.

💧 Body fluid compartments and their electrolytes

💧 Intracellular fluid (ICF)

Intracellular fluids (ICF): fluids found inside cells, made up of protein, water, electrolytes, and solutes.

  • Accounts for 60% of body fluid volume and 40% of total body weight.
  • Primary electrolyte: potassium (K⁺).
  • Crucial to body functioning; cells shrink when fluid leaves (e.g., dehydration causes dry mucous membranes and headaches because brain cells lose water).

🩸 Extracellular fluid (ECF)

Extracellular fluids (ECF): fluids found outside of cells.

  • Primary electrolyte: sodium (Na⁺).
  • The body regulates sodium to control water movement via osmosis.

Three types of ECF:

TypeLocationKey facts
IntravascularInside blood vessels (arteries, veins, capillaries)Whole blood volume (RBCs, WBCs, plasma, platelets); most important for overall fluid balance; loss causes hypovolemia
InterstitialBetween cells, outside blood vesselsExcess accumulation causes edema (e.g., swelling in feet/ankles in heart failure)
TranscellularCerebrospinal, synovial, intrapleural, GI systemSpecialized fluid compartments

⚠️ Hypovolemia (deficient fluid volume)

Deficient Fluid Volume (hypovolemia): loss of intravascular fluid.

  • Causes: excessive diuretic use, severe bleeding, vomiting, diarrhea, inadequate oral intake.
  • Consequence: if severe, the body cannot maintain blood pressure or perfuse vital organs → hypovolemic shock → cellular death.

🔄 Fluid movement mechanisms

🌊 Osmosis

Osmosis: water movement through a semipermeable membrane, from an area of lesser solute concentration to an area of greater solute concentration, to equalize solute concentrations on either side.

  • Passive transport: no energy required; water moves down a concentration gradient.
  • Only fluids and small dissolved particles pass through; larger particles are blocked.
  • Example: eating salty foods raises blood sodium → osmosis pulls water from interstitial and intracellular compartments into blood → cells shrink → symptoms like dry mouth and headache.

💪 Hydrostatic pressure

Hydrostatic pressure: pressure that a contained fluid exerts on what is confining it.

  • In blood vessels: pressure exerted by blood against capillary walls.
  • At arterial end of capillary: hydrostatic pressure pushes fluid and solutes out into interstitial space.
  • At venous end: hydrostatic pressure is reduced, allowing oncotic pressure to pull fluids back in.

🧲 Oncotic pressure

Oncotic pressure: osmotic pressure caused by protein content (albumin) in the blood that holds water inside the vascular compartment.

  • Low albumin → low oncotic pressure → edema: fluid leaks from intravascular space into interstitial areas.
  • Don't confuse: hydrostatic pressure pushes fluid out; oncotic pressure pulls fluid in.

🚰 Filtration

Filtration: hydrostatic pressure pushes fluids and solutes through a permeable membrane so they can be excreted.

  • Example: kidneys filter fluid and waste through glomerular capillaries → excess fluid and waste excreted as urine.

🔬 Solute movement mechanisms

🌀 Diffusion

Diffusion: the movement of molecules from an area of higher concentration to an area of lower concentration to equalize solute concentration.

  • Passive: no energy required; solutes move down a concentration gradient.
  • Example: inhaled oxygen moves from alveoli (high O₂) to capillaries (low O₂) for distribution throughout the body.
  • Don't confuse with osmosis: diffusion moves solutes; osmosis moves water.

⚡ Active transport

Active transport: moving solutes and ions across a cell membrane from an area of lower concentration to an area of higher concentration.

  • Requires energy: moves solutes against a concentration gradient.
  • Prevents overaccumulation of solutes in one area.

🔋 Sodium-potassium pump

  • An example of active transport.
  • Uses energy to maintain:
    • Higher sodium (Na⁺) in extracellular fluid.
    • Higher potassium (K⁺) in intracellular fluid.
  • This pump is essential for maintaining the proper electrolyte balance between compartments.

🎛️ Fluid and electrolyte regulation

🧠 Thirst and ADH (antidiuretic hormone)

Serum osmolality: a measure of the concentration of dissolved solutes in the blood.

  • When fluid is lost → sodium level increases → serum osmolality increases.
  • Osmoreceptors in hypothalamus sense this and:
    • Trigger ADH release in kidneys to retain fluid.
    • Produce the feeling of thirst to stimulate oral intake.
  • Risk: individuals must be alert, have access to fluids, and be strong enough to respond to thirst. Older adults have impaired thirst perception → higher dehydration risk.
  • Normal intake: ~2,500 mL/day from food and drink; more needed if fever, vomiting, diarrhea, bleeding, or sweating.

🩺 Renin-Angiotensin-Aldosterone System (RAAS)

Renin-Angiotensin-Aldosterone System (RAAS): a hormonal system that regulates fluid output and blood pressure.

How RAAS works when blood pressure drops:

  1. Kidney cells secrete renin into bloodstream.
  2. Renin converts angiotensinogen (from liver) → angiotensin Iangiotensin II.
  3. Angiotensin II does two things:
    • Causes vasoconstriction to increase blood flow to vital organs.
    • Stimulates adrenal cortex to release aldosterone.
  4. Aldosterone triggers kidneys to reabsorb sodium → increased serum osmolality.
  5. Osmosis moves fluid into intravascular compartment → increased blood volume → raised blood pressure.

Memory aid: "Aldosterone saves salt" and "water follows salt."

💧 Fluid output and insensible losses

  • 60% of daily output: urine (~1,500 mL/day when intake is adequate).
  • 40% of daily output: "insensible losses" (cannot be measured):
    • Skin (perspiration).
    • GI tract (stool).
    • Lungs (respiration).
  • Normal urine output: at least 30 mL/hour (or 0.5 mL/kg/hour). Less than this over 8 hours → notify provider (sign of dehydration or kidney dysfunction).

⚖️ Fluid imbalances

🌊 Excessive fluid volume (hypervolemia)

Excessive fluid volume (hypervolemia): increased fluid retained in the intravascular compartment.

At-risk clients:

  • Heart failure
  • Kidney failure
  • Cirrhosis
  • Pregnancy

Symptoms:

  • Pitting edema (swelling in dependent tissues due to interstitial fluid accumulation).
  • Ascites (fluid in abdomen).
  • Dyspnea and crackles (fluid in lungs).

Treatment:

  • Restrict sodium and fluids.
  • Prescribe diuretics to eliminate excess fluid.

🏜️ Deficient fluid volume (hypovolemia / dehydration)

Deficient fluid volume (hypovolemia or dehydration): loss of fluid is greater than fluid input.

Common causes:

  • Diarrhea, vomiting, excessive sweating, fever, poor oral intake.

High-risk groups:

  • Older adults
  • Infants and children
  • Clients with chronic diseases (diabetes, kidney disease)
  • Clients taking diuretics
  • Individuals exercising or working outdoors in hot weather

Symptoms in adults:

  • Very thirsty, dry mouth, headache, dry skin
  • Urinating and sweating less than usual
  • Dark, concentrated urine
  • Feeling tired, changes in mental status
  • Dizziness (from low blood pressure), elevated heart rate

Additional symptoms in infants/children:

  • Crying without tears
  • No wet diapers for 3+ hours
  • Unusually sleepy, drowsy, or irritable
  • Sunken eyes, sunken fontanel

Treatment:

  • Mild: increase oral intake (water, sports drinks).
  • Severe: intravenous fluids (life-threatening if untreated).

💉 Intravenous solutions

🟦 Isotonic solutions

Isotonic solutions: IV fluids that have a similar concentration of dissolved particles as blood.

  • Example: 0.9% Normal Saline (0.9% NaCl).
  • Effect: fluid stays in intravascular space; no osmotic movement between compartments.
  • Use: treat hypovolemia (raise blood pressure).
  • Risk: too much → hypervolemia.

🔵 Hypotonic solutions

Hypotonic solutions: IV fluids with a lower concentration of dissolved solutes than blood.

  • Example: 0.45% sodium chloride (0.45% NaCl).
  • Effect: osmosis moves water from intravascular space into cells (because blood now has lower solute concentration than cells).
  • Use: treat cellular dehydration.
  • Risks:
    • Too much fluid into cells → cerebral edema.
    • Too much fluid out of blood → worsening hypovolemia and hypotension.
  • Monitor client status carefully.

🔴 Hypertonic solutions

Hypertonic solutions: IV fluids with a higher concentration of dissolved particles than blood.

  • Example: 3% sodium chloride (3% NaCl).
  • Effect: osmosis moves water from cells into intravascular space (because blood now has higher solute concentration than cells).
  • (The excerpt ends here; use and risks not provided.)

Comparison table:

Solution typeSolute concentration vs bloodOsmotic effectPrimary use
IsotonicSimilarNo fluid shiftRaise blood pressure (hypovolemia)
HypotonicLowerFluid moves into cellsTreat cellular dehydration
HypertonicHigherFluid moves into blood(Not specified in excerpt)
79

Intravenous Solutions

Chapter 15.3 Intravenous Solutions

🧭 Overview

🧠 One-sentence thesis

Intravenous fluids are classified by their concentration of dissolved particles relative to blood—isotonic, hypotonic, or hypertonic—and each type causes different osmotic fluid movements that nurses must monitor carefully to avoid life-threatening complications.

📌 Key points (3–5)

  • Three types of IV fluids: isotonic (similar concentration to blood), hypotonic (lower concentration), and hypertonic (higher concentration).
  • Osmosis drives fluid movement: hypotonic solutions move fluid into cells; hypertonic solutions pull fluid out of cells; isotonic solutions cause no osmotic shift.
  • Each type has specific uses: isotonic for fluid volume deficit, hypotonic for cellular dehydration, hypertonic for severe hyponatremia and cerebral edema.
  • Common confusion: D5W starts isotonic but becomes hypotonic after dextrose is metabolized—treat it as hypotonic for monitoring purposes.
  • Critical nursing vigilance: all three types can cause dangerous complications (hypervolemia, hypovolemia, cerebral edema, hypernatremia) if infused improperly or in excess.

💧 Isotonic solutions

💧 What isotonic means and how it behaves

Isotonic solutions: IV fluids that have a similar concentration of dissolved particles as blood.

  • Because the concentration matches blood, fluid stays in the intravascular compartment.
  • No osmotic movement occurs between compartments—fluid does not shift into or out of cells.
  • Example: 0.9% Normal Saline (0.9% NaCl).

🎯 When isotonic solutions are used

  • Primary use: treat fluid volume deficit (hypovolemia) to raise blood pressure.
  • Common scenarios include:
    • Hemorrhaging
    • Severe vomiting or diarrhea
    • GI suctioning losses
    • Wound drainage
    • Mild hyponatremia
    • Blood transfusions

⚠️ Risks and monitoring

  • Main risk: infusing too much can cause excessive fluid volume (hypervolemia).
  • Monitor especially closely in clients with heart failure or renal failure.
  • Lactated Ringer's (LR) is another isotonic solution:
    • Used for fluid resuscitation, GI losses, burns, trauma, metabolic acidosis, and often during surgery.
    • Should not be used if serum pH is greater than 7.5 (worsens alkalosis).
    • May elevate potassium levels in renal failure.

🔽 Hypotonic solutions

🔽 What hypotonic means and how it behaves

Hypotonic solutions: IV fluids that have a lower concentration of dissolved solutes than blood.

  • When infused, the blood becomes less concentrated than the intracellular space.
  • Osmotic movement pulls water from the intravascular compartment into cells.
  • Example: 0.45% sodium chloride (0.45% NaCl).

🎯 When hypotonic solutions are used

  • Primary use: treat cellular dehydration.
  • Also used to:
    • Treat hypernatremia
    • Provide fluid for renal excretion of solutes

⚠️ Risks and monitoring

  • Cerebral edema: too much fluid moving into brain cells can be life-threatening.
  • Worsening hypovolemia and hypotension: if too much fluid leaves the intravascular space, blood pressure drops dangerously.
  • Monitor closely for:
    • Hypovolemia
    • Hypotension
    • Confusion (sign of cerebral edema)
  • Avoid in clients with liver disease, trauma, and burns—these conditions can worsen with hypovolemia.

🍬 Special case: D5W (5% Dextrose in Water)

  • Starts isotonic but becomes hypotonic after the body metabolizes the dextrose.
  • Provides free water to promote renal excretion of solutes and treats hypernatremia, plus some dextrose supplementation.
  • Treat as hypotonic for monitoring: same risks of hypovolemia, hypotension, confusion, and cerebral edema.
  • Avoid in liver disease, trauma, and burns.

🔼 Hypertonic solutions

🔼 What hypertonic means and how it behaves

Hypertonic solutions: IV fluids that have a higher concentration of dissolved particles than blood.

  • When infused, the blood becomes more concentrated than the cells.
  • Osmotic movement pulls water out of cells into the intravascular space to dilute the blood.
  • Example: 3% sodium chloride (3% NaCl).

🎯 When hypertonic solutions are used

  • Primary uses:
    • Treat severe hyponatremia
    • Treat cerebral edema (by pulling fluid out of swollen brain cells)
  • Other hypertonic solutions:
    • 5% Dextrose and 0.45% Sodium Chloride (D5 0.45% NaCl): replacement of fluid, minimal carbohydrate calories, sodium chloride; treats hypoglycemia.
    • 5% Dextrose and Lactated Ringer's (D5LR) and D10: replacement of fluid, electrolytes, and calories; treats hypoglycemia; lactated ringers provide alkalizing action in the blood.

⚠️ Risks and monitoring

  • Hypervolemia: pulling fluid into blood vessels can overload circulation.
  • Hypernatremia: especially with sodium-containing hypertonic solutions—monitor serum sodium closely.
  • Respiratory distress: from fluid overload and breathing difficulties.
  • Elevated blood pressure: sign of hypervolemia.
  • Do not use in clients with:
    • Heart failure
    • Renal failure
    • Conditions caused by cellular dehydration (hypertonic solutions worsen these by pulling more fluid out of cells)

📊 Comparison and key distinctions

📊 Summary table of IV solution types

TypeExampleOsmotic effectPrimary usesMain risks
Isotonic0.9% NaCl, Lactated Ringer'sNo fluid shift between compartmentsFluid volume deficit, hypovolemia, blood pressure supportHypervolemia (especially with heart/renal failure)
Hypotonic0.45% NaCl, D5WFluid moves INTO cellsCellular dehydration, hypernatremiaHypovolemia, hypotension, cerebral edema
Hypertonic3% NaCl, D5 0.45% NaCl, D5LR, D10Fluid moves OUT OF cellsSevere hyponatremia, cerebral edema, hypoglycemiaHypervolemia, hypernatremia, respiratory distress

🔍 How to distinguish: effect on red blood cells

  • Isotonic: red blood cells maintain normal size—no swelling or shrinking.
  • Hypotonic: red blood cells swell (water moves in).
  • Hypertonic: red blood cells shrink (water moves out).

🧪 Osmolarity vs osmolality

Osmolarity: the proportion of dissolved particles in an amount of fluid; generally the term used to describe body fluids.

Osmolality: the proportion of dissolved particles in a specific weight of fluid.

  • As dissolved particles become more concentrated, osmolarity increases.
  • The two terms are often used interchangeably in clinical practice.

⚠️ Don't confuse: D5W's dual nature

  • D5W is listed as hypotonic but starts isotonic.
  • After the body metabolizes dextrose, it behaves as hypotonic.
  • For nursing care: monitor as if it were hypotonic from the start—watch for hypovolemia, hypotension, confusion, and cerebral edema.
80

Electrolytes

Chapter 15.4 Electrolytes

🧭 Overview

🧠 One-sentence thesis

Electrolytes play critical roles in bodily functions and fluid regulation, and even slight imbalances outside their narrow normal ranges can cause devastating consequences requiring prompt recognition and treatment.

📌 Key points (3–5)

  • Why electrolytes matter: They are essential for fluid balance, cardiac function, nerve transmission, and muscle contraction; slight abnormalities can be life-threatening.
  • Sodium (Na⁺): Most abundant electrolyte in extracellular fluid; imbalances cause neurological symptoms due to water shifts in/out of cells.
  • Potassium (K⁺): Most abundant electrolyte in intracellular fluid; abnormal levels cause cardiac arrhythmias and can lead to cardiac arrest.
  • Calcium (Ca²⁺) and phosphorus: Inversely related; calcium is regulated by parathyroid hormone and is critical for bones, nerves, and muscles.
  • Common confusion: Hyper- vs. hypo- symptoms—many electrolyte imbalances share neurological and cardiac symptoms, but the direction of fluid/ion shift differs (e.g., hypernatremia causes cellular dehydration and shrinkage; hyponatremia causes cell swelling).

🧂 Sodium: The Extracellular Fluid Regulator

🧂 What sodium does and normal range

Sodium: the most abundant electrolyte in the extracellular fluid (ECF), maintained by the sodium-potassium pump; plays an important role in maintaining adequate fluid balance in the intravascular and interstitial spaces.

  • Normal range: 136–145 mEq/L (always refer to agency lab reference ranges).
  • Sodium levels directly affect osmotic water movement between cells and blood.

🔺 Hypernatremia (elevated sodium)

  • Causes: Excess water loss due to lack of fluid intake, vomiting, or diarrhea.
  • Mechanism: Elevated sodium in blood causes osmotic movement of water out of cells to dilute the blood → cells shrink (cellular dehydration).
  • Symptoms: Neurological—confusion, irritability, lethargy, seizures (due to brain cell shrinkage); severe thirst; sticky mucous membranes.
  • Treatment: Decrease sodium intake, increase oral water intake, rehydrate with hypotonic IV solution.
  • Example: A client with severe diarrhea loses water faster than sodium, raising blood sodium concentration and triggering intense thirst.

🔻 Hyponatremia (decreased sodium)

  • Causes: Excess water intake or excessive administration of hypotonic IV solutions.
  • Mechanism: Diluted sodium in blood causes water to move into cells → cells swell.
  • Symptoms: Neurological—headache, confusion, seizures, coma (due to brain cell swelling).
  • Treatment: Limit water intake, discontinue hypotonic IV fluids; if severe, administer hypertonic IV saline solution gradually.
  • Example: A marathon runner who rehydrates only with water (no electrolytes) can develop hyponatremia.
  • Don't confuse: Hypernatremia shrinks cells; hyponatremia swells cells—opposite fluid shifts cause different neurological effects.

🍌 Potassium: The Cardiac Electrolyte

🍌 What potassium does and normal range

Potassium: the most abundant electrolyte in intracellular fluid, maintained inside the cell by the sodium-potassium pump; necessary for normal cardiac function, neural function, and muscle contractility.

  • Normal range: 3.5–5.1 mEq/L.
  • Regulation: By aldosterone in the kidneys (aldosterone causes sodium reabsorption and potassium excretion); also affected by insulin (moves potassium into cells).
  • Dietary sources: Bananas, oranges, tomatoes.
  • Key fact: Potassium is poorly conserved by the body; much is lost in urine.
  • Critical safety: Potassium must NEVER be administered IV push—it can immediately stop the heart.

🔺 Hyperkalemia (elevated potassium)

  • Causes: Kidney failure, metabolic acidosis, potassium-sparing diuretics, oral/IV potassium supplements.
  • Symptoms: Cardiac—irritability, cramping, diarrhea, ECG abnormalities; can progress to cardiac dysrhythmias and cardiac arrest.
  • Treatments:
    • Mild: Decrease dietary potassium, adjust medications.
    • Severe: Sodium polystyrene sulfonate (Kayexalate) to bind and excrete potassium via GI tract; insulin infusion to push potassium into cells (monitor blood glucose closely, often hourly; may need IV dextrose to prevent hypoglycemia); IV calcium gluconate to protect cardiac muscle (temporary measure); hemodialysis for severe symptomatic cases.

🔻 Hypokalemia (decreased potassium)

  • Causes: Excessive vomiting, diarrhea, potassium-wasting diuretics, insulin use, lack of dietary potassium.
  • Symptoms: Weakness, arrhythmias, lethargy, thready pulse (mnemonic: WALT).
  • Treatment: Increase oral potassium in diet, oral or IV potassium supplementation.
  • Critical safety: Administering IV potassium too quickly can cause cardiac arrest (potassium is used in lethal injection to stop the heart).
  • Don't confuse: Both hyper- and hypokalemia cause cardiac symptoms, but hyperkalemia causes irritability and cramping, while hypokalemia causes weakness and thready pulse.

🦴 Calcium and Phosphorus: The Inverse Pair

🦴 Calcium: bones, nerves, and muscles

Calcium: important for bone and teeth structure, nerve transmission, and muscle contraction; circulates in the bloodstream, but the majority is stored in bones.

  • Normal range: 8.6–10.2 mg/dL.
  • Regulation: Parathyroid hormone (PTH) from the parathyroid glands (near the thyroid); PTH is secreted in response to low blood calcium → causes calcium reabsorption in kidneys and intestine, and release from bones.
  • Activity effect: Physical activity moves calcium into bones; immobility releases calcium from bones (weakening them).
  • Dietary sources: Dairy products, green leafy vegetables, sardines, whole grains.

🔺 Hypercalcemia (elevated calcium)

  • Causes: Prolonged immobilization (calcium leaches from bones), cancers (release calcium from bones), hyperparathyroidism or parathyroid tumors (excess PTH → too much reabsorption and release).
  • Symptoms: Gastrointestinal and musculoskeletal—nausea, vomiting, constipation, increased thirst/urination, skeletal muscle weakness.
  • Treatment: Decrease dietary calcium, phosphate supplementation (inverse relationship), hemodialysis, surgical removal of parathyroid gland if indicated, weight-bearing exercises as tolerated.

🔻 Hypocalcemia (decreased calcium)

  • Causes: Hypoparathyroidism (not enough PTH → decreased reabsorption and release), vitamin D deficiency, renal disease, abnormally high phosphorus (inverse relationship).
  • Symptoms: Musculoskeletal and nervous—paresthesias (numbness/tingling) of lips, tongue, hands, feet; muscle cramps; tetany.
  • Classic signs:
    • Chvostek's sign: Involuntary twitching of facial muscles when the facial nerve is tapped.
    • Trousseau's sign: Hand spasm caused by inflating a blood pressure cuff above systolic pressure for three minutes.
  • Treatment: Increase dietary calcium and vitamin D, oral or IV calcium supplementation, decrease phosphorus if elevated.

🧪 Phosphorus: the inverse partner

Phosphorus: stored in bones, predominantly found in intracellular fluid; important in energy metabolism, RNA and DNA formation, nerve function, muscle contraction, and for bone, teeth, and membrane building and repair.

  • Normal range: 2.5–4.0 mg/dL.
  • Inverse relationship: Phosphorus and calcium are inversely related—high phosphorus can cause low calcium, and vice versa.
  • Dietary sources: Dairy products, fruits, vegetables, meat, cereal.

🔺 Hyperphosphatemia (elevated phosphorus)

  • Causes: Kidney disease, crush injuries, overuse of phosphate-containing enemas.
  • Symptoms: Usually asymptomatic, but signs of associated hypocalcemia may be present (due to inverse relationship).
  • Treatment: Decrease phosphorus intake, phosphate-binder medications, hemodialysis.

🔻 Hypophosphatemia (decreased phosphorus)

  • Causes: Acute—alcohol abuse, burns, diuretic use, respiratory alkalosis, resolving diabetic ketoacidosis, starvation; Chronic—hyperparathyroidism, vitamin D deficiency, prolonged phosphate binder use, hypomagnesemia or hypokalemia.
  • Symptoms: Usually asymptomatic; severe cases—muscle weakness, anorexia, encephalopathy, seizures, death.
  • Treatment: Treat underlying cause, oral or IV phosphorus replacement, increase phosphate-containing foods.

🥜 Magnesium: The Multisystem Electrolyte

🥜 What magnesium does and normal range

Magnesium: essential for normal cardiac, nerve, muscle, and immune system functioning; about half is stored in bones, about 1% in extracellular fluid, and the rest in intracellular fluid.

  • Normal range: 1.5–2.4 mEq/L.
  • Dietary sources: Green leafy vegetables, citrus, peanut butter, almonds, legumes, chocolate.

🔺 Hypermagnesemia (elevated magnesium)

  • Causes: Renal failure, excess magnesium replacement, use of magnesium-containing laxatives or antacids.
  • Symptoms: Bradycardia, weak and thready pulse, lethargy, tremors, hyporeflexia, muscle weakness, cardiac arrest.
  • Treatment: Increase fluid intake, discontinue magnesium-containing medications; severe cases—hemodialysis or peritoneal dialysis; IV calcium gluconate to reduce cardiac effects until magnesium level can be lowered.

🔻 Hypomagnesemia (decreased magnesium)

  • Causes: Inadequate dietary magnesium, loop diuretics (excrete magnesium), alcohol use disorder (poor diet + impaired nutrient absorption), chronic proton pump inhibitor use (impaired absorption).
  • Symptoms: Nausea, vomiting, lethargy, weakness, leg cramps, tremor, dysrhythmias, tetany (associated with concurrent hypocalcemia).
  • Treatment: Increase dietary magnesium, oral or IV magnesium supplementation.
  • Don't confuse: Hypomagnesemia can cause concurrent hypocalcemia, so tetany may be present in both conditions.

📊 Comparison Table: Electrolyte Imbalances

ElectrolyteNormal RangeElevated Level (Hyper-)Decreased Level (Hypo-)
Sodium (Na⁺)136–145 mEq/LCauses: Excessive salt intake<br>Symptoms: Lethargy, irritability, seizures, weakness<br>Treatment: Rehydrate with D5W, increase water intakeCauses: Excessive water intake, diuretics<br>Symptoms: Headache, confusion, coma<br>Treatment: 3% NS, fluid restriction
Potassium (K⁺)3.5–5.1 mEq/LCauses: Kidney dysfunction, excessive potassium intake, ACE inhibitors<br>Symptoms: Cardiac arrhythmias, cramping, diarrhea, irritability<br>Treatment: Limit dietary potassium, loop diuretic, insulin, dialysis, kayexalateCauses: Deficient intake, loop/thiazide diuretics, IV insulin<br>Symptoms: Weakness, arrhythmias, lethargy, thready pulse (WALT)<br>Treatment: PO/IV potassium, increase dietary K⁺
Calcium (Ca²⁺)8.6–10.2 mg/dLCauses: Overactive parathyroid glands, cancer<br>Symptoms: Nausea, vomiting, constipation, thirst<br>Treatment: Decrease dietary calcium, increase mobility, administer phosphorusCauses: Diuretic use, removal of parathyroid glands<br>Symptoms: Numbness, tingling, Chvostek's sign, Trousseau's sign (tetany)<br>Treatment: Increase dietary Ca²⁺, IV/PO calcium
Magnesium (Mg⁺)1.5–2.4 mg/dLCauses: Kidney disease, excessive magnesium intake (laxatives, antacids)<br>Symptoms: Muscle weakness, bradycardia, asystole, tremors, slow reflexes<br>Treatment: Dialysis, increased fluid intake, stop Mg⁺-containing medicationsCauses: Diuretics, undernutrition, long-term alcohol use disorder<br>Symptoms: Nausea, vomiting, lethargy, weakness, tetany, leg cramps, tremors, arrhythmias<br>Treatment: Increase dietary Mg⁺, PO/IV magnesium

🔑 Key Nursing Considerations

🔑 Critical safety points

  • Potassium IV push: NEVER administer potassium IV push—it can immediately stop the heart.
  • IV potassium rate: Administering IV potassium too quickly can cause cardiac arrest.
  • Narrow therapeutic ranges: Electrolytes have very narrow normal ranges; slight abnormalities can be devastating.
  • Calcium gluconate: Used as a temporary protective measure for cardiac muscle in both hyperkalemia and hypermagnesemia.

🔑 Common patterns to recognize

  • Neurological symptoms: Both hypernatremia and hyponatremia cause neurological symptoms, but the mechanism differs (cell shrinkage vs. swelling).
  • Cardiac symptoms: Both hyperkalemia and hypokalemia cause cardiac arrhythmias; potassium imbalances are especially dangerous for the heart.
  • Inverse relationships: Calcium and phosphorus are inversely related—treating one affects the other.
  • Concurrent imbalances: Hypomagnesemia can cause concurrent hypocalcemia; both present with tetany.

🔑 Treatment principles

  • Mild imbalances: Often treated with dietary modification and oral supplementation.
  • Severe imbalances: May require IV supplementation, hemodialysis, or specific medications (e.g., kayexalate for hyperkalemia, phosphate binders for hyperphosphatemia).
  • Monitoring: Close monitoring is essential, especially when administering insulin for hyperkalemia (check blood glucose often, usually hourly per agency policy).
81

Acid-Base Balance

Chapter 15.5 Acid-Base Balance

🧭 Overview

🧠 One-sentence thesis

The body maintains blood pH within a narrow range (7.35–7.45) through coordinated lung and kidney responses, and deviations cause four distinct acid-base imbalances that require prompt recognition and treatment to prevent life-threatening complications.

📌 Key points (3–5)

  • Why pH matters: even a slight shift outside 7.35–7.45 can be life-threatening; a pH of 7.10 can cause cardiac arrest or severe hyperkalemia.
  • Two organ systems work together: lungs regulate CO₂ (acid) quickly via breathing rate; kidneys regulate bicarbonate (base) slowly via retention or excretion.
  • Four imbalances exist: respiratory acidosis, respiratory alkalosis, metabolic acidosis, and metabolic alkalosis—each identified by specific pH, PaCO₂, and HCO₃ patterns.
  • Common confusion—ROME method: Respiratory Opposite (PaCO₂ moves opposite to pH), Metabolic Equal (HCO₃ moves same direction as pH).
  • Compensation occurs in stages: uncompensated (only one value abnormal), partially compensated (pH still abnormal, both values abnormal), fully compensated (pH normal, both values abnormal).

🩸 Arterial Blood Gases (ABG) fundamentals

🩸 What ABGs measure

Arterial blood gases (ABG): blood collected from an artery (usually radial) to measure pH, PaO₂, PaCO₂, HCO₃, and SaO₂.

  • Before collection: perform the Allen test—compress both radial and ulnar arteries, release ulnar artery, check if warmth and color return to the hand (confirms adequate arterial flow).
  • ABGs assess both acid-base balance and oxygenation status.

📊 ABG components and normal values

ComponentWhat it measuresNormal rangeCritical value
pHAcidity (<7.35) or alkalinity (>7.45) of blood; reflects H⁺ ion concentration7.35–7.45<7.25 or >7.60
PaCO₂Partial pressure of CO₂ (acid managed by lungs)35–45 mmHg<25 or >60 mmHg
HCO₃Bicarbonate level (base managed by kidneys)22–26 mEq/L<10 or >40 mEq/L
PaO₂Partial pressure of oxygen80–100 mmHg<60 mmHg
SaO₂Oxygen saturation95–100%<88%

Don't confuse: PaO₂ (more accurate oxygenation measure) vs. SaO₂ (hemoglobin saturation); SaO₂ may be normal even with hypercapnia.

🫁 Respiratory imbalances

🫁 Respiratory acidosis (too much CO₂)

Respiratory acidosis: CO₂ builds up (hypercapnia), making blood acidic; pH <7.35 and PaCO₂ >45.

How it happens:

  • Decreased ventilation → less CO₂ exhaled → CO₂ accumulates → blood becomes acidic.
  • Causes: COPD, asthma exacerbation, heart failure with pulmonary edema, oversedation (opioids, anesthesia, alcohol).

Key pattern: as PaCO₂ increases, pH decreases (opposite directions).

Chronic vs. acute:

  • Chronic (e.g., COPD): body adapts over time; kidneys compensate by retaining HCO₃; higher CO₂ tolerated.
  • Acute: no time to adapt; mental status changes occur quickly.

Signs and symptoms:

  • Mild to moderate: anxiety, mild dyspnea, daytime sluggishness, headaches, hypersomnolence.
  • Severe or rapid: delirium, paranoia, depression, confusion, decreased consciousness, seizures, coma.
  • Normal lung function: symptoms when PaCO₂ >75–80 mmHg; chronic hypercapnia: symptoms when PaCO₂ >90–100 mmHg.

Treatment:

  • Improve ventilation: remove airway restrictions, reverse oversedation, nebulizer treatments.
  • BiPAP or CPAP devices (noninvasive positive pressure ventilation) to increase depth of respirations and remove CO₂.
  • If unsuccessful: intubation and mechanical ventilation.

Don't confuse: SaO₂ may be normal with hypercapnia; do not rely solely on oxygen saturation to assess acid-base status.

💨 Respiratory alkalosis (too little CO₂)

Respiratory alkalosis: body removes too much CO₂ via hyperventilation; pH >7.45 and PaCO₂ <35.

How it happens:

  • Hyperventilation → excessive CO₂ exhaled → blood becomes alkaline.
  • Causes: anxiety, panic attacks, pain, fear, head injuries, mechanical ventilation, salicylate overdose (initially), acute asthma exacerbations (initially), pulmonary embolism (initially).

Key pattern: as PaCO₂ decreases, pH increases (opposite directions).

Signs and symptoms:

  • Shortness of breath, dizziness, light-headedness, chest pain or tightness, paresthesias, palpitations.

Treatment:

  • Treat underlying cause.
  • Breathing retraining (diaphragmatic breathing):
    • Client places one hand on abdomen, one on chest.
    • Breathe in slowly over 4 seconds, pause, breathe out over 8 seconds.
    • Goal: abdomen hand moves more than chest hand.
    • 5–10 cycles should reduce anxiety and improve hyperventilation.
  • If unsuccessful: small dose of short-acting benzodiazepine (e.g., lorazepam 0.5–1 mg).
  • Do NOT use paper bag rebreathing: current research shows it can cause significant hypoxemia and complications; if used, continuously monitor oxygen saturation.

Don't confuse: respiratory alkalosis is not fatal, but underlying conditions (asthma exacerbation, pulmonary embolism) can be life-threatening.

🧪 Metabolic imbalances

🧪 Metabolic acidosis (too much acid or too little base)

Metabolic acidosis: accumulation of acids (H⁺) and not enough bases (HCO₃); pH <7.35 and HCO₃ <22.

How it happens:

  • Kidneys cannot excrete and neutralize excess acid adequately.
  • Causes: diabetic ketoacidosis (ketones build up), lactic acidosis (impaired tissue oxygenation), severe diarrhea (bicarbonate loss), renal disease (decreased acid elimination), toxins (salicylate excess).

Key pattern: both pH and HCO₃ decrease (same downward direction).

Signs and symptoms:

  • Rapid breathing (lungs try to remove excess CO₂ to compensate).
  • Confusion, decreased consciousness, hypotension, electrolyte disturbances.
  • Can progress to circulatory collapse and death if untreated.

Treatment:

  • IV fluids to improve hydration.
  • Glucose management (if diabetic ketoacidosis).
  • Circulatory support.
  • If pH <7.1: IV sodium bicarbonate to neutralize acids.

🧂 Metabolic alkalosis (too much base or too little acid)

Metabolic alkalosis: too much bicarbonate (HCO₃) or excessive loss of acid (H⁺); pH >7.45 and HCO₃ >26.

How it happens:

  • Gastrointestinal loss of H⁺: prolonged vomiting or nasogastric suctioning (gastric secretions are high in H⁺).
  • Excessive urinary loss: diuretics or excessive mineralocorticoids cause H⁺ loss in urine.
  • Excessive bicarbonate: IV sodium bicarbonate administration.
  • Hydrogen ion shift into cells: hypokalemia causes K⁺ to move out of cells and H⁺ to move into cells (to maintain electrical neutrality), raising blood pH.

Key pattern: both pH and HCO₃ increase (same upward direction).

Signs and symptoms:

  • Decreased respiratory rate (lungs try to retain CO₂ to increase acidity).
  • Confusion.
  • Can result in hypotension and cardiac dysfunction if uncorrected.

Treatment:

  • Treat underlying cause: stop vomiting, stop gastrointestinal suctioning, stop diuretics.
  • Treat hypokalemia if present.
  • Stop bicarbonate administration if applicable.
  • Dialysis if kidney disease present.

Don't confuse: calcium antacids alone do not cause metabolic alkalosis; only when administered concurrently with Kayexalate.

🔍 Interpreting ABG results systematically

🔍 The ROME method

ROME: Respiratory Opposite, Metabolic Equal.

  • Respiratory Opposite: PaCO₂ moves in the opposite direction of pH if respiratory system is causing the imbalance.
  • Metabolic Equal: HCO₃ moves in the same direction as pH if metabolic system is causing the imbalance.

📋 Four-step interpretation process

Step 1: Check pH (normal 7.35–7.45)

  • pH <7.35 → acidosis
  • pH >7.45 → alkalosis

Step 2: Check PaCO₂ (normal 35–45 mmHg)

  • PaCO₂ <35 → alkalotic
  • PaCO₂ >45 → acidotic
  • If respiratory problem: PaCO₂ moves opposite to pH
    • pH <7.35 (acidosis) + PaCO₂ >45 (acidotic) = respiratory acidosis
    • pH >7.45 (alkalosis) + PaCO₂ <35 (alkalotic) = respiratory alkalosis
  • If not respiratory, move to Step 3.

Step 3: Check HCO₃ (normal 22–26 mEq/L)

  • HCO₃ <22 → acidotic
  • HCO₃ >26 → alkalotic
  • If metabolic problem: HCO₃ moves same direction as pH
    • pH <7.35 (acidosis) + HCO₃ <22 (acidotic) = metabolic acidosis
    • pH >7.45 (alkalosis) + HCO₃ >26 (alkalotic) = metabolic alkalosis

Step 4: Determine compensation level

Compensation levelpH statusPaCO₂ and HCO₃ statusMeaning
Fully compensatedNormal (7.35–7.45)Both out of rangeBody has fixed the imbalance; the CAUSE is out of range, the other value is significantly out of range
Partially compensatedAbnormal (<7.35 or >7.45)Both abnormalBody is working to fix it but hasn't normalized pH yet; both values moving out of range
UncompensatedAbnormal (<7.35 or >7.45)Only one abnormalBody not yet compensating; only the CAUSE is out of range

Remember: lungs compensate quickly for metabolic disorders; kidneys compensate slowly for respiratory disorders.

⚠️ Clinical significance

⚠️ Why rapid recognition matters

  • A pH shift of only 0.25 below normal (pH 7.10) is often fatal.
  • Severe acidosis can cause cardiac arrest, respiratory arrest, or significant hyperkalemia.
  • Failure to recognize ABG abnormalities can have serious consequences.

⚠️ Nursing assessment priorities

  • Airway, breathing, circulation first when hypercapnia suspected.
  • Do not rely solely on SaO₂ levels—they may be normal with hypercapnia.
  • Seek urgent assistance if client is in respiratory distress.
  • Report suspected imbalances promptly so ABG can be drawn and treatment prescribed.
82

Applying the Nursing Process to Fluid, Electrolyte, and Acid-Base Imbalances

Chapter 15.6 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

The nursing process provides a systematic approach to continuously assess, diagnose, plan, implement, and evaluate care for clients with fluid, electrolyte, or acid-base imbalances, ensuring that subtle changes are not overlooked and interventions match the client's rapidly changing condition.

📌 Key points (3–5)

  • Why continuous use matters: Fluid, electrolyte, and acid-base conditions can change rapidly, requiring ongoing reassessment before each intervention.
  • Assessment foundation: Combines subjective data (history, symptoms), objective data (vital signs, weight, edema, mental status), and diagnostic tests (labs, ABGs, imaging) to form a complete picture.
  • Common confusion—fluid shift vs. fluid balance: A client with edema may still have intravascular fluid deficit if too much fluid has leaked into interstitial spaces, causing hypotension and weak pulses despite visible swelling.
  • Compensation levels: Acid-base imbalances can be fully compensated (pH normal, both CO₂ and HCO₃ abnormal), partially compensated (pH abnormal, both abnormal), or uncompensated (pH abnormal, only one abnormal).
  • Life span vulnerability: Newborns, infants, children during illness, and older adults are at higher risk due to physiological differences (e.g., decreased thirst reflex, immature kidneys, decreased kidney function with age).

📋 Assessment components

📝 Subjective assessment

Subjective assessment data: information obtained from the client as a primary source or family members/friends as a secondary source through interviewing.

  • Gather information about:
    • Age, chronic disease history, surgeries, traumas
    • Dietary intake and activity level
    • Prescribed medications and compliance
    • Pain, bowel and bladder functioning
  • Why it matters: Identifies normal patterns and risk factors.
  • Example: A history of kidney disease or heart failure → risk for fluid volume excess; diuretic use → risk for fluid volume deficit and electrolyte imbalances; diabetes mellitus → risk for all three types of imbalances.
  • Purpose: Helps nurses anticipate complications and recognize subtle cues as problems develop.

🔍 Objective assessment

Objective assessment data: information the nurse directly observes through physical examination using inspection, auscultation, and palpation.

Key focused assessments:

AssessmentWhat to measureCritical findings (notify provider)
Daily weightsSame scale, same time, similar clothing>1 kg change in 24 hours (= 1 liter fluid gain/loss)
Intake & output24-hour trends<30 mL/hour or <0.5 mL/kg/hr averaged urine output
Vital signsBP, HR, pulsesSystolic BP <100 mm Hg (unless other parameters given); elevated BP + bounding pulses (excess); decreased BP + elevated HR + weak/thready pulse (deficit)
Lung soundsAuscultate all fieldsCrackles (often first in lower posterior fields) indicate fluid volume excess
SkinTurgor, edema, moistureTight/edematous/shiny skin (excess); tenting, dry mucous membranes (deficit)
Mental statusOrientation, LOCNew confusion or decreased consciousness (can indicate hypo/hypernatremia, acid-base imbalance, or fluid deficit)
Cardiac rhythmMonitor for arrhythmiasArrhythmias with acid-base or electrolyte imbalances (especially hypo/hyperkalemia, alkalosis)
  • Don't confuse: Edema does not always mean fluid volume excess—clients with edema may have intravascular fluid deficit if fluid has shifted to interstitial spaces.

🧪 Diagnostic and lab work

Lab tests for fluid status:

LabNormal rangeElevated (concentrated)Decreased (dilute)
Serum osmolarity275–295 mmol/kgFluid volume deficitFluid volume excess
Urine specific gravity1.010–1.020>1.020 → deficit<1.010 → excess intake
HematocritMen 42–52%; Women 37–47%Deficit (plasma decreased, RBCs concentrated)Excess (plasma increased, RBCs diluted)
BUN7–20 mg/dLDeficit (blood concentrated) or kidney dysfunction
  • Urine osmolarity: Measures particle concentration in urine; elevated = concentrated urine (deficit); decreased = dilute urine (excess intake).
  • Special case—Excessive Fluid Volume with altered physiology: Serum osmolarity decreases (fluid retained) but urine specific gravity is elevated (urine concentrated) because kidneys cannot increase output to eliminate excess fluid.

Electrolyte monitoring:

  • Sodium, potassium, calcium, phosphorus, magnesium should be monitored closely in at-risk clients.
  • Refer to Table 15.4 (Electrolytes section) for imbalance symptoms and treatments.

Additional tests:

  • Chest X-ray: Evaluates for fluid in lungs (complication of excessive fluid volume).
  • Electrocardiogram (ECG): Evaluates for arrhythmias from electrolyte imbalances.
  • Arterial blood gases (ABGs): Monitor critically ill clients (e.g., diabetic ketoacidosis, severe respiratory distress) for respiratory status, oxygenation, and metabolic processes.

👶👴 Life span considerations

🍼 Newborns and infants

  • ~75% of weight is water (vs. adults).
  • Vulnerabilities:
    • Immature Renin-Angiotensin-Aldosterone System
    • Kidneys less able to concentrate urine or retain sodium
    • Greater body surface area → more insensible losses (skin, lungs)
    • Less able to excrete potassium
  • Risks: Hyponatremia, fluid volume deficit, hyperkalemia.
  • Vomiting/diarrhea can quickly cause imbalances.
  • Monitoring tip: Count wet diapers per day; weigh diapers for hospitalized infants.

🧒 Children and adolescents

  • At risk for dehydration when physically active in hot environments (excessive sweating).
  • Illnesses with diarrhea, vomiting, or fever can quickly cause deficit if fluid intake is inadequate.
  • Education: Teach parents the importance of fluid intake during sweating or illness.

👵 Older adults

  • Risk factors: Surgery, chronic diseases (heart, kidney), diuretic use, decreased mobility, decreased thirst reflex, naturally decreased kidney function.
  • Physiological changes: Decreased sodium and water retention; decreased potassium excretion.
  • Risks: Fluid volume deficit and electrolyte abnormalities.

🩺 Nursing diagnoses

🏷️ Common NANDA-I diagnoses

DiagnosisDefinitionKey defining characteristics
Excess Fluid VolumeSurplus retention of fluidAdventitious breath sounds, elevated BP, altered respiratory pattern/mental status, anxiety, decreased hematocrit/serum osmolarity/BUN, edema, intake exceeds output, hepatomegaly, JVD, pulmonary congestion, weight gain
Deficient Fluid VolumeDecreased intravascular, interstitial, and/or intracellular fluid (dehydration)Altered mental status, decreased skin turgor/BP/urine output, dry skin/mucous membranes, increased HR/serum osmolarity/hematocrit/BUN, increased urine concentration, sudden weight loss, thirst, weakness
Risk for Imbalanced Fluid VolumeSusceptible to decrease, increase, or rapid shiftAltered fluid intake, excessive sodium intake, ineffective medication self-management, malnutrition
Risk for Electrolyte ImbalanceSusceptible to changes in serum electrolyte levelsDiarrhea, vomiting, excessive or insufficient fluid volume

📝 PES statement examples

Excess Fluid Volume:

  • "Fluid Volume Excess related to compromised regulatory mechanism as evidenced by edema, crackles in lower posterior lungs, and weight gain of 2 kg in 24 hours."

Deficient Fluid Volume:

  • "Deficient Fluid Volume related to insufficient fluid intake as evidenced by BP 90/60, dry mucous membranes, decreased urine output, and increased hematocrit."

Risk diagnoses (no "related to"; use "as evidenced by" for risk factors):

  • "Risk for Imbalanced Fluid Volume as evidenced by vomiting."
  • "Risk for Electrolyte Imbalance as evidenced by insufficient knowledge about modifiable risk factors related to diuretic use."

🎯 Outcome identification

🎯 Goals and SMART outcomes

For Excess Fluid Volume:

  • Goal: "The client will achieve fluid balance."
  • Indicators: Body weight returns to baseline, no peripheral edema, no neck vein distention, no adventitious breath sounds.
  • SMART outcome example: "The client will maintain clear lung sounds with no evidence of dyspnea over the next 24 hours."

For Electrolyte Imbalances:

  • Goal: "The client will maintain serum sodium, potassium, calcium, phosphorus, magnesium, and/or pH levels within normal range."
  • Additional goal: "The client will maintain a normal sinus heart rhythm with regular rate" (because electrolyte imbalances can cause life-threatening arrhythmias).

🛠️ Planning and implementing interventions

💧 Interventions for Excess Fluid Volume

  • Weigh daily at consistent times; notify provider for weight gain >1 kg in 24 hours.
  • Measure intake/output; monitor 24-hour trends; notify provider for urine output <30 mL/hour or <0.5 mL/kg/hour.
  • Monitor hemodynamic status (BP, HR, MAP, cardiac output).
  • Monitor respiratory status for pulmonary edema signs (increasing anxiety, dyspnea, orthopnea, increased RR, decreasing SpO₂); auscultate lungs for new/worsening crackles.
  • Monitor for worsening peripheral edema; if present, elevate extremities, use compression, promote skin integrity.
  • Monitor labs: serum osmolarity, urine specific gravity, hematocrit, BUN.
  • Elevate head of bed to improve ventilation.
  • Administer prescribed diuretics; monitor for effect and side effects (orthostatic hypotension, electrolyte imbalances).
  • Implement prescribed fluid restrictions; provide ice chips for comfort.
  • Restrict dietary sodium as prescribed.
  • Educate client/family about medications, restrictions, and monitoring at home (sudden weight changes, worsening edema/dyspnea).

💦 Interventions for Deficient Fluid Volume

  • Recognize and address causes (diarrhea, vomiting, fever, diuretics, uncontrolled diabetes); administer antidiarrheals/antiemetics as appropriate.
  • Monitor for signs: poor skin turgor, delayed capillary refill, weak/thready pulse, severe thirst, dry mucous membranes, decreased urine output.
  • Weigh daily; monitor trends.
  • Measure intake/output; notify provider for urine output <30 mL/hour or <0.5 mL/kg/hour (may indicate kidney injury).
  • Monitor hemodynamic status every 15 minutes to 1 hour (unstable) or every 4 hours (stable).
  • Orthostatic blood pressure check:
    • Client lies down 5 minutes → measure BP and pulse.
    • Client stands → repeat BP and pulse after 1–3 minutes standing.
    • Abnormal if systolic BP drops >20 mm Hg or diastolic drops >10 mm Hg, or if client feels light-headed/dizzy.
    • Report orthostatic hypotension; implement fall precautions.
  • Monitor labs: serum osmolarity, urine specific gravity, hematocrit, BUN.
  • Encourage oral fluid intake (client's preferred beverages every 1–2 hours, within easy reach) unless contraindicated.
  • Minimize drinks with diuretic/laxative effects (coffee, tea, alcohol, prune juice).
  • Administer prescribed IV fluids (generally isotonic for extracellular rehydration, hypotonic for intracellular rehydration); monitor for development of excessive fluid volume or pulmonary edema during rehydration.
  • Recognize impending hypovolemic shock (emergent): elevated pulse/respirations, decreased BP, cold/clammy skin, weak/thready pulse, confusion.
  • Educate client/family about dehydration signs; remind older adults that thirst sensation decreases with age.

⚡ Interventions for Risk for Electrolyte Imbalance

  • Recognize potential causes: diuretic therapy, kidney disease, GI fluid loss, wound/burn drainage, excessive perspiration.
  • Monitor mental status, vital signs, heart rhythm at least every 8 hours or more frequently (electrolyte imbalances can cause confusion, arrhythmias, muscle weakness, edema, respiratory failure).
  • Monitor associated lab results; report abnormal findings.
  • Administer oral/IV electrolyte supplements for deficiencies.
  • Limit dietary intake for specific excesses.
  • Administer electrolyte-binding medications (e.g., Kayexalate for hyperkalemia) as prescribed.
  • Administer IV fluids to promote renal excretion of excess electrolytes as prescribed.
  • Educate client/family about dietary choices for specific imbalances and monitoring for potential imbalances at home from medications.

⚠️ Safe implementation principles

Reassess before each intervention because clients can quickly shift from one imbalance to another:

  • Example: A client admitted with Fluid Volume Deficit received IV fluids for 24 hours. Before hanging the next IV bag, the nurse notices new pitting edema in lower extremities and crackles in lungs → notifies provider → IV fluids discontinued, diuretic ordered.

Key reassessments:

  • Daily weights for sudden changes (>1 kg in 24 hours).
  • Location and extent of edema (use 1+ to 4+ scale).
  • Intake/output over 24 hours; note trends of decreasing urine output relative to intake (potential Excess Fluid Volume).
  • Labs: serum osmolarity, sodium, BUN, hematocrit for abnormalities.
    • Client receiving IV fluids may develop Excess Fluid Volume → decreased serum osmolarity, sodium, BUN, hematocrit.
    • Client receiving IV diuretics may become dehydrated → elevated serum osmolarity, sodium, BUN, hematocrit.
  • For clients receiving IV fluids: monitor lung sounds for crackles, ask about dyspnea; report new findings.
  • For clients receiving diuretics: monitor for fluid volume deficit and electrolyte imbalances (hypokalemia, hyponatremia).
  • Implement fall precautions for clients with orthostatic hypotension, restlessness, anxiety, or confusion.

✅ Evaluation

📊 Signs of improvement

ImbalanceSigns/symptoms of improvement
Fluid Volume ExcessDecreased crackles, decreased edema, decreased shortness of breath, improved JVD
Fluid Volume DeficitIncreased BP, decreased HR, normal skin turgor, moist mucous membranes
Electrolyte ImbalancesElectrolyte levels return to normal, absence of signs/symptoms of deficit or excess
Acid-Base ImbalanceABGs return to normal or baseline, resolution of vomiting/diarrhea, no respiratory distress

Evaluation process:

  • Determine whether goals and outcomes are met.
  • If met → plan of care can likely be discontinued.
  • If not met → revise outcomes/goals or add/revise interventions.
  • Continuously evaluate effectiveness of interventions to maintain fluid balance.
83

Elimination Introduction and Basic Concepts

Chapter 16.1 Elimination Introduction

🧭 Overview

🧠 One-sentence thesis

Nurses must understand the anatomy, physiology, and common alterations of the urinary and gastrointestinal systems to provide effective care for clients experiencing elimination problems such as urinary tract infections, incontinence, retention, constipation, and diarrhea.

📌 Key points (3–5)

  • Two elimination systems: The urinary system removes waste through urine; the gastrointestinal system eliminates waste through bowel movements.
  • Common urinary alterations: Include urinary tract infections, urinary incontinence, and urinary retention, with specific terminology to describe output changes (anuria, oliguria, polyuria).
  • Common bowel alterations: Include constipation, diarrhea, and bowel incontinence, with important signs like bleeding or tarry stools requiring provider notification.
  • Life span variations: Elimination patterns and risks change from newborns (meconium) through toddlers (toilet training) to older adults (slowed peristalsis and increased constipation risk).
  • Common confusion: Don't confuse different types of bleeding—bright red blood (hematochezia) indicates lower GI bleeding, while black tarry stools (melena) indicate upper GI bleeding.

🫘 Urinary System Structure and Function

🫘 Basic anatomy

The urinary system (also called renal system or urinary tract): consists of the kidneys, ureters, bladder, and urethra.

Purpose of the urinary system:

  • Eliminate waste from the body
  • Regulate blood volume and blood pressure
  • Control levels of electrolytes and metabolites
  • Regulate blood pH

How it works:

  • Kidneys filter blood in the nephrons and remove waste as urine
  • Urine exits the kidney via ureters
  • Urine enters and is stored in the urinary bladder
  • Urine is expelled through the urethra during urination (also called voiding)

💧 Normal urine production and characteristics

Volume:

  • Healthy adults with normal kidney function produce 800-2,000 mL of urine per day
  • Amount depends on fluid intake and fluid lost through sweating and breathing
  • Bladder typically holds about 360-480 mL of urine

Appearance:

  • Normal urine should be clear, pale to light yellow in color
  • Should not be foul-smelling
  • Some foods or medications may change smell or color (Example: phenazopyridine/Pyridium causes orange urine)

🚽 Urination mechanism

The process:

  • As the bladder fills, it sends signals to the brain that it is time to urinate
  • Two sets of muscles work together as a sphincter, closing off the urethra to keep urine in the bladder
  • Brain sends signals to the bladder wall to contract and squeeze urine out through the urethra
  • Frequency depends on how quickly kidneys produce urine and how much the bladder can comfortably hold

📊 Urinary System Terminology

📊 Output-related terms

TermDefinitionClinical significance
AnuriaLess than 50 mL urine over 24 hoursTypically found during kidney failure
OliguriaLess than 500 mL urine in 24 hours (adults); <0.5 mL/kg/hr (adults/children); <1 mL/kg/hr (infants)Can indicate dehydration, fluid retention, or decreasing kidney function—report new oliguria
PolyuriaGreater than 2.5 liters over 24 hours (also called diuresis); urine typically clear with no colorCan be a sign of many medical conditions—report new polyuria

🩺 Symptom-related terms

TermDefinitionNotes
DysuriaPainful or difficult urination
FrequencyNeed to urinate several times during day or night in normal or less-than-normal volumesMay be accompanied by urgency
NocturiaNeed to get up at night regularly to urinateOften causes sleep deprivation affecting quality of life
UrgencySensation of urgent need to voidCan cause urge incontinence if client cannot reach bathroom quickly
HematuriaBlood in the urineEither visualized or found during microscopic analysis
PyuriaAt least ten white blood cells per cubic millimeter of urineTypically indicates infection; in severe infections, pus may be visible

📏 Monitoring urine output

Methods:

  • Collection hat placed in client's toilet, then measured in graduated cylinder
  • Indwelling catheter: urine emptied every shift from catheter bag and measured
  • Infants/toddlers: number of daily wet diapers provides general measure
  • Hospitalized infants/toddlers: wet diapers are weighed for specific measurement

🍽️ Gastrointestinal System Structure and Function

🍽️ Basic anatomy

The gastrointestinal (GI) system: includes the mouth, esophagus, stomach, small intestine, large intestine, and anus.

Key mechanism—peristalsis:

Peristalsis: the involuntary contraction and relaxation of muscle creating wave-like movements of the intestines.

  • Pushes ingested food and liquid through the GI tract

🔄 Digestion and elimination process

Step-by-step:

  1. Stomach: mixes food and liquid with digestive enzymes, then empties into small intestine
  2. Small intestine: muscles mix food with enzymes and bile from pancreas, liver, and intestine; walls absorb water and digested nutrients into bloodstream
  3. Bacteria (normal flora/microbiome): assist with digestion
  4. Large intestine: absorbs water and changes waste from liquid into stool
  5. Rectum: stores stool at lower end of large intestine
  6. Anus: stool is pushed out during a bowel movement

🩸 Bowel Elimination Terminology

🩸 Stool appearance and bleeding

TermDescriptionCause/Significance
Black stoolsBlack-colored stoolsCan be side effects of iron supplements or bismuth subsalicylate (Pepto-Bismol)
Rectal bleeding (hematochezia)Bright red blood in stoolsSign of bleeding from lower GI tract; ranges from minimal (hemorrhoids) to life-threatening; always report new bleeding
Tarry stools (melena)Black, sticky, tar-like stoolsCaused by bleeding in upper GI tract (esophagus, stomach, first part of small intestine) or swallowed blood; blood appears darker because it undergoes digestion; ranges from mild to life-threatening; always report

Don't confuse:

  • Bright red blood = lower GI bleeding
  • Black tarry stools = upper GI bleeding (blood has been digested)
  • Black stools from supplements = not bleeding

👶 Life Span Considerations

👶 Newborns and infants

Meconium:

Meconium: the first bowel movement of a newborn that appears sticky and black to dark green in color.

Normal stool patterns:

  • Breastfed baby: stool usually appears like curdled yellow; often have bowel movements after every feeding
  • Formula-fed baby: stool is pastier; tend to have fewer bowel movements

🧒 Toddlers

Toilet training:

  • Usually begins between two and three years old

Enuresis:

Enuresis: incontinence when sleeping (i.e., bed-wetting).

  • Considered normal unless it continues past seven or eight years of age
  • Should be addressed with pediatrician if persistent

Digestion:

  • Often have undigested food in bowel movements (e.g., corn, grapes) due to intestinal system not fully digesting some foods

🎒 School-aged children

Constipation risk:

  • May delay bowel movements during school until they are home for privacy
  • The longer stool sits in the colon, the more water is absorbed by intestines
  • Result: harder stool that becomes more difficult to pass

👨 Adults

Urinary changes:

  • Females: often develop urinary incontinence related to pregnancy/delivery, menopause, or vaginal hysterectomy
  • Males: may have urgency and urinary retention with possible overflow incontinence as prostate enlarges
  • Adults over 30: may develop nocturia

👵 Older adults

Bowel changes:

  • Peristalsis typically slows with aging
  • Should be encouraged to increase fluids, fiber, and activity (as appropriate) to prevent constipation
  • Goal: bowel movement with soft, formed stools every three days
  • If goal not met, a bowel management program should be initiated
84

Elimination: Basic Concepts and Common Alterations

Chapter 16.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Nurses play a critical role in assessing, educating, and managing clients with common urinary and bowel elimination problems—such as UTIs, incontinence, retention, constipation, and diarrhea—to improve quality of life and prevent serious complications.

📌 Key points (3–5)

  • Urinary tract infections (UTIs) are common bacterial infections that can range from mild bladder infections to serious kidney infections and sepsis; early recognition and antibiotic treatment are essential.
  • Urinary incontinence has multiple types (stress, urge, mixed, overflow, functional) with different causes; targeted interventions like pelvic floor exercises, timed voiding, and lifestyle changes can restore bladder control.
  • Urinary retention occurs when the bladder cannot empty completely, increasing UTI risk; it may require catheterization, bladder training, medications, or surgery depending on the cause.
  • Constipation results from slowed peristalsis and excessive water reabsorption in the colon; prevention focuses on fluids, fiber, and activity, while treatment includes stool softeners, laxatives, and bowel regimens.
  • Common confusion: liquid stool seepage in fecal impaction can be mistaken for diarrhea; also, older adults with UTIs may present with confusion rather than classic urinary symptoms.

🩺 Urinary tract infections (UTIs)

🦠 What a UTI is and who is at risk

A urinary tract infection (UTI) is a common infection that occurs when bacteria, typically from the rectum, enter the urethra and infect the urinary tract.

  • The most common type is a bladder infection (cystitis); kidney infections (pyelonephritis) are more serious and can cause long-lasting kidney damage.
  • Higher-risk groups:
    • Females (shorter urethra, closer to rectum)
    • Previous UTI, sexual activity (especially new partners), pregnancy
    • Older adults and young children
    • Structural problems (e.g., prostate enlargement)

🔍 Recognizing UTI symptoms

Bladder infection symptoms:

  • Pain or burning during urination (dysuria)
  • Frequent urination (frequency)
  • Urgency with small amounts of urine
  • Bloody urine
  • Pressure or cramping in the groin or lower abdomen
  • In older adults: confusion or altered mental status (may be the only sign)

Kidney infection (pyelonephritis) symptoms:

  • Fever above 101°F (38.3°C)
  • Shaking chills
  • Lower back or flank pain (sides of the back)
  • Nausea or vomiting

Don't confuse: Older adults may not show classic urinary symptoms but instead present with increased confusion; this is a key red flag for UTI in this population.

💊 Treatment and prevention

Treatment:

  • Antibiotics are prescribed; nurses must emphasize finishing the full course even if symptoms improve to prevent antibiotic-resistant organisms.
  • Encourage extra fluids to flush bacteria from the urinary tract.

Prevention teaching:

  • Urinate after sexual activity
  • Stay well-hydrated and urinate regularly
  • Take showers instead of baths
  • Minimize douching, sprays, or powders in the genital area (to preserve normal pH and flora)
  • Females: wipe front to back to prevent bacterial contamination from the anus

Serious complication: UTIs can spread to the blood (septicemia), leading to life-threatening sepsis.

🚽 Urinary incontinence

🧩 What incontinence is and why it matters

Urinary incontinence is the involuntary loss of urine.

  • Affects approximately 1 in 5 women; many are too embarrassed to discuss it with providers.
  • Can lead to isolation and depression when clients limit activities and social interactions.
  • Not a normal part of aging—nurses can greatly improve quality of life by assessing sensitively and providing education.

🔢 Five types of urinary incontinence

TypeDefinitionCause
StressInvoluntary loss with intra-abdominal pressure (laughing, coughing) or physical exertion (jumping)Weak pelvic floor muscles (pregnancy, vaginal delivery, menopause, hysterectomy)
Urge (overactive bladder)Leakage with strong, sudden desire to void (urgency)Increased detrusor muscle sensitivity or decreased CNS inhibitory control
MixedCombination of frequency, urgency, and stress incontinenceMultiple factors
OverflowSmall amounts leak from a bladder that is always fullEnlarged prostate preventing complete bladder emptying (common in males)
FunctionalNormal bladder control but cannot reach toilet in timeMobility problems (arthritis), difficulty with clothing, dementia

Why distinguishing types matters: Appropriate interventions must be targeted to the specific cause.

📋 Assessment: the voiding diary

When a client reports leakage or difficulty making it to the bathroom in time, encourage them to keep a voiding diary that records:

  • When and how much they urinate
  • Urinary leakage and the activity at the time (running, laughing, etc.)
  • Sudden urges to urinate
  • How often they wake at night to use the bathroom
  • Type, volume, and timing of food and beverages
  • Medication use (e.g., diuretics) and timing
  • Any pain or problems before, during, and after urinating

The provider will review the diary, perform a physical exam, and order diagnostic tests (e.g., urine dip for UTI, urodynamic testing for bladder function).

🏋️ Interventions: bladder control training

🏋️ Pelvic floor (Kegel) exercises

  • Work the muscles used to stop urination; help prevent stress incontinence.
  • How to find the right muscles: stop the stream of urine mid-flow or imagine stopping the passage of gas; you should feel a "pulling" sensation.
  • How to practice:
    • Lie on the floor, pull in pelvic muscles, hold for a count of 3, then relax for 3.
    • Work up to 10–15 repeats per session.
    • Practice at least three times a day in three different positions (lying, sitting, standing).
  • Be patient: Most people notice improvement after a few weeks; maximum effect may take 3–6 weeks.

⏰ Timed voiding

  • Encourages the client to urinate on a set schedule (e.g., every hour) whether they feel the urge or not.
  • Gradually extend the time between bathroom trips (goal: four hours between voiding).
  • Helps control urge and overflow incontinence by training the brain to be less sensitive to bladder expansion.

🥤 Lifestyle changes

  • Lose weight, reduce caffeine (coffee, tea, sodas)
  • Prevent constipation
  • Avoid lifting heavy objects
  • Limit fluids before bedtime
  • Schedule diuretics in the morning or early afternoon

🛡️ Protective products

  • Incontinence underwear with waterproof liner and built-in pad (daytime and nighttime styles)
  • Tampon-like absorbent fiber products for females (support the urethra without inhibiting urination)

🩺 Other treatment options

  • Biofeedback: uses sensors to help clients regain control over bladder and urethral muscles.
  • Mechanical devices (pessaries): support the urethra and vaginal prolapse; professionally fitted, must be removed and cleaned regularly to prevent infection.
  • Anticholinergic medications (e.g., oxybutynin): treat urge and mixed incontinence by blocking acetylcholine and providing antispasmodic effect on smooth muscle; side effects include dry mouth, constipation, dizziness, drowsiness (increased fall risk in older adults).
  • Surgery (e.g., sling procedure, bladder neck suspension) if bladder training and medications are not effective.

🚰 Urinary retention

🧩 What urinary retention is

Urinary retention is a condition when the client cannot empty all of the urine from their bladder.

  • Can be acute (sudden inability to urinate, e.g., after anesthesia) or chronic (gradual inability to empty completely, e.g., due to enlarged prostate in males).
  • Caused by a blockage (partial or full) or the bladder not creating enough force to expel all urine.
  • Risk: Increases UTI risk because bacteria can multiply in retained urine.

🔍 Symptoms and assessment

  • Symptoms range from none to severe abdominal pain.
  • Post-void residual measurements are taken after the client voids to determine how much urine remains in the bladder.
    • Bladder scanner: portable, noninvasive device using sound waves to calculate urine volume at the bedside (avoids invasive catheterization).
    • How to use: After client voids and is supine, turn on device, select male/female (if female has had hysterectomy, select "male"), apply warmed gel to transducer, place about one inch above symphysis pubis directed toward bladder, press "scan" and hold steady until beep; display shows volume with crosshairs (adjust probe and rescan if crosshairs not centered).
    • Typical threshold: If post-void residual >300 mL, notify provider; usually an order for straight catheterization will be received.
    • Goal: Avoid indwelling catheters whenever possible to reduce catheter-associated UTI (CAUTI) risk.

💊 Treatment

Treatment depends on the cause:

  • Urinary catheterization to drain the bladder
  • Bladder training therapy (see urinary incontinence section)
  • Alpha blockers (e.g., tamsulosin/Flomax) to treat retention caused by enlarged prostate
  • Surgery (e.g., transurethral resection of the prostate, TURP) if medication is not effective

💩 Constipation

🧩 What constipation is

Constipation is defined as infrequent or difficult evacuation of feces.

  • Typically diagnosed if the client has less than three bowel movements per week.
  • Caused by slowed peristalsis due to:
    • Decreased activity
    • Dehydration
    • Lack of fiber
    • Medications (e.g., opioids)
    • Depression
    • Abdominal surgery
  • As stool moves slowly through the large intestine, additional water is reabsorbed, resulting in hard, dry stool that is difficult to pass.

🔍 Symptoms and complications

Associated symptoms:

  • Rectal pressure
  • Abdominal cramps, bloating, distension
  • Straining

Fecal impaction:

Fecal impaction occurs when stool accumulates in the rectum, usually due to the client not feeling the presence of stool or not using the toilet when the urge is felt.

  • Hallmark sign: seepage of liquid stool from the anus.
  • Don't confuse: This seepage is not diarrhea; it is liquid stool leaking around large balls of hard stool.
  • Treatment: mineral oil enemas or digital removal (with lubricated, gloved finger; can be painful).

🎯 Interventions

🎯 Treatment goal

Establish a normal bowel pattern for each client with an expected outcome of a bowel movement at least every 72 hours regardless of intake.

💊 Bowel regimen

  • Daily oral regimen: stool softeners (e.g., docusate) and mild stimulant laxative (e.g., sennosides)
  • Stronger options if oral medications not effective: Milk of Magnesia, bisacodyl, rectal suppositories, or enemas

🥗 Prevention education

  • Increase fluids
  • Increase dietary fiber: food sources like prune juice, prunes, apricots; over-the-counter fiber supplements (methylcellulose, psyllium)—important: mix in a full 8-ounce glass of water to avoid intestinal obstruction
  • Increase activity

🚨 Intestinal obstruction and paralytic ileus

Intestinal obstruction is a partial or complete blockage of the intestines so that contents cannot pass through.

Paralytic ileus: a condition where peristalsis is not propelling contents through the intestines (not a mechanical blockage).

Risk factors:

  • Abdominal surgery or general anesthesia
  • Chronic opioid use
  • Electrolyte imbalances
  • Bacterial or viral infections of the intestines
  • Decreased blood flow to the intestines
  • Kidney or liver disease

Serious complication: If an obstruction blocks the blood supply to the intestines, it can cause tissue death and life-threatening complications.

🩸 Recognizing abnormal stool characteristics

🩸 Rectal bleeding (hematochezia)

Rectal bleeding refers to bright red blood in the stools, also referred to as hematochezia. It is a sign of bleeding from the lower GI tract.

  • Can range from minimal drops on toilet tissue (e.g., hemorrhoids) to severe, life-threatening bleeding.
  • New bleeding should always be reported to the health care provider.

🩸 Tarry stools (melena)

Stools that are black, sticky, and appear like tar are referred to as melena.

  • Typically caused by bleeding in the upper GI tract (esophagus, stomach, first part of small intestine) or swallowing blood.
  • Blood appears darker and tarry because it undergoes digestion as it passes through the GI tract.
  • Can range from mild to life-threatening; should always be reported to the provider.

Don't confuse: Rectal bleeding (bright red, lower GI) vs. melena (black/tarry, upper GI).

👶 Age-related elimination considerations

👶 Newborns and infants

  • Meconium: first bowel movement of a newborn; sticky, black to dark green in color.
  • Breastfed babies: stool usually appears like curdled yellow; often have bowel movements after every feeding.
  • Formula-fed babies: stool is pastier; tend to have fewer bowel movements.

🧒 Toddlers

  • Toilet training typically begins between two and three years old.
  • Enuresis: incontinence when sleeping (bed-wetting); considered normal unless it continues past seven or eight years of age (then should be addressed with a pediatrician).
  • Often have undigested food in bowel movements (e.g., corn, grapes) due to the intestinal system not fully digesting some foods.

🎒 School-aged children

  • May be at risk for constipation due to delaying bowel movements during school until they are in the privacy of their homes.
  • The longer stool sits in the colon, the more water is absorbed, and the harder it becomes to pass.

🧑 Adults

  • Females: often develop urinary incontinence related to pregnancy and delivery, menopause, or vaginal hysterectomy.
  • Males: may have urgency and urinary retention with possible overflow incontinence as the prostate enlarges.
  • Adults over age 30 may develop nocturia (waking at night to urinate).

🧓 Older adults

  • Peristalsis typically slows with aging.
  • Should be encouraged to increase fluids, fiber, and activity (as appropriate) to prevent constipation.
  • Goal: bowel movement with soft, formed stools every three days; if not met, initiate a bowel management program.
  • UTI presentation: may not show classic urinary symptoms but instead present with increased confusion.
85

Urinary Tract Infection

Chapter 16.3 Urinary Tract Infection

🧭 Overview

🧠 One-sentence thesis

Urinary tract infections are common bacterial infections that can affect the bladder or kidneys, with certain populations at higher risk, and nurses play a key role in teaching clients how to complete treatment and prevent recurrence.

📌 Key points (3–5)

  • What a UTI is: bacteria (typically from the rectum) enter the urethra and infect the urinary tract; bladder infections (cystitis) are most common, while kidney infections (pyelonephritis) are more serious.
  • Who is at higher risk: females (shorter urethra closer to rectum), people with previous UTI, sexually active individuals, pregnant people, older adults, young children, and those with structural urinary problems.
  • Key symptoms to recognize: pain/burning during urination, frequency, urgency, bloody urine, lower abdominal pressure; kidney infections add fever >101°F, chills, flank pain, nausea/vomiting; older adults may show only confusion.
  • Common confusion: older adults with UTI often do not show typical symptoms but instead present with increased confusion or altered mental status.
  • Why nursing teaching matters: completing full antibiotic course prevents antibiotic resistance; preventive measures (hydration, post-sex urination, proper wiping) reduce future infections.

🦠 What is a UTI and where it occurs

🦠 Definition and types

A urinary tract infection (UTI) is a common infection that occurs when bacteria, typically from the rectum, enter the urethra and infect the urinary tract.

  • Infections can affect several parts of the urinary tract.
  • Bladder infection (cystitis): the most common type.
  • Kidney infection (pyelonephritis): more serious because it can cause long-lasting kidney damage.
  • UTIs can spread to the blood (septicemia), leading to life-threatening sepsis.

🔍 Why location matters

  • Bladder infections are common and less severe.
  • Kidney infections require more urgent attention due to potential permanent kidney effects.
  • Don't confuse: a simple bladder infection vs. a kidney infection—kidney infections present with fever, chills, and flank pain, not just urinary symptoms.

🎯 Who is at higher risk

🎯 Anatomical and biological factors

  • Females: shorter urethra and closer proximity to the rectum make it easier for bacteria to enter the urinary tract.
  • Pregnancy: increases UTI risk.
  • Age: older adults and young children are at higher risk.

🎯 Behavioral and medical factors

  • Previous UTI increases risk of recurrence.
  • Sexual activity, especially with a new partner.
  • Structural problems in the urinary tract (e.g., prostate enlargement in males).

🩺 Recognizing symptoms

🩺 Common bladder infection symptoms

  • Pain or burning while urinating (dysuria).
  • Frequent urination (frequency).
  • Urgency with small amounts of urine.
  • Bloody urine.
  • Pressure or cramping in the groin or lower abdomen.

🩺 Serious kidney infection symptoms

Symptoms that indicate pyelonephritis (more serious):

  • Fever above 101°F (38.3°C).
  • Shaking chills.
  • Lower back pain or flank pain (on the sides of the back).
  • Nausea or vomiting.

🩺 Special consideration for older adults

  • Older adults with a UTI may not exhibit typical symptoms.
  • Instead, they often demonstrate increased confusion or altered mental status.
  • Example: An older adult who suddenly becomes more confused should be assessed for UTI, even without pain or fever.
  • Don't confuse: confusion in older adults can be the primary or only sign of UTI, not just a secondary symptom.

💊 Treatment and nursing interventions

💊 Antibiotic therapy

  • Antibiotics are prescribed for urinary tract infections.
  • Critical teaching point: clients must finish their entire antibiotic course as prescribed, even if they begin to feel better after a few days.
  • Why: incomplete treatment increases the risk of developing antibiotic-resistant microorganisms.

💊 Supportive care

  • Encourage clients to drink extra fluids to help flush bacteria from the urinary tract.
  • Providers order diagnostic tests: urine dip, urinalysis, or urine culture to confirm infection.

🛡️ Prevention teaching

🛡️ Hygiene and behavioral measures

Nurses provide important health teaching to prevent future UTIs:

Prevention measureWhy it helps
Urinate after sexual activityFlushes bacteria away from the urethra
Stay well-hydrated and urinate regularlyPrevents bacterial buildup
Take showers instead of bathsMinimizes irritation and bacterial contamination of the urethra
Minimize douching, sprays, or powders in genital areaPrevents altering pH and normal flora
Wipe front to back (females)Minimizes contamination of urethra with bacteria from the anus

🛡️ Why prevention matters

  • UTIs are common and recurrent; behavioral changes can significantly reduce risk.
  • Example: A female client who learns to urinate after sexual activity and wipe front to back reduces her chance of introducing rectal bacteria into the urethra.
86

Urinary Incontinence

Chapter 16.4 Urinary Incontinence

🧭 Overview

🧠 One-sentence thesis

Urinary incontinence is a common but treatable condition that nurses can address through sensitive assessment and targeted education about bladder control training, lifestyle changes, and management strategies to greatly improve clients' quality of life.

📌 Key points (3–5)

  • What it is: involuntary loss of urine that affects physical, psychological, and social well-being; estimated to affect 1 in 5 women but often underreported due to embarrassment.
  • Five distinct types: stress, urge, mixed, overflow, and functional incontinence—each caused by different disruptions in bladder/urethra/nervous system coordination.
  • Common confusion: many believe incontinence is a normal part of aging they must live with, leading to isolation and depression when it is actually treatable.
  • Assessment approach: screening questions during health history, followed by a voiding diary that tracks urination patterns, leakage triggers, food/fluid intake, and medication timing.
  • Interventions: bladder control training (pelvic floor exercises, timed voiding), lifestyle modifications, protective products, and when needed, biofeedback, mechanical devices, medications, or surgery.

🔍 Types of urinary incontinence

💧 Stress urinary incontinence

Stress urinary incontinence: the involuntary loss of urine with intra-abdominal pressure (e.g., laughing and coughing) or physical exertion (e.g., jumping).

  • Cause: weak pelvic floor muscles.
  • Common triggers: pregnancy and vaginal delivery, menopause, vaginal hysterectomy.
  • Example: urine leaks when a person laughs, coughs, or jumps.

⚡ Urge urinary incontinence

Urge urinary incontinence (also referred to as "overactive bladder"): urine leakage caused by the sensation of a strong desire to void (urgency).

  • Causes:
    • Increased sensitivity to stimulation by the detrusor muscle in the bladder.
    • Decreased inhibitory control of the central nervous system.
  • Example: a person feels a sudden, strong urge to urinate and cannot hold it long enough to reach the toilet.

🔀 Mixed urinary incontinence

  • A combination of urinary frequency, urgency, and stress incontinence.
  • The person experiences symptoms from both stress and urge types.

🌊 Overflow incontinence

  • What happens: small amounts of urine leak from a bladder that is always full.
  • Common in: males with enlarged prostates that prevent complete bladder emptying.
  • Don't confuse: this is not about sudden urges; it's about constant dribbling because the bladder never fully empties.

🚶 Functional incontinence

  • Who it affects: older adults who have normal bladder control but cannot get to the toilet in time.
  • Barriers: arthritis or other disorders that make it hard to move quickly or manipulate zippers/buttons.
  • Also at risk: clients with dementia.
  • Example: a person knows they need to urinate but cannot walk fast enough or undo their clothing in time.

🎯 Why understanding types matters

  • Different types require different interventions.
  • Nurses must target the underlying cause to provide effective treatment.

📋 Assessment of incontinence

🗣️ Screening questions

  • Start with sensitive, open-ended questions during health history:
    • "Do you have any problems with the leakage or dribbling of urine?"
    • "Do you ever have problems making it to the bathroom in time?"
  • If the client answers "Yes," encourage them to start a voiding diary.

📓 Voiding diary

The voiding diary should include:

CategoryWhat to record
UrinationWhen and how much the client urinates
LeakageUrinary leakage and what the client was doing when it happened (e.g., running, biking, laughing)
UrgencySudden urges to urinate
NocturiaHow often the client wakes at night to use the bathroom
IntakeType and volume of food and beverages and the time of intake
MedicationsMedication use (e.g., diuretics) and timing of administration
ProblemsAny pain or problems before, during, and after urinating (e.g., sudden urges, difficulty urinating, dribbling, feeling bladder is never empty, weak urine flow)

🔬 Further assessment

  • Provider review: examines voiding diary information and performs physical assessment.
  • Diagnostic testing:
    • Urine dip to check for urinary tract infection.
    • Urodynamic diagnostic testing: variety of tests about bladder function, including filling, urine storage, and emptying.
  • Treatment planning: individualized based on assessment and tests to identify structural abnormalities and bladder function issues.

🛠️ Interventions and bladder control training

💬 Therapeutic communication

  • Use therapeutic communication to help clients feel comfortable expressing fears, worries, and embarrassment.
  • Let them know they are not alone and that urinary incontinence is not something they have to live with.
  • Provide education about management strategies to improve quality of life.
  • Encourage clients to learn more about their condition for optimal self-management.

🏋️ Pelvic muscle exercises (Kegel exercises)

Pelvic muscle exercises (Kegel exercises): exercises that work the muscles used to stop urination to help prevent stress incontinence.

How to perform Kegel exercises:

  1. Find the right muscles: stop the stream of urine while urinating or imagine stopping the passage of gas; squeeze those muscles. A "pulling" feeling indicates correct muscle targeting.
  2. Practice in a quiet spot: lie on the floor, pull in pelvic muscles and hold for a count of 3, then relax for a count of 3. Work up to 10–15 repeats each session.
  3. Complete at least three times daily: use three different positions (lying down, sitting, standing) to strengthen muscles maximally.
  4. Be patient: most people notice improvement after a few weeks, but maximum effect may take 3–6 weeks.
  • A doctor, nurse, or therapist can check to ensure correct technique.

⏰ Timed voiding

  • Purpose: help a client regain control of the bladder.
  • Method: encourage the client to urinate on a set schedule (e.g., every hour), whether they feel the urge or not.
  • Progression: gradually extend the time between bathroom trips, with a general goal of achieving four hours between voiding.
  • Helps with: urge and overflow incontinence by training the brain to be less sensitive to the sensation of bladder walls expanding as they fill.

🍎 Lifestyle changes

  • Weight loss: can help reduce incontinence.
  • Reduce caffeine: found in coffee, tea, and many sodas.
  • Prevent constipation: straining can worsen incontinence.
  • Avoid heavy lifting: can increase intra-abdominal pressure.
  • Fluid timing: limit fluid intake before bedtime.
  • Medication scheduling: schedule prescribed diuretic medication in the morning or early afternoon.

🛡️ Protective products

  • Incontinence underwear: has a waterproof liner and built-in cloth pad to absorb large amounts of urine, protect skin from moisture, and control odor. Available in daytime and nighttime styles (nighttime holds more urine).
  • Tampon-like product for females: made of absorbent fibers that support the urethra and prevent accidental leaks; does not inhibit urination and will not move or fall out during bowel movements.

🏥 Additional treatment options

🔄 Biofeedback

  • Uses sensors to help a client become more aware of signals from the body.
  • Goal: regain control over the muscles in the bladder and urethra.

🔧 Mechanical devices

  • Pessaries: support the urethra and can support vaginal prolapse to prevent or reduce urinary leakage.
  • Fitting: come in various sizes and are professionally fitted by trained health care providers.
  • Maintenance: should be removed, cleaned, and reinserted regularly to prevent infection.
  • Self-management: some devices (e.g., ring pessaries) can be removed and reinserted by the client; similar to a diaphragm and can be removed or left in place for sexual intercourse.

💊 Anticholinergic medications

  • Examples: oxybutynin.
  • Used for: urge urinary incontinence and mixed urinary incontinence.
  • Mechanism: block the action of acetylcholine and provide an antispasmodic effect on smooth muscle to relieve symptoms.
  • Side effects: dry mouth, constipation, dizziness, and drowsiness, which can increase fall risk in older adults.

🏥 Surgical options

  • If bladder training and medications are not effective, surgery may be performed.
  • Examples: sling procedure or bladder neck suspension.

🌟 Nursing role and impact

🤝 Addressing embarrassment and isolation

  • The problem: 1 in 5 women develop urinary incontinence, but many are too embarrassed to discuss it with health care providers.
  • Common misconception: some believe it is a normal part of aging they have to live with.
  • Consequences: isolation and depression when clients limit activities and social interactions due to embarrassment.

🎯 How nurses can help

  • Assess in a sensitive manner: use screening questions that are non-judgmental and open-ended.
  • Provide health teaching: educate about prevention and management methods.
  • Greatly improve quality of life: by addressing incontinence proactively, nurses help clients regain confidence and social engagement.

📚 Key nursing actions

  • Understand the different types of incontinence to target appropriate interventions to the cause.
  • Encourage clients to keep a voiding diary for accurate assessment.
  • Teach bladder control training techniques (pelvic floor exercises, timed voiding, lifestyle changes).
  • Educate about protective products and other treatment options.
  • Use therapeutic communication to reduce stigma and empower clients to seek help.
87

Urinary Retention

Chapter 16.5 Urinary Retention

🧭 Overview

🧠 One-sentence thesis

Urinary retention—the inability to fully empty the bladder—increases infection risk and requires assessment of post-void residual urine to guide treatment ranging from catheterization to medication or surgery.

📌 Key points (3–5)

  • What urinary retention is: inability to empty all urine from the bladder; can be acute (sudden, e.g., post-anesthesia) or chronic (gradual, e.g., prostate enlargement).
  • Two underlying causes: blockage that prevents urine flow, or bladder muscle too weak to expel all urine.
  • Key risk: retained urine allows bacteria from the urethra to multiply in the bladder, raising UTI risk.
  • How nurses assess it: post-void residual measurement using a bladder scanner (noninvasive) or straight catheter (invasive) after the client voids.
  • Common confusion: liquid stool seepage in fecal impaction can be mistaken for diarrhea (this is mentioned in the constipation section but highlights assessment pitfalls in elimination problems).

🔍 Definition and causes

🔍 What urinary retention is

Urinary retention: a condition when the client cannot empty all of the urine from their bladder.

  • Not "no urine output at all"—it is incomplete emptying.
  • Can be acute or chronic:
    • Acute: sudden inability to urinate (e.g., after receiving anesthesia during surgery).
    • Chronic: gradual inability to completely empty the bladder (e.g., due to prostate gland enlargement in males).

🧱 Two mechanisms that cause retention

  1. Blockage: partially or fully prevents urine flow.
    • Example: enlarged prostate gland compresses the urethra (see Figure 16.5 in the excerpt).
  2. Weak bladder force: bladder muscle cannot create strong enough contraction to expel all urine.

🦠 Why retention matters: infection risk

  • Retained urine sits in the bladder.
  • Bacteria from the urethra can move upward into the bladder and multiply in the stagnant urine.
  • Result: increased risk of urinary tract infection (UTI).
  • In addition to infection risk, retention causes discomfort.

🩺 Assessment and diagnosis

🩺 Symptoms

  • Range from none to severe abdominal pain.
  • Health care providers use:
    • Client's medical history
    • Physical exam findings
    • Diagnostic tests

📏 Post-void residual measurement

Post-void residual: measurement taken after a client has voided to determine how much urine is left in the bladder.

  • When used: nurses typically receive orders to measure post-void residual when urinary retention is suspected.
  • Two methods:
    1. Bladder scanner (noninvasive, preferred).
    2. Straight urinary catheter (invasive).

🔊 Performing a bladder scan (noninvasive method)

  • What it is: portable, noninvasive device that uses sound waves to calculate urine volume in the bladder.
  • Why nurses use it: avoids invasive catheterization; typically does not require a physician order (check agency policy).
  • Steps:
    1. Client voids, then lies supine.
    2. Turn on device; select male or female (if female has had hysterectomy, select "male").
    3. Apply warmed gel to transducer head.
    4. Place transducer ~1 inch above symphysis pubis, directed toward bladder.
    5. Press "scan" button; hold steady until beep.
    6. Device displays volume with crosshairs; adjust probe and rescan if crosshairs not centered on urine.
  • Threshold for action: if post-void residual >300 mL, notify provider; typically an order for straight catheterization will follow.
  • Goal: avoid indwelling catheterization whenever possible to reduce catheter-associated UTI (CAUTI) risk.

🔬 Other diagnostic tests

  • Mentioned in the excerpt but details are in another section:
    • Urodynamic testing
    • Cystoscopy

💊 Treatment interventions

💊 Treatment depends on the cause

InterventionWhen usedDetails
Urinary catheterizationDrain the bladderStraight catheter preferred over indwelling to reduce CAUTI risk
Bladder training therapyChronic retention(Details in "Urinary Incontinence" section)
MedicationsEnlarged prostateAlpha blockers (e.g., tamsulosin/Flomax) relax prostate/bladder neck
SurgeryProstate enlargement not responsive to medsTransurethral resection of prostate (TURP)

🚫 Don't confuse: catheter types

  • Straight catheter: inserted once to drain bladder, then removed (lower infection risk).
  • Indwelling catheter: remains in place; higher CAUTI risk—avoid whenever possible.

🔗 Related resources mentioned

  • Urinary catheterization and CAUTI prevention: see "Facilitation of Elimination" in Open RN Nursing Skills, 2e.
  • Alpha-blocker medication (tamsulosin): see "Autonomic Nervous System" chapter in Open RN Nursing Pharmacology, 2e.
88

Constipation

Chapter 16.6 Constipation

🧭 Overview

🧠 One-sentence thesis

Constipation results from slowed peristalsis that allows excessive water reabsorption, making stool hard and difficult to pass, and requires interventions ranging from lifestyle changes to medications and manual removal.

📌 Key points (3–5)

  • Definition: fewer than three bowel movements per week, with infrequent or difficult evacuation of feces.
  • Mechanism: slowed peristalsis → more water reabsorbed in the large intestine → hard, dry stool.
  • Common confusion: fecal impaction can cause liquid stool seepage that looks like diarrhea but is actually overflow around hard stool.
  • Treatment ladder: starts with fluids, fiber, and activity; escalates through oral stool softeners, laxatives, suppositories, enemas, and manual removal.
  • Related complication: intestinal obstruction or paralytic ileus can block bowel contents and requires NPO status and NG tube decompression.

🔍 What constipation is and how it happens

🩺 Definition and diagnosis

Constipation: infrequent or difficult evacuation of feces.

  • Typically diagnosed when a client has fewer than three bowel movements per week.
  • Not just about frequency—also includes difficulty passing stool.

⚙️ Mechanism: slowed peristalsis and water reabsorption

  • Slowed peristalsis means stool moves slowly through the large intestine.
  • As stool lingers, the intestine reabsorbs more water.
  • Result: stool becomes hard, dry, and difficult to move through the lower intestines.
  • Example: a bedridden client with low activity has slower peristalsis → more time for water reabsorption → constipation.

🧪 Causes

  • Decreased activity: less movement slows peristalsis.
  • Dehydration: less fluid available in the intestine.
  • Lack of fiber: fiber helps bulk and soften stool.
  • Medications: especially opioids.
  • Depression: can slow gut motility.
  • Abdominal surgery: disrupts normal bowel function.

🩹 Associated symptoms

  • Rectal pressure
  • Abdominal cramps, bloating, distension
  • Straining during bowel movements

🚨 Fecal impaction: a serious complication

🧱 What fecal impaction is

Fecal impaction: stool accumulates in the rectum, usually because the client does not feel the presence of stool or does not use the toilet when the urge is felt.

  • Hard stool balls pack in the rectum.
  • Hallmark sign: seepage of liquid stool from the anus.

⚠️ Don't confuse with diarrhea

  • The liquid seepage is not diarrhea—it is overflow around the hard impacted stool.
  • Mistaking it for diarrhea can lead to wrong treatment (e.g., anti-diarrheal drugs that worsen the blockage).

🛠️ Treatment for fecal impaction

  • Mineral oil enemas: help soften and lubricate the stool.
  • Digital removal: using a lubricated, gloved finger to manually break up and remove the hard stool.
    • Can be painful for the client.

💊 Interventions: from prevention to treatment

🎯 Goal of treatment

  • Establish a normal bowel pattern for each client.
  • Expected outcome: at least one bowel movement every 72 hours, regardless of intake.

🥤 Prevention: lifestyle and diet

  • Increased fluids: keeps stool soft.
  • Increased dietary fiber: adds bulk and softness.
    • Food sources: prune juice, prunes, apricots.
    • Over-the-counter fiber supplements: methylcellulose or psyllium.
      • Important: mix in a full eight-ounce glass of water to avoid intestinal obstruction.
  • Increased activity: stimulates peristalsis.

💊 Medication ladder

StepMedication typeExamplesWhen used
1Oral stool softenersDocusateDaily bowel regimen
2Mild stimulant laxativesSennosidesDaily bowel regimen
3Stronger laxativesMilk of Magnesia, bisacodylWhen oral medications are not effective
4Rectal suppositories or enemasWhen oral medications are not effective
  • Prescribed daily bowel regimen typically includes a stool softener plus a mild stimulant laxative.
  • Escalate to stronger interventions if oral medications fail.

🚧 Intestinal obstruction and paralytic ileus

🧱 What intestinal obstruction is

Intestinal obstruction: a partial or complete blockage of the intestines so that contents cannot pass through.

  • Can be caused by:
    • Paralytic ileus: peristalsis is not propelling contents (functional blockage).
    • Mechanical cause: e.g., fecal impaction (physical blockage).

⚙️ What paralytic ileus is

Paralytic ileus: a condition where peristalsis is not propelling the contents through the intestines.

  • Risk factors:
    • Abdominal surgery or general anesthesia (most common).
    • Chronic use of opioids.
    • Electrolyte imbalances.
    • Bacterial or viral infections of the intestines.
    • Decreased blood flow to the intestines.
    • Kidney or liver disease.
  • Danger: if obstruction blocks blood supply, it can cause infection and tissue death (gangrene).

🩺 Symptoms of obstruction or ileus

  • Abdominal distention or feeling of fullness
  • Abdominal pain or cramping
  • Inability to pass gas
  • Vomiting
  • Constipation or diarrhea

🔊 Bowel sound assessment

FindingWhat it suggestsContext
High-pitched "tinkling" soundsEarly intestinal obstruction
Hypoactive bowel soundsConstipationMay occur after abdominal surgery, anesthesia, or with opioid use
Absent bowel soundsIleus or mechanical bowel obstruction
  • Important: changes in bowel sounds accompanied by other symptoms should be reported to the health care provider.
  • It can be difficult to accurately interpret bowel sounds alone.

🛠️ Treatment for obstruction or ileus

  • Strict NPO status: nothing by mouth.
  • NG tube insertion: attached to suction to relieve abdominal distention and vomiting until peristalsis returns.
  • Surgery: may be required if the tube does not relieve symptoms or if there are signs of tissue death.

🏥 Postoperative monitoring

  • Paralytic ileus is common after surgery.
  • Nurses routinely monitor for symptoms.
  • Diet orders are not upgraded until the client is able to pass gas (sign that peristalsis has returned).

📊 Bristol Stool Chart

📏 Purpose

  • Used to assess the characteristics of stools.
  • Ranges from constipation to diarrhea.
  • Helps standardize stool description and guide treatment.
89

Diarrhea

Chapter 16.7 Diarrhea

🧭 Overview

🧠 One-sentence thesis

Diarrhea results from increased peristalsis that prevents effective water reabsorption in the large intestine, and treatment focuses on hydration, electrolyte balance, and addressing the underlying cause.

📌 Key points (3–5)

  • Definition: more than three unformed stools in 24 hours, caused by stool moving too quickly through the large intestine.
  • Why it happens: increased peristalsis prevents water reabsorption, resulting in loose, watery stools.
  • Complications: can cause dehydration, skin breakdown, and electrolyte imbalances.
  • Common confusion: antibiotic therapy can cause diarrhea by eliminating normal gut flora and allowing Clostridium difficile (C-diff) infection.
  • Treatment approach: promote hydration and electrolyte replacement; medications may slow peristalsis; address underlying causes.

🔍 What diarrhea is and why it occurs

🔍 Definition and diagnostic threshold

Diarrhea: having more than three unformed stools in 24 hours.

  • The key is both frequency (more than three) and consistency (unformed, loose, watery).
  • This is a clinical threshold, not just "any loose stool."

⚙️ Mechanism: increased peristalsis

  • The excerpt explains that diarrhea is caused by increased peristalsis.
  • When stool moves too quickly through the large intestines, water is not effectively reabsorbed.
  • Result: loose, watery stools instead of formed stool.
  • Example: normally the large intestine absorbs water from waste; if peristalsis speeds up, the waste passes through before water can be absorbed.

⚠️ Complications

The excerpt lists three main complications:

ComplicationWhy it matters
DehydrationRapid loss of water in stool
Skin breakdownFrequent contact with watery stool damages skin
Electrolyte imbalancesWater loss also carries electrolytes out of the body

🦠 Causes of diarrhea

🦠 Infectious and toxic causes

  • Infectious processes: bacteria, viruses, and protozoa.
  • Food poisoning: contaminated food triggers rapid peristalsis.

💊 Medication-related causes

  • Antibiotics and laxatives are specifically mentioned.
  • Antibiotic-associated diarrhea: antibiotics eliminate normal flora in the gastrointestinal tract, which can allow Clostridium difficile (C-diff) infection to develop.
  • C-diff infection produces very watery, foul-smelling stools and requires transmission-based precautions to prevent spread.
  • Don't confuse: antibiotics are used to treat infections, but they can also cause diarrhea by disrupting the gut's normal bacterial balance.

🍽️ Food and digestive causes

  • Food intolerances and allergies: the body reacts to certain foods by speeding up peristalsis.
  • Anxiety: emotional state can affect gut motility.
  • Medical conditions: irritable bowel disease, Crohn's disease.
  • Dumping syndrome: occurs in clients receiving tube feeding or those who underwent gastric bypass surgery.

💧 Treatment and interventions

💧 Hydration and electrolyte replacement

  • First-line treatment: promote hydration with water or other fluids (e.g., sports drinks) that improve electrolyte status.
  • Intravenous fluids may be required if the client becomes dehydrated.
  • The excerpt emphasizes that dehydration and electrolyte imbalances are key complications, so replacing fluids and electrolytes is central to treatment.

💊 Medications to slow peristalsis

The excerpt lists three types of medications:

  • Loperamide: slows gut motility.
  • Psyllium: adds bulk (fiber) to stool.
  • Anticholinergic agents: reduce intestinal contractions.

These are prescribed specifically to treat diarrhea that is causing dehydration.

🛡️ Skin protection and special measures

  • Rectal tubes may be prescribed in some cases to collect watery stool when:
    • Skin breakdown is a concern.
    • Wound contamination is a risk.
    • Rectal antibiotics are prescribed with a dwelling time.
  • Important caution: strict monitoring is required because rectal tubes can cause damage to the rectal mucosa.
  • Example: a client with a sacral wound and severe diarrhea might need a rectal tube to prevent stool from contaminating the wound, but the nurse must monitor for rectal injury.

🦠 Infection control for C-diff

  • Clients with C-diff have very watery, foul-smelling stools.
  • Transmission-based precautions are implemented to prevent the spread of infection.
  • The excerpt directs readers to the "Infection" chapter for more details on C-diff and precautions.
90

Bowel Incontinence

Chapter 16.8 Bowel Incontinence

🧭 Overview

🧠 One-sentence thesis

Bowel incontinence—the accidental loss of bowel control—can often be treated through simple interventions such as diet modification, bowel retraining, pelvic floor exercises, or surgery, and nurses play a key role in therapeutic communication to overcome client embarrassment.

📌 Key points (3–5)

  • What bowel incontinence is: accidental loss of bowel control, ranging from leaking small amounts of stool or gas to complete loss of control over bowel movements.
  • Multiple causes: includes chronic constipation, fecal impaction, surgery, nerve/muscle damage, severe diarrhea, and psychological stress.
  • Key mechanism: requires coordinated function of rectum, anus, pelvic muscles, nervous system, and the ability to recognize and respond to the urge.
  • Common confusion: chronic constipation can paradoxically cause incontinence by stretching and weakening muscles, leading to diarrhea and leakage—not just "holding stool in."
  • Treatment approach: often treatable with diet changes, bowel retraining, pelvic floor exercises, or surgery; nurses must address embarrassment therapeutically.

🧩 Definition and mechanism

🧩 What bowel incontinence is

Bowel incontinence: the accidental loss of bowel control causing the unexpected passage of stool.

  • Severity ranges from leaking small amounts of stool or gas to complete inability to control bowel movements.
  • Not simply "having diarrhea"—it is the loss of control over elimination.

⚙️ How normal bowel control works

For bowel control to function properly, several systems must work together:

  • Rectum, anus, and pelvic muscles must coordinate physically.
  • Nervous system must transmit signals correctly.
  • Client awareness and response to the urge to defecate must be intact.

If any of these factors is compromised, bowel incontinence can occur.

🔍 Causes of bowel incontinence

🔍 Structural and mechanical causes

  • Chronic constipation: causes anus muscles and intestines to stretch and weaken, paradoxically leading to diarrhea and stool leakage.
  • Fecal impaction: a lump of hard stool partly blocks the large intestine.
  • Long-term laxative use: can weaken normal bowel function.
  • Surgical causes: colectomy, bowel surgery, gynecological, prostate, or rectal surgery.
  • Childbirth injury: damage to anal muscles in women.

Don't confuse: chronic constipation doesn't just "hold stool in"—it can stretch and weaken muscles, causing the opposite problem (leakage).

🧠 Neurological and sensory causes

  • Lack of sensation of the need to have a bowel movement.
  • Nerve or muscle damage from injury, tumor, or radiation.
  • Emotional or mental health issues.
  • Stress of being in an unfamiliar environment.

💧 Other contributing factors

  • Severe diarrhea that causes leakage.
  • Severe hemorrhoids or rectal prolapse.

🍽️ Dietary interventions

🍽️ Identifying trigger foods

Nurses should ask clients to track foods eaten to identify triggers. Foods that may lead to incontinence include:

Food categoryExamples
BeveragesAlcohol, caffeine
DairyProducts (due to lactose intolerance)
High-fat foodsFatty, fried, or greasy foods
Spicy foodsSpicy foods
Processed meatsCured or smoked meats
SweetenersFructose, mannitol, sorbitol, xylitol

🌾 Adding fiber

  • Goal: add bulk and thicken loose stool.
  • Target: 30 grams of fiber per day.
  • Sources: whole grains, psyllium products.
  • Adding fiber helps create more formed stools that are easier to control.

🔄 Behavioral and physical interventions

🔄 Bowel retraining

Bowel retraining: teaching the body to have a bowel movement at a certain time of the day.

Key principles:

  • Go to the bathroom when feeling the urge—do not ignore it.
  • Schedule a consistent time, often in the morning after warm fluids or breakfast (when natural urge occurs).
  • For clients with neurological causes, a laxative may be scheduled every three days to stimulate the urge.

Example: A client learns to sit on the toilet every morning after breakfast, even if no immediate urge is felt, to establish a predictable pattern.

💪 Pelvic floor exercises

  • Help clients regain control of the anal sphincter muscle.
  • Similar to exercises used for urinary incontinence (see "Urinary Incontinence" section in the text).

🚻 Assistance for dependent clients

Some clients cannot recognize the urge or move safely to the bathroom independently. For these clients in long-term care:

  • Assist to the toilet after meals and when they feel the urge.
  • Ensure bathroom comfort and privacy to promote effective bowel movements.

🩺 Nursing communication and additional treatments

🩺 Therapeutic communication

  • Many clients feel embarrassed and do not share bowel incontinence with their provider.
  • Nurses must communicate therapeutically and reassure clients that incontinence can often be treated with simple changes.
  • Normalize the conversation to reduce stigma.

🏥 When simple treatments don't work

If diet, bowel retraining, and exercises are insufficient:

  • Surgery may be needed to correct the problem.
  • Several types of procedures exist; the surgeon selects based on the cause and the client's general health.

🛡️ Protective products

  • Encourage use of special pads or undergarments to help clients feel protected from accidents when leaving home.
  • Available in pharmacies and many other stores.
  • Helps maintain quality of life and social participation.
91

Applying the Nursing Process to Elimination Alterations

Chapter 16.9 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

The nursing process systematically guides assessment, diagnosis, goal-setting, intervention, and evaluation for clients experiencing urinary or bowel elimination alterations, emphasizing both diagnostic testing and individualized health teaching.

📌 Key points (3–5)

  • Assessment scope: Urinary assessment includes voiding habits, bladder palpation, and post-void residual measurement; bowel assessment includes stool pattern, characteristics (using Bristol Stool Chart), and abdominal inspection/auscultation/palpation.
  • Diagnostic tests: Urinalysis, urine culture, cystoscopy, and urodynamic tests for urinary issues; stool-based tests, colonoscopy, barium enema, and abdominal CT for bowel issues—each with specific prep and post-procedure care.
  • Common nursing diagnoses: Constipation, diarrhea, bowel incontinence, stress/urge urinary incontinence, and urinary retention—each with defining characteristics and tailored interventions.
  • Common confusion: Liquid stool can indicate fecal impaction (not just diarrhea); a positive urine culture requires >100,000 CFU/mL of a single organism, while mixed growth suggests contamination.
  • Intervention emphasis: Health teaching is an independent nursing intervention (no provider order needed) and includes bladder/bowel retraining, lifestyle changes, and prevention strategies.

🩺 Assessment of Elimination

🚽 Urinary elimination assessment

  • Subjective data: Ask about voiding habits, frequency, difficulty, or pain during urination.
  • Objective data:
    • Palpate the bladder above the symphysis pubis for distention.
    • Inspect the perineal area for skin breakdown if incontinence is present.
    • Measure post-void residual (PVR) using a bladder scanner or straight catheterization if retention is suspected.
  • Key defining characteristics are summarized in the diagnosis tables (see below).
  • Post-catheter removal: Monitor specifically for urinary tract infection and other complications.

💩 Bowel elimination assessment

  • Subjective data: Ask about normal bowel pattern, date of last bowel movement, stool characteristics, and recent changes.
    • Normal pattern: one bowel movement every 1–3 days with soft or formed consistency.
    • Use the Bristol Stool Chart (Figure 16.6) to evaluate consistency.
  • Additional questions: Bowel routines, fiber and fluid intake, daily activity, opioid use.
  • Special considerations:
    • Barium contrast from recent procedures can harden stool if not expelled within 1–2 days; clients are typically prescribed a stimulant laxative (e.g., Milk of Magnesia).
    • Post-surgical clients under general anesthesia are at increased risk for paralytic ileus.
  • Objective data:
    • Inspect abdomen for distention, bulging, bruising, or pulsatile masses.
    • Auscultate for bowel sounds in all four quadrants (present, hyperactive, or hypoactive).
    • Alert: If bowel sounds are absent or signs of obstruction/paralytic ileus are present, notify the provider immediately.
    • Palpate lightly to detect tenderness, abnormal masses, or firmness in the left lower quadrant (indicating stool).
    • Do not deeply palpate if pulsatile masses, distension, rigidity, or other suspected abdominal problems are noted—risk of injury or complications.
  • Stool documentation: Amount (small/medium/large), consistency (soft/formed/hard), color (brown or other).
  • Ostomies: Ileostomy (liquid stool from small/large intestine junction) vs. colostomy (more formed stool from farther along the large intestine).

🧪 Urinary diagnostic tests

🧪 Urine dip

Urine dip test: a treated chemical strip (dipstick) placed in a urine sample; patches change color to indicate substances such as white blood cells, protein, or glucose.

  • Collection: Clean catch technique—clean skin around urethra with special towelette, start urinating, stop, then urinate into a clean container (midstream).
  • Example: A patch turning color may indicate infection or glucose presence.

🔬 Urinalysis

Urinalysis: physical, chemical, and microscopic examination of urine by a lab technician.

  • Collection: Clean catch in a sterile container.
  • Key findings (Table 16.9a):
    • Color: Yellow (normal); amber/tea-colored (bile pigments); dark yellow (concentrated); green/blue (medication); orange (bile/medication/food); pink/red (blood, menstrual contamination, uric acid crystals, medication/food).
    • Appearance: Clear/translucent (normal); cloudy (bacteria, cells, pus, contamination).
    • Odor: None or typical (normal); fruity/sweet (diabetic ketoacidosis); fecal (GI/bladder fistula or contamination); pungent (UTI).
    • pH: >8 (old specimen, vegetarian diet, vomiting); <4.5 (cranberry juice, dehydration, diabetes, diabetic ketoacidosis, diarrhea, emphysema, high protein diet, medication).
    • RBCs: 0–5/mL (normal); >5/mL (hematuria—renal stones, pyelonephritis, tumors, trauma, menstrual contamination, post-masturbation contamination).
    • WBCs: >5/mL (UTI, inflammation).
    • Nitrites: Negative (normal); positive (UTI—but false-positive/negative can occur).
    • Leukocyte esterase: Negative (normal); positive (urinary tract inflammation, tuberculosis, bladder tumors, kidney stones, fever—but false-positive/negative can occur).
    • Protein: <150 mg/day or <10 mg/dL (normal); >150 mg/day or >10 mg/dL (early renal disease, pyelonephritis, CHF, strenuous exercise, fever, dehydration; false results based on pH/concentration).
    • Glucose: Negative (normal); positive (diabetes, Cushing syndrome, pregnancy; false-positive with ketones).
    • Ketones: Negative (normal); positive (diabetic ketoacidosis, pregnancy, keto diet, starvation, fever).
    • Bilirubin: Negative (normal); positive (liver dysfunction, bile duct obstruction, hepatitis, cirrhosis).
  • Pyuria (Figure 16.8): White blood cells seen under microscope, indicating infection.
  • UTI evidence: Elevated bacteria and WBCs, positive leukocyte esterase, or presence of nitrite.

🧫 Urine culture

Urine culture: identifies the specific microbe causing a urinary tract infection.

  • When performed: Typically for recurring UTIs or hospitalized clients at risk for hospital-associated infections; first uncomplicated lower UTI often treated empirically for E. coli without culture.
  • Positive culture: >100,000 colony forming units (CFU)/mL of one type of bacteria (for properly collected clean catch samples).
  • Common bacteria: Escherichia coli (E. coli—most common, from digestive tract/stool), Proteus, Klebsiella, Enterobacter, Staphylococcus, Acinetobacter.
  • Susceptibility testing: Determines which antibiotics will inhibit the bacteria's growth.
    • Nurse responsibility: Review culture results to verify current antibiotic therapy is effective against the bacteria; notify provider if concerns arise.
  • No growth in 24–48 hours: Usually indicates no infection.
  • Mixed growth: Likely contamination during collection, especially if Lactobacillus or other nonpathogenic vaginal bacteria are present in women; provider may request repeat culture with more careful collection.

🔭 Cystoscopy

Cystoscopy: a procedure using a cystoscope (small, thin tube with a camera) inserted into the urethra and bladder to visualize bladder walls.

  • Procedure: Fluid is inserted to expand the bladder; biopsy samples can be taken through the tube.
  • Client experience: Feels the need to urinate when bladder is full (must stay full until procedure is complete); slight pinch if biopsy is obtained.
  • Post-procedure care:
    • Encourage 4–6 glasses of water per day (as appropriate for medical status).
    • Small amount of blood in urine is normal; if bleeding continues after urinating three times or signs of infection appear, notify provider.

📊 Urodynamic flow test

Urodynamic testing: any procedure that looks at how well the bladder, sphincters, and urethra store and release urine.

  • Focus: Bladder's ability to hold urine and empty steadily and completely; can also show involuntary contractions causing leakage.

🧪 Bowel diagnostic tests

🧪 Stool-based tests

  • Stool samples: Tested for bacteria, viruses, parasites, cancer, or occult blood (hidden blood).
  • Guaiac-Based Fecal Occult Blood Test:
    • Purpose: Finds hidden blood in stool; annual screening test for colon cancer.
    • Pre-test restrictions: Avoid red meat, melons, beets, grapefruit for 3 days; avoid aspirin or NSAIDs for 7 days.
    • Collection: Stool samples from three separate bowel movements smeared onto small paper cards, returned to lab.
    • Positive result (Figure 16.10—blue color): Follow-up colonoscopy is scheduled.
  • Stool DNA Test (Cologuard):
    • Purpose: Looks for abnormal DNA sections from cancer or polyp cells and checks for occult blood.
    • Collection: Specific kit with sample container, liquid preservative, and instructions.

🔭 Colonoscopy

Colonoscopy: a procedure using a colonoscope (tiny camera attached to a long, thin tube) inserted into the anus to check the entire colon and rectum.

  • Purpose: Screen for colon cancer (start at age 50, or 45 for high-risk populations including African Americans; then every 10 years or as prescribed); evaluate inflamed tissue, abnormal growths, or lesions.
  • Pre-procedure prep:
    • Bowel prep: clear liquid diet and laxatives the day before to clean out the intestine.
    • Aspirin or anticoagulants may be withheld for several days.
    • NPO after a specific time the night before.
  • During procedure: Sedative medication for relaxation; polyps can be removed and sent for biopsy.
  • Post-procedure:
    • Air is inserted into colon, so client may feel bloated or have abdominal cramps; encourage freely passing gas.
    • Typically outpatient; client cannot drive and requires transportation.
    • Rare complications: Bleeding, perforation of colon.
    • Provide written instructions for when to contact provider or emergency services.

🩻 Barium enema

Barium enema (lower GI series): a special X-ray of the large intestine (colon and rectum) performed before and after instillation of barium via enema.

  • Note: Older diagnostic test mostly replaced by colonoscopy.
  • Pre-procedure prep: Bowel preparation—clear liquid diet for 1–3 days, laxative medication and/or enema.
  • Procedure: X-ray taken, then barium enema administered; additional X-rays as client changes position.
  • Post-procedure:
    • White stools for a few days are normal.
    • Encourage extra fluids (as appropriate); laxative may be prescribed to prevent hard stools causing constipation.

🖼️ Abdominal CT scan

Abdominal CT scan: an imaging method using a series of X-rays to create cross-sectional pictures of the abdomen.

  • Radiation exposure: More than a traditional X-ray due to the series.
  • Procedure: Client lies on narrow table that slides into CT scanner; X-ray beam rotates; computer creates slices viewable on monitor or film; 3D models can be made by stacking slices.
  • Contrast (special dye):
    • Purpose: Certain areas show up better on X-rays.
    • NPO requirement: If contrast is used, may require NPO for 4–6 hours before test.
    • Administration: Oral (chalky taste, passes in stool), rectal, or intravenous.
    • IV contrast experience: Slight burning sensation, metallic taste, or warm flushing (resolves in seconds).
  • Pre-procedure checks:
    • Allergy: Check for previous allergies to iodine or other contrast dyes; diphenhydramine or corticosteroids may be prescribed if previous allergic reaction.
    • Kidney function: Verify BUN, creatinine, and EGFR values—IV contrast can worsen kidney function; notify provider if labs are abnormal before administering IV contrast.
    • Metformin: If client is taking this antidiabetic medication, restrictions may be placed before or after the procedure.
    • Jewelry: Remove before procedure.
  • Post-procedure:
    • Encourage increased fluid intake to eliminate contrast (as appropriate).
    • If barium was used, stools will be light in color; post-procedural laxatives typically prescribed to prevent stool hardening (can cause impaction or obstruction).

🩺 Nursing diagnosis and planning

🩺 Common NANDA-I diagnoses (Table 16.9b)

NANDA-I DiagnosisDefinitionSelected Defining Characteristics
ConstipationDecrease in normal frequency of defecation accompanied by difficult or incomplete passage of stool and/or passage of excessively hard, dry stoolAbdominal pain; change in bowel pattern; hard, formed stool; hypoactive bowel sounds; liquid stool (with fecal impaction); palpable abdominal mass; rectal pressure; straining with defecation; vomiting
DiarrheaPassage of loose, unformed stoolsAbdominal pain; bowel urgency; cramping; hyperactive bowel sounds; loose liquid stools; >3 stools in 24 hours
Bowel IncontinenceInvoluntary passage of stoolBowel urgency; lack of recognition of urge to defecate; fecal staining; inability to delay defecation
Stress Urinary IncontinenceSudden leakage of urine with activities that increase intra-abdominal pressureInvoluntary leakage of small volume of urine
Urge Urinary IncontinenceInvoluntary passage of urine occurring soon after a strong sensation or urgency to voidInability to reach toilet in time to avoid urine loss; urinary urgency; involuntary loss of urine with bladder contractions
Urinary RetentionInability to empty bladder completelyBladder distention; dribbling of urine; frequent voiding; sensation of bladder fullness; small voids; residual urine

📝 Sample PES statements

  • Constipation related to insufficient fluid and fiber intake as evidenced by decreased stool frequency, hypoactive bowel sounds, and straining with defecation.
  • Diarrhea related to gastrointestinal irritation as evidenced by cramping, hyperactive bowel sounds, and >3 liquid stools in 24 hours.
  • Bowel Incontinence related to generalized decline in muscle tone as evidenced by involuntary passage of stool.
  • Stress Incontinence related to weak pelvic floor muscles as evidenced by leakage of small amount of urine when laughing and jumping.
  • Urinary Urge Incontinence related to ineffective toileting habits as evidenced by inability to reach toilet in time to avoid urine loss and frequently wet underclothes.
  • Urinary Retention related to blockage in urinary tract as evidenced by dribbling of urine in small amounts with frequent voiding and reported sensation of bladder fullness.

🎯 Outcome identification (Table 16.9c)

Nursing DiagnosisOverall GoalSMART Outcomes
ConstipationClient will have a bowel movement every 1–3 days with soft, formed stool and ease of stool passageClient will have a bowel movement with soft, formed stool in the next 24 hours
DiarrheaClient will have a regular bowel elimination pattern with soft, formed stoolClient will report relief from cramping and fewer episodes of diarrhea in the next 8 hours
Stress IncontinenceClient will have urinary continence as evidenced by no urine leakage with intra-abdominal pressure and dry underclothes and beddingClient will report fewer episodes of stress incontinence in their bladder log over the next month
Urge IncontinenceClient will have urinary continence as evidenced by adequate time to reach toilet and dry underclothes and beddingClient will report fewer incontinence episodes over the next month
Urinary RetentionClient will experience improved urinary elimination as evidenced by complete emptying of bladder and absence of urinary leakageClient will report a feeling of complete emptying of bladder by next week

🛠️ Interventions by alteration (Table 16.9d)

🦠 Urinary tract infection

  • Administer antibiotics as prescribed.
  • Encourage increased fluid intake.
  • Client education (UTI prevention):
    • Urinate after sexual activity to flush bacteria away from urethra.
    • Stay well-hydrated and urinate regularly.
    • Take showers instead of baths to minimize irritation and bacterial contamination of urethra.
    • Minimize douching, sprays, or powders in genital area to prevent altering pH and normal flora.
    • Teach females to wipe front to back to minimize contamination of urethra with bacteria from anus.

💧 Urinary incontinence

  • Engage with client using therapeutic communication.
  • Client education (bladder control training):
    • Pelvic floor (Kegel) exercises: Help prevent stress incontinence.
    • Timed voiding: Gradual extension of time between voiding to help control urge and overflow incontinence.
    • Lifestyle changes: Weight loss, decreased caffeine intake, preventing constipation, avoiding heavy lifting, limiting fluid intake or diuretic use before bedtime.
    • Protective products: Incontinence pads or skin protectants to manage incontinence and possible associated skin breakdown.

🚰 Urinary retention

  • Monitor post-void residual.
  • Perform bladder scanning to determine presence of urine in bladder.
  • Perform urinary catheterization to empty bladder.
  • Administer medications as prescribed to relax prostate.
  • Monitor for signs of UTI due to retained urine.
  • Provide client education regarding bladder control training as appropriate.

🧱 Constipation

  • Bowel regimen as ordered: Oral stool softeners, mild stimulant laxatives, progressing to stronger laxatives, rectal suppositories, or enemas.
  • Client education (importance of):
    • Increased oral fluids: Help soften stool.
    • Increased dietary fiber: Bulk up stool.
    • Increased activity: Promote peristalsis.

🪨 Fecal impaction

  • Administer mineral oil enemas.
  • Digitally remove impacted stool using a lubricated, gloved finger.
  • Don't confuse: Liquid stool can be a classic sign of fecal impaction (not just diarrhea).

🚫 Intestinal obstruction or paralytic ileus

  • Maintain strict NPO status.
  • Monitor for return of bowel sounds or change in bowel sounds; report to provider as appropriate.
  • Assess abdomen for distention, rigidity, pain, or worsening of symptoms; report to provider as appropriate.
  • Insert and/or maintain nasogastric tube as ordered.

💦 Diarrhea

  • Encourage oral fluid intake.
  • Maintain IV hydration as ordered.
  • Monitor for electrolyte disturbances.
  • Monitor for skin breakdown; apply skin protectants as appropriate.
  • Administer medications to slow intestinal motility as ordered and as appropriate.
  • Insert and/or maintain rectal tube as ordered.

💩 Bowel incontinence

  • Engage with client using therapeutic communication.
  • Encourage client to maintain a food diary to determine if certain foods cause incontinence problems.
  • Encourage increased intake of fiber to bulk up stool.
  • Assist client to toilet after meals and when client feels urge to defecate.
  • Ensure privacy during toileting.
  • Encourage use of incontinence products as appropriate.
  • Client education (bowel retraining):
    • Teach the body to have a bowel movement at a certain time of day through consistent routines: drinking warm fluids, eating breakfast, or scheduling a laxative every 3 days as appropriate.
    • Do not ignore the urge to defecate.
    • Pelvic floor (Kegel) exercises: Regain control of anal sphincter muscle.

🔄 Implementation and evaluation

🔄 Daily assessment and medication management

  • Hospitalized clients: Assess bowel pattern and date of last bowel movement daily.
  • Bowel management plan: Implement as needed to achieve goal of a bowel movement every 1–3 days to avoid constipation and impaction.
  • Before administering laxatives/stool softeners: Always assess recent stool characteristics; withhold medication if loose stools or diarrhea are occurring.
  • Before administering diarrhea medications: Assess recent stool consistency and bowel pattern; withhold medication if diarrhea is resolved or constipation is developing.

📚 Health teaching

  • Independent nursing intervention: Health teaching does not require a provider order.
  • Many elimination alterations require teaching on how to manage conditions at home.

✅ Evaluation

  • Evaluate effectiveness of interventions based on SMART outcomes established for each client and their circumstances.
  • Determine if outcome criteria were met or if reassessment and/or revised interventions are required.
92

Grief and Loss Introduction

Chapter 17.1 Grief and Loss Introduction

🧭 Overview

🧠 One-sentence thesis

Nurses serve as the first line of support for clients and families coping with loss, grief, and end-of-life experiences by understanding the emotional responses, stages, and types of grief that individuals may encounter.

📌 Key points (3–5)

  • Three core concepts: loss (absence of a possession), grief (emotional response to loss), and mourning (outward, social expression of loss).
  • Five types of grief: anticipatory, acute, normal, disenfranchised, and complicated—each with distinct characteristics and timing.
  • Stages are not linear: Kubler-Ross identified five stages (denial, anger, bargaining, depression, acceptance), but individuals may move randomly, skip stages, or repeat them.
  • Common confusion: grief is not orderly or predictable; emotional fluctuation is normal and expected, not a sign of abnormal grieving.
  • Cultural and individual variation: mourning expressions vary widely by culture (emotional vs. stoic) and personality, affecting how long and how openly people grieve.

🧩 Core concepts of grief and loss

🧩 Loss

Loss: the absence of a possession or future possession with the response of grief and the expression of mourning.

  • Loss can involve health, relationships, roles, or ultimately life itself.
  • After a client dies, family members and survivors experience loss.
  • Example: a client may lose independence, the ability to drive, or anticipated family experiences like a child's wedding.

💔 Grief

Grief: the emotional response to a loss, defined as the individualized and personalized feelings and responses that an individual makes to real, perceived, or anticipated loss.

  • Feelings may include anger, frustration, loneliness, sadness, guilt, regret, and peace.
  • Affects survivors physically, psychologically, socially, and spiritually.
  • Key characteristic: the grief process is not orderly and predictable; emotional fluctuation is normal.
  • There are times when the person feels in control and accepting, and other times when the loss feels unbearable and they feel out of control.
  • Don't confuse: grief is not a single emotion but a range of individualized responses.

🌍 Mourning

Mourning: the outward, social expression of loss.

  • Individuals express loss based on cultural norms, customs, practices, rituals, and traditions.
  • Cultural variation:
    • Some cultures are very emotional and verbal (e.g., wailing, crying loudly).
    • Other cultures are stoic and show very little reaction.
  • Culture dictates how long one mourns and how mourners "should" act.
  • Also affected by individual personality and previous life experiences.

🔍 Five types of grief

🔮 Anticipatory grief

Anticipatory grief: grief before a loss, associated with diagnosis of an acute, chronic, and/or terminal illness experienced by the client, family, or caregivers.

  • Examples: actual or fear of potential loss of health, independence, body part, financial stability, choice, or mental function.
  • Can start at the time of a terminal diagnosis and proceed until the person dies.
  • Who experiences it: both clients and family members.
    • Clients may fear loss of independence, function, comfort, or anticipated family experiences.
    • Families grieve for the loss of their loved one before they die, envisioning life without them.
  • Benefit: this type of grief has been shown to help cushion a person's bereavement reaction.

⚡ Acute grief

Acute grief: begins immediately after the death of a loved one and includes the separation response and response to stress.

  • The bereaved person may be confused and/or uncertain about their identity or social role.
  • May disengage from usual activities and experience disbelief and shock that their loved one is gone.
  • Example: a person may withdraw from work or social activities immediately after a death.

✅ Normal grief

Normal grief: includes the common feelings, behaviors, and reactions to loss.

Normal grief reactions can include:

CategorySymptoms
PhysicalHollowness in stomach, tightness in chest, weakness, heart palpitations, sensitivity to noise, breathlessness, tension, lack of energy, dry mouth
EmotionalNumbness, sadness, fear, anger, shame, loneliness, relief, emancipation, yearning, anxiety, guilt, self-reproach, helplessness, abandonment
CognitiveDepersonalization, confusion, inability to concentrate, dreams of the deceased, idealization of the deceased, sense of presence of the deceased
BehavioralImpaired work performance, crying, withdrawal, overreactivity, changed relationships, avoidance of reminders of the deceased
  • Acute grieving may take months but can also take years, depending on the loss.
  • No one ever truly gets over the loss, but there is an eventual reconnection with the world of the living as the relationship with the deceased changes.

🚫 Disenfranchised grief

Disenfranchised grief: grief over any loss that is not validated or recognized.

  • Those affected do not feel the freedom to openly acknowledge their grief.
  • Who is at risk:
    • Those who have lost loved ones to stigmatized illnesses or events (e.g., AIDS).
    • Mothers and/or fathers who grieve over terminated pregnancies or stillborn babies.
    • Loss of a previously severed relationship or divorce (cannot mourn openly due to circumstances).

🌀 Complicated grief

Complicated grief: occurs when there is interference in the grieving process leading to a prolonged, more intense grieving.

  • Characteristics:
    • Preoccupation with the circumstances of the loss.
    • Feelings of guilt regarding the situation around the loss.
    • Negative focus on the loss overrides any positive emotions.
    • Can cause significant distress, impaired functioning, and suicidal thinking.
  • Prevalence: seen in 10-20% of individuals experiencing the death of a romantic partner; higher estimates for parents who have lost a child.
  • Risk factors: sudden or traumatic death, suicide, homicide, dependent relationship with the deceased, chronic illness, death of a child, multiple losses, unresolved grief from prior losses, concurrent stressors, witnessing a difficult dying process (pain and suffering), lack of support systems, lack of a faith system.
  • In older adults: lack of support network, concurrent losses, poor coping skills, loneliness.
  • May require professional assistance depending on severity.

🔄 Four subtypes of complicated grief

SubtypeDefinition
Chronic griefNormal grief reactions that do not subside and continue over very long periods of time
Delayed griefNormal grief reactions that are suppressed or postponed by the survivor consciously or unconsciously to avoid the pain of the loss
Exaggerated griefAn intense reaction to grief that may include nightmares, delinquent behaviors, phobias, and thoughts of suicide
Masked griefGrief that occurs when the survivor is not aware of behaviors that interfere with normal functioning as a result of the loss (Example: an individual cancels lunch with friends daily to visit their loved one's grave)

🎭 Stages of grief (Kubler-Ross)

🎭 Overview of the stages

  • Elizabeth Kubler-Ross identified five main stages of grief in her book On Death and Dying.
  • Commonly referred to by the mnemonic "DABDA": Denial, Anger, Bargaining, Depression, Acceptance.
  • Key understanding: clients and families may experience these stages along a continuum, move randomly and repeatedly from stage to stage, or skip stages altogether.
  • There is no one correct way to grieve; an individual's specific needs and feelings must remain central to care planning.
  • These stages occur not only due to loss of life but also due to significant life changes (divorce, loss of friendships, loss of a job, diagnosis with chronic or terminal illness).

🚪 Denial

  • What it is: the individual refuses to acknowledge the loss or pretends it isn't happening.
  • Characterized by stating, "This can't be happening."
  • Purpose: self-protective; helps to numb overwhelming emotions as the individual processes the information.
  • Helps to offset the immediate shock of a loss.
  • Commonly experienced during traumatic or sudden loss.

😡 Anger

(The excerpt ends before describing the anger stage in detail.)

🤝 Bargaining

(Not described in the excerpt.)

😢 Depression

(Not described in the excerpt.)

🕊️ Acceptance

(Not described in the excerpt.)

🩺 Nursing role and support

🩺 Understanding grief for nursing care

  • Nurses are typically the first line of support as they assist clients and their family members to cope with serious illness, feelings of loss, and the end of life.
  • Understanding the stages of grief helps nurses recognize emotional reactions as symptoms of grief so they can support clients and families as they cope with loss.
  • The chapter is based on the End-of-Life Nursing Care Consortium (ELNEC) curriculum, an international educational project sponsored by the American Association of Colleges of Nursing.
  • ELNEC gives nurses and other health care professionals the knowledge and skills required to provide specialized care and positively impact the lives of clients and families facing serious illness and/or the end of life.

🌐 Respect for cultural and spiritual beliefs

  • Nurses must demonstrate respect for the cultural and spiritual beliefs of the client and family members experiencing grief and loss.
  • Mourning expressions vary widely by culture (emotional vs. stoic) and personality.
  • Culture dictates how long one mourns and how mourners "should" act.
  • Example: some cultures may be very emotional and verbal (wailing, crying loudly), while others are stoic and show very little reaction.
93

Grief, Loss, and End-of-Life Care

Chapter 17.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Grief is a multifaceted process that unfolds through predictable stages and tasks, and nurses play a vital role in supporting clients and families through loss, end-of-life transitions, and bereavement by providing presence, advocacy, and culturally sensitive care.

📌 Key points (3–5)

  • Complicated grief has four types (chronic, delayed, exaggerated, masked) and requires professional help when normal grief reactions become prolonged, suppressed, or interfere with functioning.
  • Kubler-Ross stages (DABDA): denial, anger, bargaining, depression, acceptance—clients may move through these non-linearly, skip stages, or repeat them.
  • Palliative vs hospice care: palliative care improves quality of life while continuing curative treatment; hospice is for terminal clients (≤6 months) and stops curative treatment but continues comfort care.
  • Common confusion: DNR orders only mean "no CPR"—clients still receive all other medical treatment, medications, and symptom management.
  • Nurses must advocate for client wishes and understand legal/ethical frameworks (advance directives, DNR, state laws on assisted dying) while supporting family caregivers and honoring cultural beliefs about death.

🌀 Types and Stages of Grief

🌀 Complicated grief: four types

Complicated grief: normal grief reactions that do not subside, are suppressed, become exaggerated, or interfere with functioning without the survivor's awareness.

TypeDefinitionExample from excerpt
Chronic griefNormal reactions that do not subside and continue over very long periodsOngoing sadness without resolution
Delayed griefReactions suppressed or postponed (consciously or unconsciously) to avoid painSurvivor avoids feeling the loss
Exaggerated griefIntense reaction including nightmares, delinquent behaviors, phobias, thoughts of suicideOverwhelming emotional/behavioral responses
Masked griefSurvivor unaware that behaviors interfering with normal functioning result from the lossCanceling lunch daily to visit the grave without recognizing the pattern

Risk factors for complicated grief:

  • Sudden/traumatic death, suicide, homicide
  • Dependent relationship with deceased
  • Death of a child, multiple losses, unresolved prior grief
  • Concurrent stressors, witnessing suffering, lack of support or faith system
  • In older adults: lack of support network, concurrent losses, poor coping, loneliness

🔄 Kubler-Ross stages of grief (DABDA)

The excerpt emphasizes that clients and families may:

  • Move through stages along a continuum
  • Move randomly and repeatedly between stages
  • Skip stages altogether
  • Experience stages not only from death but also from divorce, job loss, chronic/terminal diagnosis

The five stages:

😶 Denial

  • The individual refuses to acknowledge the loss or pretends it isn't happening.
  • Characterized by "This can't be happening."
  • Self-protective: numbs overwhelming emotions and offsets immediate shock.
  • Common during traumatic, sudden loss or unexpected life-changing events.
  • Example: A client diagnosed with terminal brain cancer after presenting for a headache may experience denial.

😠 Anger

  • Masks pain and sadness.
  • Can be directed at the deceased, self, or others (including uninvolved people or health care staff).
  • Don't confuse with personal attack: anger is a manifestation of challenging emotions in the grief process, not a reflection of the target.
  • Nurses should provide supportive presence, allow venting, and maintain boundaries for respectful discussion.

🙏 Bargaining

  • Attempt to regain control by making a deal (often with God or a higher power).
  • Looking for ways to change or negotiate the outcome.
  • Example: "I promised God I would stop smoking if He would heal my wife's lung cancer."

😔 Depression

  • Intense sadness over the loss.
  • Loss of interest in previously satisfying activities, people, relationships.
  • Symptoms: irritability, sleeplessness, loss of focus, significant fatigue, withdrawal.
  • Simple tasks (getting out of bed, showering, meal prep) feel overwhelming.
  • Individuals may struggle with meaning and personal worth.
  • Watch for: self-medicating with alcohol or drugs.

✅ Acceptance

  • Understanding the loss and acknowledging the new reality.
  • Does not mean absence of sadness.
  • Acknowledgement of one's capabilities in coping.
  • Individuals reengage with others, find comfort in new routines, and may experience happiness again.

📋 Grief tasks (alternative framework)

Three tasks that must be accomplished:

  1. Notification and shock: First learning of the loss; feelings of numbness/shock; may isolate. Task: acknowledge the reality of the loss.
  2. Experiencing the loss: Work through the pain emotionally and cognitively; react to, express, and experience the pain of separation.
  3. Reintegration: Reorganize family systems and relationships; adjust to the environment without the deceased; form a new reality and adapt to a new role while retaining memories.

Nursing role: spend time, listen to stories, be present, bear witness to pain, assess symptoms of grief, identify resources.


🏥 Palliative Care, Hospice, and Comfort Care

🏥 Palliative care

Palliative care: patient and family-centered care that optimizes quality of life by anticipating, preventing, and treating suffering; occurs throughout the continuum of care; involves the interdisciplinary team addressing physical, intellectual, emotional, social, and spiritual needs; facilitates patient autonomy, access to information, and choice.

  • Focuses on comfort and quality of life.
  • Continues curative treatment (dialysis, chemotherapy, surgery).
  • Provided across all care settings.

🕊️ Hospice care

Hospice care: a type of palliative care for terminally ill clients expected to live six months or less; provides comprehensive comfort care and support for the family; curative treatments are stopped; based on the idea that dying is part of the normal life cycle.

  • Supports client and family through dying and grief; supports survivors through bereavement.
  • Does not hasten death; focuses on comfort and allowing natural death.
  • Symptoms control (including pain relief) and quality of life are paramount.
  • Common misconception: many clients/families see hospice as "giving up" or a "death sentence" and resist it.

Settings: home (with family, nurses, hospice staff), long-term care, assisted living, hospitals, prisons.

Medicare coverage (U.S.):

  • Clients stop curative treatment but continue other medical care (e.g., blood pressure meds, antibiotics) if they promote quality of life.
  • Covers home durable medical equipment (hospital bed, oxygen) and medications related to terminal diagnosis (including pain meds).

Don't confuse: stopping curative treatment ≠ discontinuing all medical treatment.

Example: A cancer client no longer responding to chemotherapy enters hospice; chemo stops, but BP meds and antibiotics continue.

🛌 Comfort care

Comfort care: used in acute care settings; similar to palliative/hospice; goals shift from curative intervention to symptom control, pain relief, and quality of life; no formal hospice/palliative admission (impacts insurance coverage).

  • Focus changes to symptom control for greatest comfort as client approaches end of life.
  • Many interventions eliminated (except analgesics, antianxiety meds); no vital signs monitoring, blood draws, or invasive procedures.

⚖️ Ethical and Legal Considerations

⚖️ Core principles

  • Nurse's duty: honor and respect client wishes; always advocate for the client.
  • Conflicts may arise among providers, family, and client; the nurse must advocate for the client's wishes.
  • Refer to ANA's Standards of Professional Nursing Practice and Code of Ethics for guidance.
  • If ethical dilemmas occur, many organizations have ethics committees for support, guidance, resources, and recommendations.

📜 Do-Not-Resuscitate (DNR) orders

DNR order: a medical order instructing health care professionals not to perform cardiopulmonary resuscitation (CPR) if a client's breathing or heart stops.

  • Written only with client's permission (or activated health care power of attorney).
  • Ideally set up before a critical condition occurs.
  • Only refers to not performing CPR; recorded in medical record.
  • Crucial: clients with DNR are still entitled to medical treatment (antibiotics, IVs, medications); treatment should be rendered when abnormalities are noted or anticipated.
  • Wallet cards, bracelets, or other DNR documents available for home/nonhospital settings.

CPR reality check:

  • Overall survival to hospital discharge after cardiac arrest: ~10.6%.
  • Many people have unrealistic ideas about CPR success rates and post-revival quality of life, especially for clients with multiple chronic diseases or on palliative care.
  • Nurses can provide health teaching on CPR effectiveness based on current condition and facilitate DNR discussion.

📄 Advance directives

Advance directives: legal documents directing care when the client can no longer speak for themselves; include health care power of attorney and living will.

🗣️ Health care power of attorney

Health care power of attorney: legally identifies a trusted individual to serve as decision maker for health issues when the client cannot speak for themselves.

  • Responsibility: carry out care actions in accordance with client's wishes.
  • Can be family member, friend, or colleague; must be of sound mind and over 18.
  • Should be someone the client is comfortable expressing wishes to and who will enact those wishes.

📝 Living will

Living will: legal document describing client's wishes if they can no longer speak for themselves due to injury, illness, or persistent vegetative state.

  • Addresses: ventilator support, feeding tube placement, CPR, intubation.
  • Vital means of ensuring health care provider has record of wishes.
  • Cannot cover every potential circumstance → health care power of attorney is vital for decisions outside the living will's scope.

🚨 State-specific legal issues

Assisted dying practices (assisted suicide, active euthanasia):

  • Legal in Oregon, Washington, Vermont, New Mexico.
  • Assisted suicide: client provided means to carry out suicide (e.g., lethal medication dose).
  • Active euthanasia: someone other than client carries out action to end life.
  • Most nursing organizations prevent nurses from participating.
  • Nurses must: be aware of their state's Nurse Practice Act and legalities/ethical challenges (assisted suicide, active euthanasia, abortion).

👨‍👩‍👧‍👦 Caring for Families and Caregivers

👨‍👩‍👧‍👦 Fading away transition

Fading away: a transition families make when they realize their seriously ill family member is dying.

  • Often a sudden realization: "is not going to get any better" when health significantly declines.
  • May have been previously told by provider the loved one would die, but realization comes later.

Six dimensions of fading away (experienced by clients and families):

  1. Redefining: shift from "what used to be" to "what is now."
  2. Burdening: clients feel they are a burden (physically, financially, emotionally, socially, spiritually); family members typically do not feel care is a burden but "something you do for someone you love."
  3. Searching for meaning: clients journey inward, seek spiritual reflection, connect with important people; family members search inwardly or with others.
  4. Living day to day: clients who find meaning live each day more positively; family members "make the best of it" and enjoy limited time left.
  5. Preparing for death: clients want to leave a legacy; spouses want to meet every need; prearrangements for funeral, will, financial matters.
  6. Contending with change: clients and families change roles, social patterns, work patterns; know the life they had will soon be gone.

Nursing role: be present, actively listen.

Resource: "Gone From My Sight – The Dying Experience" by Barbara Karnes (pamphlet provided when client signs up for hospice; explains dying in stages of months, weeks, days, hours; helps answer "How long?").

🤝 Caregiver support

  • Most clients with chronic illness have family caregivers providing 70–80% of care at home, around the clock.
  • Nursing role: assess caregiver when seen with client; provide encouragement; acknowledge difficulty; praise efforts.

Caregiver needs (from research):

  • Support, assistance, practical help (grocery shopping, pharmacy, food prep)
  • Honest conversations with health care team
  • Assurance loved one is being honored
  • Inclusion in decision-making
  • Desire to be listened to and concerns heard
  • Remembrance as a good and compassionate caregiver
  • Assurance they did all they could

Nursing assessment:

  • Assess needs for further assistance, social support network.
  • Assess physical needs, sleep patterns, ability to perform other responsibilities.
  • Watch for declining health, clinical depression, increased alcohol/drug use.
  • Listen to stories; provide presence, active listening, touch.
  • Assist in identifying/using support systems; refer to community resources and support groups.

🌍 Cultural and Spiritual Considerations

🌍 Cultural assessment

  • Respect values, beliefs, traditions related to health, illness, family caregiver roles, decision-making.
  • Use comprehensive assessment to develop culturally sensitive nursing care plan.
  • Acquire knowledge about how cultural beliefs influence decision-making, approach to illness, pain, spirituality, grief, dying, death, bereavement.

🕉️ Spiritual beliefs about death (comparison)

ReligionBeliefs about deathPreparation of bodyFuneral practices
Christian (Catholic/Protestant)Belief in Jesus Christ, Bible, afterlife; Catholics receive "anointing of the sick" at end of lifeOrgan donation and autopsy permittedBurial in cemeteries; some accept cremation; services in funeral home or church
JewishTradition cherishes life; death not a tragedy; afterlife views vary by denominationAutopsy and embalming forbidden under ordinary circumstances; no open casketsFuneral as soon as possible; dark clothing; not on Sabbath or festivals; three mourning periods (Shiva first, seven days after burial)
BuddhistReligion and way of life; goal of enlightenment; life is cycle of death and rebirthGoal: peaceful death; Buddha statue may be at bedside; organ donation not permitted; incense lit after deathFamily washes/prepares body; cremation preferred; if buried, dressed in regular clothes; monks may lead chanting
Native AmericanBeliefs vary by tribe; sickness = out of balance with nature; ancestors guide deceased; death is journey to another worldFamily may/may not be present; preparation may be by family; organ donation generally not preferredPractices differ by tribe; Navajo: owl/coyote = sign of death, casket slightly open for spirit; Navajo/Apache: spirits can haunt living; Comanche: bury in place of death or cave
HinduReincarnation (deceased returns in another form); KarmaOrgan donation and autopsy acceptable; death/dying must be peaceful; body not left alone until crematedCremation within 24 hours; ashes scattered in sacred rivers
MuslimAfterlife; body must be quickly buried to free soulNo embalming or cremation; autopsy only for legal/medical reasons; body faces Mecca/East; prepared by same-gender personBurial as soon as possible; women and men sit separately; flowers and excessive mourning discouraged; body buried in shroud, head toward Mecca

🕊️ A Good Death and Bereavement

🕊️ Themes of a "good death"

Death is a physical, psychological, social, and spiritual event. Research identifies themes defining a "good death":

  • Client preferences met (where, with whom, preparation)
  • Client is pain-free with emotional well-being
  • Family prepared for death and supportive of client's preferences
  • Dignity and respect demonstrated
  • Sense of life completion (saying goodbye, feeling life was well-lived)
  • Spirituality and religious comfort provided
  • Quality of life maintained (hope, pleasure, gratitude)
  • Feeling of trust/support/comfort from nurse and interdisciplinary team

Nurses are often present during final days and moments—a difficult and sacred time.

🖤 Bereavement period

Bereavement period: includes grief (inner feelings) and mourning (outward reactions) after a loved one has died; the time it takes to feel the pain of loss, mourn, grieve, and adjust to the world without the deceased.

Physical toll:

  • Associated with increased risk of myocardial infarction and cardiomyopathy.
  • Widows and widowers have increased chance of dying after spouse dies.

Support for bereaved persons:

  • Encourage talking about the death; understand feelings are normal.
  • Allow sufficient time for expression of grief.
  • Postpone significant decisions (changing jobs, moving).
  • Focus on spirituality to enhance coping.

Nursing role during bereavement:

  • Assist with enhanced coping mechanisms
  • Assess and facilitate spirituality
  • Facilitate grieving process (support feeling the loss, expressing the loss, moving through grief tasks)
  • Communicate assessments and interventions with interdisciplinary team

Cultural note: Americans often deny the need to express grief or feel pain, but both are beneficial to healing.

👶 Children and grief

  • Children experience grief based on developmental stage (normal or complicated).
  • May be limited in ability to verbalize/describe feelings.
  • May not understand death is permanent until preschool or older.

Symptoms in younger children:

  • Nervousness, uncontrollable rages, frequent illness, incontinence
  • Rebellious behavior, hyperactivity, nightmares, depression
  • Compulsive behavior, memories fading in/out, excessive anger
  • Overdependence on remaining parent, denial, disguised anger

Nursing role: assess developmental stage, provide age-appropriate support, facilitate expression of grief.

94

Applying the Nursing Process to Grief

Chapter 17.3 Applying the Nursing Process to Grief

🧭 Overview

🧠 One-sentence thesis

Nurses use the nursing process to assess, diagnose, plan, implement, and evaluate care for clients and families experiencing grief from various types of loss, with interventions focused on active listening, coping enhancement, and facilitating grief resolution.

📌 Key points (3–5)

  • When grief assessment begins: starts at diagnosis of acute, chronic, or terminal illness or admission to a facility, and continues through bereavement for survivors.
  • What grief looks like: physical (headaches, insomnia, weight changes), cognitive (confusion, lack of concentration), and emotional (anxiety, guilt, anger, relief) symptoms that vary by individual and day to day.
  • Core nursing diagnoses: Grieving and Maladaptive Grieving (formerly Complicated Grieving), with the latter defined as distress after death that fails to follow sociocultural expectations.
  • Most important intervention: active listening and offering a supportive presence, not complex procedures.
  • Common confusion: grief is not only about death—clients grieve many losses (body image after mastectomy, home when moving to long-term care, community after disaster).

🔍 Assessment of grief

🔍 Who and when to assess

  • Assessment includes the client, family members, and significant others.
  • Timing:
    • Begins when a client is diagnosed with acute, chronic, or terminal illness.
    • Begins when admitted to hospital, nursing facility, or assisted living.
    • Continues throughout the course of terminal illness.
    • Continues through the bereavement period for survivors.
  • During bereavement, the nurse monitors for symptoms of complicated grief.

🩺 Manifestations of grief

Grief can show up in three domains:

DomainExamples from excerpt
PhysicalFeeling ill, headaches, tremors, muscle aches, exhaustion, insomnia, loss of appetite, weight loss or gain
CognitiveLack of concentration, confusion, hallucinations
EmotionalAnxiety, guilt, anger, fear, sadness, helplessness, feelings of relief
  • Symptoms vary from day to day and are unique to the individual.
  • Influenced by age, culture, resources, and previous experiences with loss.
  • Example: A client diagnosed with breast cancer may show denial, anger, bargaining, depression, and acceptance; after mastectomy and chemotherapy, they may grieve the loss of prior body image.

⚠️ Red flags to report

Any behavior that may endanger the client or family should be reported to the health care provider:

  • Symptoms of depression
  • Suicidal ideation
  • Symptoms lasting greater than six months

🌍 Grief beyond individuals

  • Communities can grieve: a town experiencing a flood or tornado may have widespread community grief over loss of life, property, or a previous way of life.
  • Nurses must recognize multiple factors impacting health and the grieving process to mobilize appropriate resources.

🏷️ Nursing diagnoses

🏷️ Maladaptive Grieving

Maladaptive Grieving: A disorder that occurs after the death of a significant other, in which the experience of distress accompanying bereavement fails to follow sociocultural expectations.

Selected defining characteristics:

  • Anxiety
  • Decreased role performance
  • Depressive symptoms
  • Expresses anger or being overwhelmed
  • Expresses feeling of emptiness
  • Gastrointestinal symptoms
  • Longing for the deceased person

📝 Example PES statement

Scenario: A client's husband died two years ago. She continues to be preoccupied with thoughts about him. Her grown children live several hours away. She becomes isolated and unable to complete daily activities like cleaning and grocery shopping.

PES statement: "Maladaptive Grieving related to excessive emotional disturbance as evidenced by decreased role performance and preoccupation with thoughts about her deceased husband."

Planned interventions: Facilitate grief work while arranging assistance with ADLs in the client's home.

🎯 Outcome identification

🎯 What grief resolution looks like

Goal setting is customized to the specific situation and focuses on grief resolution, evidenced by:

  • Resolves feelings about the loss
  • Verbalizes reality and acceptance of loss
  • Maintains living environment
  • Seeks social support

📊 Sample goal and outcome

  • Sample goal: "The client will experience grief resolution."
  • Sample SMART outcome: "The client will discuss the meaning of the loss to their life in the next two weeks."

🛠️ Planning and implementing interventions

🛠️ The most important intervention

Active listening and offering a supportive presence is the most important intervention nurses can provide.

  • Actively listening helps the bereaved express feelings and relate emotions related to the loss.
  • This is not a complex skill—it is about being present and attentive.
  • Don't confuse: grief work is not about "fixing" the person; it is about facilitating expression and processing.

💪 Coping enhancement

Interventions to enhance coping for clients and families experiencing any type of actual, anticipated, or perceived loss:

Goal-setting and problem-solving:

  • Assist in identifying short- and long-term goals.
  • Help examine available resources to meet goals.
  • Break down complex steps into small, manageable steps.
  • Assist in solving problems in a constructive manner.

Emotional and informational support:

  • Use a calm, reassuring approach.
  • Provide an atmosphere of acceptance.
  • Help identify information the client is most interested in obtaining.
  • Provide factual information regarding medical diagnosis, treatment, and prognosis.
  • Seek to understand the client's perspective of a stressful situation.
  • Encourage verbalization of feelings, perceptions, and fears.

Decision-making and hope:

  • Provide realistic choices about certain aspects of care.
  • Encourage an attitude of realistic hope as a way of dealing with hopelessness.
  • Discourage decision-making when the client is under severe stress.

Cultural and social support:

  • Acknowledge cultural and spiritual background; encourage use of spiritual resources if desired.
  • Encourage relationships with others who have common interests and goals.
  • Encourage family involvement, as appropriate.

Practical strategies:

  • Appraise the effect of the client's life situation on roles and relationships.
  • Appraise and discuss alternative responses to the situation.
  • Assist in identifying positive strategies to deal with limitations and manage needed lifestyle or role changes.
  • Instruct on the use of relaxation techniques.

Example: A nurse uses touch and active listening to enhance a client's ability to cope with their illness.

🔮 Anticipatory grieving interventions

Anticipatory grieving: A grief reaction that occurs in anticipation of an impending loss.

  • Can be related to impending death of oneself or a loved one.
  • Can also occur in anticipation of other losses: loss of a body part due to scheduled surgery, loss of home due to move to long-term care facility.

Interventions:

Building trust and communication:

  • Develop a trusting relationship using presence and therapeutic communication.
  • Keep client and family apprised of the client's ongoing condition as much as possible.
  • Listen to the client's story; listen to the family member's story.
  • Actively listen as the client grieves for their own death or loss.
  • Normalize the client's expressions of grief.

Information and planning:

  • Keep family informed of the client's needs for physical care and symptom control.
  • Inform about health care options at end of life: palliative care, hospice care, home care.
  • Discuss the client's preferred place of death and document their wishes.

Supporting family caregivers:

  • Ask family members about having adequate resources to care for themselves and the critically ill family member.
  • Recognize caregiver role strain in family members providing long-term care at home.
  • Encourage family members to show their caring feelings and talk with the family member.

Respecting individuality:

  • Recognize and respect different feelings and wishes from the client and their family members.
  • Refer to counselors or chaplains for spiritual care as appropriate.

🧩 Grief work facilitation

Grief work facilitation assists clients and family members in resolution of a significant loss.

Understanding the loss:

  • Identify the loss.
  • Assist the client to identify the initial reaction to the loss.
  • Encourage identification of greatest fears concerning the loss.

Expression and memory:

  • Listen to expressions of grief.
  • Encourage discussion of previous loss experiences.
  • Encourage verbalization of memories of the loss.
  • Make empathetic statements about grief.

Education and support:

  • Educate about stages and tasks of the grieving process, as appropriate.
  • Support progression through personal grieving stages.
  • Reinforce progress made in the grieving process.

Coping and adjustment:

  • Assist in identifying personal coping strategies.
  • Assist in identifying modifications needed in lifestyle.

Cultural and social support:

  • Encourage implementation of cultural, religious, and social customs associated with the loss.
  • Answer children's questions about the loss and encourage discussion of feelings.
  • Identify sources of community support.

🏘️ Community resources

Hospice bereavement follow-up:

  • Includes formal activities and events to promote closure and acceptance.
  • Many hospices have nondenominational memorial services to honor clients; family members and staff are invited.
  • Organized support groups to facilitate discussion and coping.
  • Individual, group counseling, or psychotherapy.

Additional resources for family members:

  • AARP
  • National Hospice and Palliative Care Organization's Caring Info program
  • National Association for Home Care & Hospice
  • Hospice Foundation of America
  • International Association for Hospice & Palliative Care

Medication support:

  • Clients and family members experiencing depression or anxiety related to the grieving process may be prescribed antianxiety medications or antidepressants.

✅ Evaluation

✅ Assessing effectiveness

  • Nurses assess the effectiveness of interventions in helping individuals cope and work through the grief process.
  • Evaluation is based on the customized outcome criteria established for their situation.
  • It is always important to evaluate whether interventions are working.
95

Palliative Care Management

Chapter 17.4 Palliative Care Management

🧭 Overview

🧠 One-sentence thesis

Palliative care optimizes quality of life for clients with chronic and end-stage disease by addressing physical, psychological, social, and spiritual suffering through interdisciplinary collaboration and symptom management throughout the continuum of care.

📌 Key points (3–5)

  • What palliative care addresses: four dimensions—physical (pain, fatigue, nausea), psychological (anxiety, depression), social (caregiver burden, roles), and spiritual (hope, meaning, religiosity).
  • When it starts and continues: begins immediately after diagnosis and continues throughout the continuum of care until end of life.
  • Core nursing interventions: eliciting client goals, listening, advocating, managing symptoms, encouraging reminiscing, and facilitating spiritual practices.
  • Common confusion: aggressive nutritional treatment at end of life does not improve survival or quality of life and can create more discomfort as body systems shut down.
  • What cannot be "fixed": the inevitability of death, anguish of loss, and our own mortality—providing presence is vital when perfect words or interventions do not exist.

🎯 Foundations of palliative care

🎯 Definition and scope

Palliative care: client and family-centered care that optimizes quality of life by anticipating, preventing, and treating suffering; involves the interdisciplinary team collaboratively addressing physical, intellectual, emotional, social, and spiritual needs and facilitating client autonomy, access to information, and choice.

  • It is not limited to end-of-life care; nurses provide palliative care whenever caring for clients with chronic disease.
  • As disease progresses to end-stage, palliative care becomes even more important.
  • The interdisciplinary team manages pain and symptoms, assists with difficult medical decisions, and provides additional support to clients, family members, and caregivers.

🧩 Four dimensions of care

DimensionWhat it includes
PhysicalFunctional ability, strength/fatigue, sleep/rest, nausea, appetite, constipation, pain
PsychologicalAnxiety, depression, enjoyment/leisure, pain, distress, happiness, fear, cognition/attention
SocialFinancial burden, caregiver burden, roles/relationships, affection, appearance
SpiritualHope, suffering, meaning of pain, religiosity, transcendence
  • The plan of care should always be based on the client's goals and their definition of quality of life.
  • Good symptom management improves quality of life and functioning at all stages of chronic illness.

🛡️ Core nursing interventions

Nursing interventions begin immediately after initial medical diagnosis and continue until end of life. As a client approaches end-of-life care, interventions include:

  • Eliciting the client's goals for care
  • Listening to the client and their family members
  • Communicating with the interdisciplinary team and advocating for the client's wishes
  • Managing end-of-life symptoms
  • Encouraging reminiscing
  • Facilitating participation in religious rituals and spiritual practices
  • Making referrals to chaplains, clergy, and other spiritual support

🚫 Accepting limits

While providing palliative care, remain aware that some things cannot be "fixed":

  • We cannot change the inevitability of death.
  • We cannot change the anguish felt when a loved one dies.
  • We must all face the fact that we, too, will die.
  • The perfect words or interventions rarely exist, so providing presence is vital.

🩺 Physical symptom management

💊 Pain

Pain: "whatever the experiencing person says it is, existing whenever they say it does."

  • When a client cannot verbally report pain, assess nonverbal and behavioral indicators.
  • The goal is to balance the client's desire for pain relief with their desire to manage side effects and oversedation.
  • Reassure the client that reaching satisfactory pain relief is achievable.
  • Many analgesic options are available.

🫁 Dyspnea

Dyspnea: a subjective experience of breathing discomfort; the most reported symptom by clients with life-limiting illness.

  • It can be extremely frightening.
  • Don't confuse: respiratory rate and oxygenation status do not always correlate with the symptom of breathlessness.

Assessment components:

  • Ask the client to rate severity of breathlessness on a 0–10 scale
  • Assess ability to speak in sentences, phrases, or words
  • Assess anxiety
  • Observe respiratory rate and effort
  • Measure oxygenation status (pulse oximetry or ABG)
  • Auscultate lung sounds
  • Assess for chest pain or other pain
  • Assess factors that improve or worsen breathlessness
  • Evaluate impact on functional status and quality of life

Management:

  • If new dyspnea is suspected to be caused by an acute condition, report immediately—acute illnesses are still addressed and treated for clients receiving palliative care.
  • In end-stage disease, dyspnea is often chronic and treated with pharmacological and nonpharmacological management.
  • Opioids: relatively small doses improve dyspnea with little impact on respiratory status or life expectancy; they dilate pulmonary blood vessels, allowing more blood to flow to the lungs and lessening the work of breathing; titrate to the client's desired goals for relief without oversedation.
  • Nonpharmacological interventions: pursed-lip breathing, energy conservation techniques, fans and open windows to circulate air, elevation of the client bed, tripod position, relaxation techniques (music, calm/cool environment), and health teaching to reduce anxiety.

🤧 Cough

  • A cough can cause pain, fatigue, vomiting, and insomnia.
  • Frequently present in advanced diseases: COPD, heart failure, cancer, AIDS.
  • Medications: opioids, dextromethorphan, benzonatate; guaifenesin to thin thick secretions; anticholinergics (e.g., scopolamine) for high-volume secretions.

🍽️ Anorexia and cachexia

Anorexia: loss of appetite or loss of desire to eat.

Cachexia: wasting of muscle and adipose tissue due to lack of nutrition.

  • Weight loss is present in both conditions and is associated with decreased survival.
  • Common confusion: aggressive nutritional treatment does not improve survival or quality of life and can actually create more discomfort for the client as body systems begin to shut down as death approaches.

Assessment:

  • Focus on understanding the client's experience and concerns.
  • Determine potentially reversible causes.
  • Referral to a dietician may be needed.

Interventions:

  • Goal: eating for pleasure for those at the end of life.
  • Encourage favorite foods; select foods that are high in calories and easy to chew.
  • Small, frequent meals with pleasing food presentation.
  • Be aware that odors associated with cooking can inhibit eating; move the client away from the kitchen or separate cooking times from eating times.
  • Medications: mirtazapine or olanzapine to increase intake; prokinetics (e.g., metoclopramide) to increase gastric emptying; medical marijuana or dronabinol to stimulate appetite and reduce nausea.
  • In some cases, enteral nutrition is helpful for clients who continue to have an appetite but cannot swallow.

Health teaching:

  • Many family members perceive eating as a way to "get better" and are distressed to see their loved one not eat.
  • After listening respectfully, explain that the client may feel more discomfort when forcing themselves to eat.

🚽 Constipation

Constipation: having less than three bowel movements per week.

  • Frequent in many clients at end of life due to low intake of food and fluids, use of opioids, chemotherapy, and impaired mobility.
  • Associated symptoms: rectal pressure, abdominal cramps, bloating, distension, straining.
  • Goal: establish what is normal for each client and have a bowel movement at least every 72 hours regardless of intake.
  • Treatment: bowel regimen such as oral stool softeners (e.g., docusate) and a stimulant (e.g., sennosides); rectal suppositories (e.g., bisacodyl) or enemas when oral medications are not effective or the client can no longer tolerate oral medications.

💧 Diarrhea

Diarrhea: having more than three unformed stools in 24 hours.

  • Especially problematic for clients receiving chemotherapy, pelvic radiation, or treatment for AIDS (common side effect).
  • Can cause dehydration, skin breakdown, electrolyte imbalances, and dramatically affect quality of life.
  • Can be a burden for caregivers due to frequent bathroom use or incontinence episodes.
  • Early treatment: promote hydration with water or fluids that improve electrolyte status (e.g., sports drinks); intravenous fluids may be required based on disease stage and goals for care.
  • Medications: loperamide, psyllium, anticholinergic agents.

🤢 Nausea and vomiting

  • Common in advanced disease and a dreaded side effect of many cancer treatments.
  • Assessment: client's history, effectiveness of previous treatment, medication history, frequency and intensity of episodes, activities that precipitate or alleviate nausea and vomiting.
  • Nonpharmacological interventions: eating meals and fluids at room temperature, avoiding strong odors, avoiding high-bulk meals, relaxation techniques, music therapy; aromatherapy using essential oils (e.g., peppermint oil) has been shown to significantly decrease incidence of nausea and vomiting.
  • Medications: antiemetics such as prochlorperazine and ondansetron.

🧠 Psychological and cognitive symptom management

😔 Depression

  • Clients with serious life-threatening illness will normally experience sadness, grief, and loss, but there is usually some capacity for pleasure.
  • Don't confuse: persistent feelings of helplessness, hopelessness, and suicidal ideation are not considered a normal part of the grief process and should be treated.
  • Undertreated depression can cause decreased immune response, decreased quality of life, and decreased survival time.
  • Evaluation requires interdisciplinary assessment; referrals to social work and psychiatry may be needed.

Pharmacological treatment:

  • Antidepressants like SSRIs (e.g., fluoxetine, paroxetine, sertraline, citalopram) are generally prescribed as first-line treatment.
  • Other medication may be prescribed if these are not effective.

Nonpharmacological interventions:

  • Promoting and facilitating as much autonomy and control as possible
  • Encouraging client and family participation in care to promote a sense of control and reduce helplessness
  • Reminiscing and life review to focus on life accomplishments and promote closure and resolution of life events
  • Grief counseling to assist clients and families in dealing with loss
  • Maximizing symptom management
  • Referring to counseling for those experiencing inability to cope
  • Assisting the client to draw on previous sources of strength (faith, religious rituals, spirituality)
  • Referring for cognitive behavioral techniques to reframe negative thoughts into positive thoughts
  • Teaching relaxation techniques
  • Providing ongoing emotional support and "being present"
  • Reducing isolation
  • Facilitating spiritual support

Suicide assessment:

  • Critical for a client with depression.
  • Ask questions such as:
    • Do you have interest or pleasure in doing things?
    • Have you had thoughts of harming yourself?
    • If yes, do you have a plan for doing so?
  • To destigmatize, phrase as: "It wouldn't be unusual for someone in your circumstances to have thoughts of harming themselves. Have you had thoughts like that?"
  • Clients with immediate, precise suicide plans and resources to carry out the plan should be immediately evaluated by psychiatric professionals.

😰 Anxiety

Anxiety: a subjective feeling of apprehension, tension, insecurity, and uneasiness, usually without a known specific cause; may be anticipatory; assessed along a continuum as mild, moderate, or severe.

  • Clients with life-limiting illness experience various degrees of anxiety due to prognosis, mortality, financial concerns, uncontrolled pain and other symptoms, and feelings of loss of control.

Physical symptoms:

  • Sweating, tachycardia, restlessness, agitation, trembling, chest pain, hyperventilation, tension, insomnia.

Cognitive symptoms:

  • Recurrent and persistent thoughts, difficulty concentrating.

Pharmacological treatment:

  • Benzodiazepines (e.g., lorazepam) may be prescribed.
  • Assess for adverse effects such as oversedation, falls, and delirium, especially in the frail elderly.

Nonpharmacological interventions (crucial):

  • Maximizing symptom management to decrease stressors
  • Promoting relaxation and guided imagery techniques (breathing exercises, progressive muscle relaxation, audiotapes)
  • Referring for psychiatric counseling for those unable to cope
  • Facilitating spiritual support by contacting chaplains and clergy
  • Acknowledging client fears; using open-ended questions and active listening with therapeutic communication
  • Identifying effective coping strategies the client has used in the past; teaching new coping skills (relaxation, guided imagery)
  • Providing concrete information to eliminate fear of the unknown
  • Encouraging use of a stress diary to help the client understand the relationship between situations, thoughts, and feelings

🧩 Cognitive changes (delirium)

Delirium: an acute change in cognition; requires urgent management in inpatient care.

  • Common cognitive disorder in hospitals and palliative care settings.
  • Up to 90% of clients at end of life will develop delirium in their final days and hours of life.
  • Early detection can cause resolution if the cause is reversible.

Symptoms:

  • Agitation, confusion, hallucinations, inappropriate behavior.
  • Obtain information from the caregiver to establish a mental status baseline.

Causes:

  • Most common cause at end of life is medication, followed by metabolic insufficiency due to organ failure.
  • Important: delirium can be caused by opioid toxicity.

Management:

  • Medications such as neuroleptics (e.g., haloperidol, chlorpromazine) or benzodiazepines may be prescribed.
  • Request presence of family to reorient the patient.
  • Nonpharmacological interventions: massage, distraction, relaxation techniques.

🛌 Additional symptom management

😴 Fatigue

Fatigue: a distressing, persistent, subjective sense of physical, emotional, and/or cognitive tiredness or exhaustion that is not proportional to activity and interferes with usual functioning.

  • Cited as the most disabling condition for clients receiving a variety of treatments in palliative care.
  • Primary cause: metabolic alteration related to chronic disease.
  • Other causes: anemia, infection, poor sleep quality, chronic pain, medication side effects.
  • Nonpharmacological interventions: energy conservation techniques.

🩹 Pressure injuries

  • Clients at end of life are at risk for quickly developing pressure injuries due to decreased nutrition and altered mobility.
  • Prevention is key: promoting mobility, frequent repositioning, reducing moisture, encouraging nutrition as appropriate.

Kennedy Terminal Ulcer:

A type of pressure injury that some clients develop shortly before death resulting from multiorgan failure.

  • Usually starts on the sacrum; shaped like a pear, butterfly, or horseshoe.
  • Red, yellow, black, or purple in color with irregular borders; progresses quickly.
  • Example: the injury may be identified by a nurse at the end of a shift who says, "That injury was not present when I assessed the client this morning."

⚡ Seizures

Seizures: sudden, abnormal, excessive electrical impulses in the brain that alter neurological functions such as motor, autonomic, behavioral, and cognitive function.

Causes:

  • Infection, trauma, brain injury, brain tumors, side effects of medications, metabolic imbalances, drug toxicities, withdrawal from medications.

Symptoms:

  • Can have gradual or acute onset.
  • Mental status changes, motor movement changes, sensory changes.

Treatment:

  • Focused on prevention and limiting trauma that may occur during the seizure.
  • Medications: phenytoin, phenobarbital, benzodiazepines, or levetiracetam may be prescribed to prevent or manage seizure activity.

😴 Sleep disturbances

  • Affect quality of life and can cause much suffering.
  • Causes: poor pain and symptom management, environmental disturbances.
  • Nursing interventions: create a quiet, calm environment; promote sleep routines; advocate for periods of uninterrupted rest without disruptions by the health care team.
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Nursing Care During the Final Hours of Life

Chapter 17.5 Nursing Care During the Final Hours of Life

🧭 Overview

🧠 One-sentence thesis

Nurses caring for actively dying clients must balance symptom management with family support, shifting from routine medical interventions to comfort-focused care that honors the client's preferences and facilitates a dignified death.

📌 Key points (3–5)

  • Primary nursing responsibilities: providing symptom management and preparing the family for what to expect as death approaches.
  • Individualized dying process: each person dies uniquely; clients can fluctuate between decreased consciousness, lucidity, restlessness, and hallucinations—no "typical death" exists.
  • Common confusion—routine vs. comfort care: at end of life, "normal" care routines (vital signs, labs, invasive procedures) often shift to comfort-only measures that do not burden the client.
  • Rule of Double Effect: administering pain relief (e.g., morphine) is morally justifiable even if it may hasten death, because the intent is relief of suffering, not causing death.
  • Family education and support: families need repeated, simple explanations, written resources, and coaching on what to expect and how to say goodbye.

🩺 Core nursing responsibilities at end of life

🩺 Two primary duties

  • Symptom management: controlling pain, dyspnea, terminal secretions, and other distressing symptoms.
  • Family preparation: educating family members about the dying process, what signs to expect, and how to provide presence and support.

🤝 Multiple nursing roles

The nurse acts as:

  • Advocate
  • Professional caregiver
  • Educator
  • Supporter
  • Facilitator of a dignified death

"Providing presence" and "bearing witness" with dying clients and their families.

  • Rhythms of care (vital signs, routine assessments) often change during final hours; the nurse must assess whether these actions provide comfort or cause discomfort.

📚 Communication with families

  • Avoid overwhelming families with medical jargon.
  • Provide simple answers matched to the family's understanding and readiness.
  • Family members may be tired, emotional, and unable to concentrate—expect to answer the same questions repeatedly.
  • Offer written resources, such as Gone From My Sight: The Dying Experience, to help families understand what to expect.

Don't confuse: Repeating information is not a sign of poor teaching; families in crisis have difficulty retaining information and need reinforcement.

🛡️ Managing common symptoms during dying

💊 Pain and dyspnea

  • Assessment challenges: changes in level of consciousness make pain assessment difficult; use behavioral cues (grimacing, posturing) and previous pain history.
  • "Air hunger": labored breathing and increased work of breathing; clients may demonstrate increased dyspnea.
  • Medication routes: oral or sublingual administration can continue even in the last hours of life.
  • Roxanol (morphine sulfate): highly concentrated solution (20 mg/mL) given sublingually for pain and/or air hunger; morphine relaxes respiratory muscles and improves air exchange.
  • Balancing goals: provide analgesia while respecting the client's goal for maintaining alertness.

Example: A client with severe cancer pain receives sublingual morphine to relieve both pain and the sensation of air hunger, even though they are minimally responsive.

⚖️ Principle of Double Effect

Rule of Double Effect: If the intent is good (relief of pain and suffering), then the act is morally justifiable even if it causes an unintended result of hastening death.

  • The American Nurses Association and Palliative Care Nurses Association support this principle.
  • Nurses should provide pain relief without fear of sedation or respiratory depression in the final days and hours.
  • The intent is to relieve suffering, not to cause death.

Don't confuse: Administering morphine for pain relief is not the same as euthanasia; the goal and intent are different.

🫁 Terminal secretions ("death rattle")

Terminal secretions: noisy breathing caused by air moving over secretions in the mouth that have drained from the upper airways, usually observed 3–23 hours before death.

  • Cause: the larynx relaxes; secretions are often in the hypopharynx and trachea, making them difficult to suction.
  • Distressing for families: can be frightening for family members and caregivers.
  • Treatment:
    • Anticholinergic medications (atropine or scopolamine) to dry secretions.
    • Repositioning the client on their side, if feasible.
    • Suctioning is not recommended: usually ineffective and can cause increased agitation and distress.
  • Family education: warn families caring for clients at home about this phenomenon and explain potential treatments.

Example: A family member hears loud, rattling breathing and becomes distressed; the nurse explains that this is a normal part of dying, repositions the client, and administers scopolamine to reduce secretions.

🌅 Phases of dying

🌅 Four phases overview

Clients typically progress through four phases: actively dying, transitioning, imminent death, and death.

🔄 Actively dying

  • Symptoms: pain, dyspnea, fatigue, cough, incontinence, nausea and vomiting, depression, anxiety, seizures.
  • Focus: symptom management and emotional support for both client and family.
  • Education: provide written materials and progressive education as the client's condition changes; guide the family in anticipation of upcoming phases.

🌙 Transitioning

  • Phase description: between actively dying and imminent death; the client withdraws physically.
  • Signs:
    • Decreased interest in activities of life.
    • Less frequent interactions with others.
    • Hallucinations.
    • Hypoxia and acidosis.
  • Nursing care: keep the environment as comfortable as possible—low lights, minimize alarms and noises.

⏳ Imminent death

  • Timing: death will occur at any point during this phase, usually within 24 hours, due to multisystem organ failure.
  • Common, recognizable signs:
SystemSigns
CardiovascularCool, clammy skin; mottled extremities; rapid or irregular pulse
MusculoskeletalInability to ambulate, move, or turn in bed
NeurologicalConfusion, restlessness, increased lethargy, hallucinations
RespiratoryIncreased respiratory rate, inability to clear secretions, Cheyne-Stokes respirations, noisy breathing (terminal secretions)
UrinaryDecreased or dark urine output
  • Care changes: vital signs, lab draws, and other invasive procedures are usually no longer performed because they do not benefit the client and often cause distress.
  • Family support: families require additional support as death becomes more of a reality; encourage reminiscence, calming music, touch, light massage, presence, and prayer (according to preferences).

Don't confuse: Although these signs indicate death within 24 hours, a specific timeline cannot be predicted; the dying process is variable for each individual.

🕊️ Spiritual and emotional support

  • Be aware of religious practices and beliefs sacred to the client and/or family.
  • Provide spiritual comfort through presence and prayer (based on client preferences and nurse's comfort level).
  • Call the agency chaplain and/or the client's clergy as indicated.
  • Encourage family members to bring in favorite hymns, scriptures, or symbols (e.g., rosary) so the client can experience spiritual comforts through different senses.

💬 Five parting tasks

Coach family members about five tasks that may serve as parting words:

  1. To ask forgiveness
  2. To forgive
  3. To say "Thank you"
  4. To say "I love you"
  5. To say "Goodbye"

Example: A nurse gently suggests to a family member, "You might want to tell your loved one that you forgive them, that you love them, and that it's okay to let go."

👨‍👩‍👧‍👦 Supporting families during the death vigil

👨‍👩‍👧‍👦 Historical context

Family members have historically desired to be at the client's bedside during the days to hours before death.

😰 Common family fears

  • The client being alone when they die.
  • Not knowing how to react or what to do.
  • Watching the client suffer.
  • Not knowing if the client has died.
  • Giving the "last dose" of medication at home and inadvertently causing death.

Nursing action: Address these fears proactively and provide education and support.

🕰️ Allowing time for goodbye

  • Support families in their various ways of saying goodbye: taking pictures, combing hair, washing the client's face, holding hands, kissing, or lying in bed with the client.
  • Do not rush the final visit.
  • In hospital settings, advocate for the client and make arrangements so the family does not feel rushed, even if there is pressure to clear the room for another admission.

Example: A family member wants to spend an hour alone with the deceased, combing their hair and talking to them; the nurse ensures privacy and delays moving the body to the morgue.

🏥 Death and postmortem care

🏥 Clinical and biological death

Clinical death: cessation of heartbeat or brain death.

  • Within 4–6 minutes of clinical death, CPR can be performed to attempt resuscitation.
  • Most clients receiving palliative care have Do Not Resuscitate (DNR) orders, so CPR is not performed.
  • After this time window, brain cells die from lack of oxygen, followed by death of cells in other organs—this is biological death.

Nursing action: Listen to the apical heartbeat for one full minute to ensure and document that death has occurred.

🧊 Rigor mortis

  • Rigor mortis: stiffening of muscles.
  • Begins several hours following death.
  • Peaks at 12–18 hours following death.
  • Disappears 48 hours following death.

📋 Final nursing assessment and documentation

When a client passes away, the nurse should perform and document:

  • Date and time of the assessment.
  • Client name.
  • Time and name of physician contact (some policies require a physician order to remove the body to the morgue, as well as a date and time of death).
  • Individuals present at time of death (family members, friends).
  • Lack of response to stimuli.
  • Absence of apical pulse.
  • Arrangement for transport to the morgue or funeral home.

🛁 Care of the body

  • Goal: Provide a more personal closure experience for the family, leaving them memories of the deceased as a loved one rather than as a client.
  • Remove medical supplies, equipment, and tubes unless a coroner must approve (coroner notification depends on county and state law, cause of death, or suspicious circumstances).
  • Bathe, dress, and position the body in proper alignment to show respect and provide dignity.
  • Place dentures in the mouth.
  • Place dressings on leaking wounds and apply incontinence products as needed.
  • Honor cultural practices regarding care of the body after death and who should provide that care.

Don't confuse: Postmortem care is not just a procedural task; it is an act of respect and dignity for the deceased and their family.

🏛️ Burial and cremation

  • Burial: the body is embalmed (blood removed and replaced with embalming solution containing formaldehyde) to temporarily preserve the body for a funeral or memorial service.
  • Cremation: using heat to reduce the body to ashes, which are placed in an urn; ashes may be buried, placed in a mausoleum, or kept at home.
  • Ask if the family completed preplanning for burial or cremation, but do not rush their final visit.
  • If prearrangements were made, contact the funeral home (be aware of county and agency policies that may require notification of the local coroner first).

🫀 Organ donation

  • If the client is an organ or tissue donor, follow procedures in accordance with state and care setting guidelines, policies, and procedures.
  • The driver's license may have information about organ donation wishes.
  • Federal law and Medicare regulations mandate that hospitals give surviving family members the chance to authorize donation.
  • Many family members feel consolation in helping others through organ donation.
  • There is no cost for organ or tissue donation.

🩺 Applying the nursing process at end of life

🩺 Assessment focus

  • Assessments are generally limited for clients at the end of life.
  • Overall treatment goal: comfort.
  • The goal of any performed assessment is to help ease the client's discomfort as the body begins to fail and facilitate a peaceful transition.

🔄 Shifting care routines

  • In hospital settings, the nurse may need to remind the care team that "normal" care routines are not required.
  • This may include:
    • Collection of vital signs
    • Intake and outputs
    • Laboratory blood draws
    • Full physical assessment
  • It can feel challenging to switch modes of care in the inpatient setting.

Don't confuse: Limiting assessments and interventions is not neglect; it is appropriate, comfort-focused care that respects the client's goals at the end of life.

Example: A nurse advocates for discontinuing daily blood draws and vital signs every 4 hours for a client in the imminent phase of dying, explaining to the team that these interventions cause discomfort without providing benefit.

97

Applying the Nursing Process at End of Life

Chapter 17.6 Applying the Nursing Process at End of Life

🧭 Overview

🧠 One-sentence thesis

The nursing process at end of life shifts from routine interventions to comfort-focused assessments and care that supports a peaceful transition for the client and therapeutic support for the family.

📌 Key points (3–5)

  • Assessment focus changes: "normal" hospital routines (vital signs, labs, full physical exams) are not required; assessments are limited and aimed only at easing discomfort.
  • Communication remains important: clients may be nonverbal, but hearing may still be intact, so families should be encouraged to share thoughts and feelings.
  • Nursing diagnoses prioritize comfort: acute pain, ineffective breathing, and family coping become the main areas of focus as death approaches.
  • Common confusion: switching from intervention-focused care to comfort care can feel challenging in hospital settings where actions usually aim to restore health, but comfort care is equally important.
  • Interventions include medication management and family support: morphine and lorazepam for pain/dyspnea/anxiety, anticholinergics for secretions, and coaching families through the dying process.

🩺 Assessment at end of life

🩺 Limiting routine assessments

  • The overall treatment goal is comfort, not cure or restoration of health.
  • In hospital settings, nurses may need to remind the care team that routine care is not required:
    • No vital signs collection
    • No intake and output tracking
    • No laboratory blood draws
    • No full physical assessments
  • Don't confuse: this is not "doing less"; it is refocusing interventions on what matters most—easing suffering and facilitating a peaceful transition.

🗣️ Subjective assessment

  • Many clients at end of life are nonverbal.
  • Some may experience periods of reminiscence as they progress toward death.
  • Hearing may still be intact even when the client cannot respond.
  • Families should be encouraged to:
    • Share thoughts and feelings with the client
    • Relate stories of comfort
    • Express their emotions
  • This communication can be therapeutic for both the client and the family.

👁️ Objective assessment

Physical assessments should be limited and focused on comfort.

What to observeWhy it matters
Signs of pain (grimacing, moaning, furrowed brow, guarding)Must be noted and addressed for comfort
Increased respirations, labored breathing, secretions ("rattle")Common as death approaches; may need intervention
Cool/clammy skin, mottled extremities, diminished pulsesIndicates significant decline in circulation
Skin breakdown, urinary retentionContinue monitoring to prevent discomfort
  • Notify the provider if unexpected findings occur:
    • Severe pain not relieved by current protocol
    • Acute labored breathing
    • Terminal secretions
    • Urinary retention with bladder distention

🎯 Diagnosis, outcomes, and goals

🎯 Nursing diagnoses

As the client progresses toward death, diagnoses focus on provision of comfort.

Priority areas:

  • Acute pain
  • Ineffective breathing
  • Family coping
  • Caregiver role strain

Death Anxiety: Emotional distress and insecurity generated by anticipation of death and the process of dying of oneself or significant others, which negatively affects one's quality of life.

Selected defining characteristics include:

  • Expresses deep sadness
  • Expresses concern about caregiver strain
  • Expresses fear of pain, suffering, prolonged dying, or the unknown
  • Reports negative thoughts related to death and dying

🎯 Outcomes and goals

Overall goal: "The client will experience dignified life closure as evidenced by:

  • Expression of readiness for death
  • Resolution of important issues
  • Sharing of feelings about dying
  • Discussion regarding spiritual concerns"

Example SMART outcome: "The client will express their fears associated with dying by the end of the shift."

Common nursing goal: "The client will experience adequate pain management based on their expressed goals for pain relief and alertness."

💊 Planning and implementing interventions

💊 Medication management

Many clients require pain medications to assist with a therapeutic transition.

Medication typePurposeRoute considerations
MorphinePain, dyspneaConcentrated oral solutions absorbed through buccal membranes; may need subcutaneous pump if needs are high
LorazepamAnxietyClient condition can change rapidly; route must be appropriate
Anticholinergics (atropine, scopolamine)Terminal secretionsDecreases oral secretions; requires good oral care with swabs and lip moisturizer

🤝 Nursing interventions in the last days and hours

Respect and environment:

  • Honor the client's preferences for end-of-life care
  • Be respectful of the environment
  • Shield the client from harsh light or loud voices
  • Provide physical assessment and care with utmost respect and attention to comfort

Communication and support:

  • Reinforce the steps of the dying process so family knows what to expect (may feel redundant, but emotional nature makes information retention difficult)
  • Be present and attentive; use active empathetic listening
  • Encourage family to create a quiet and comfortable environment
  • Provide social support and guide families through end-of-life issues

Comfort measures:

  • Assess for pain and provide relief based on client preferences
  • Assess for fears related to death
  • Assist with life review and reminiscence
  • Provide music of the client's choosing

Spiritual and emotional support:

  • Recognize spiritual needs of client and family
  • Support religious beliefs, rituals, and prayer
  • Encourage family members to be physically close and give permission to touch their loved one

After death:

  • When death occurs, allow appropriate time for closure
  • Provide information regarding next steps of physical care and transporting the client

📋 Evaluation

📋 Monitoring effectiveness

  • Evaluate the effectiveness of interventions based on the outcome criteria established for each client.
  • Closely monitor for escalating signs of client discomfort not managed by the current treatment plan.
  • Educate the family regarding whom to contact if additional concerns arise.

📋 Don't confuse

  • Evaluation at end of life is not about "improvement" in traditional health metrics; it is about whether comfort is achieved and the client experiences a dignified transition.
  • Example: Success means the client is not grimacing or moaning, not that vital signs have improved.
98

Grief, Loss, and End-of-Life Care

Chapter 18.1 Spirituality Introduction

🧭 Overview

🧠 One-sentence thesis

Grief is a multifaceted process involving stages, tasks, and types—including complicated grief—that nurses must understand to support clients and families through loss, end-of-life transitions, and bereavement while respecting cultural, ethical, and legal considerations.

📌 Key points (3–5)

  • Complicated grief: Four types exist (chronic, delayed, exaggerated, masked) with specific risk factors; may require professional help depending on severity.
  • Stages vs. tasks: Kubler-Ross's five stages (DABDA: denial, anger, bargaining, depression, acceptance) describe emotional responses; grief tasks describe actions to accomplish (notification/shock, experiencing loss, reintegration).
  • Common confusion: Stages are not linear—people may skip stages, move randomly between them, or experience them repeatedly; there is no "correct" way to grieve.
  • Palliative vs. hospice care: Palliative care includes curative treatment and focuses on quality of life; hospice is for terminal clients (≤6 months) and stops curative treatment but continues comfort care.
  • Legal/ethical essentials: DNR orders, advance directives (health care power of attorney and living will), and state-specific laws (e.g., assisted dying) require nurses to advocate for client wishes and understand their Nurse Practice Act.

🧩 Types of complicated grief

🧩 What complicated grief is

Complicated grief: Normal grief reactions that become prolonged, suppressed, intensified, or masked, interfering with functioning.

  • According to ELNEC, there are four types of complicated grief.
  • Risk factors include sudden/traumatic death, suicide, homicide, dependent relationships, chronic illness, death of a child, multiple losses, unresolved prior grief, concurrent stressors, witnessing suffering, lack of support or faith systems.
  • In older adults: lack of support network, concurrent losses, poor coping skills, loneliness.

🕰️ Chronic grief

  • Normal grief reactions that do not subside and continue over very long periods.
  • The person remains stuck in grief without moving toward acceptance or reintegration.

⏸️ Delayed grief

  • Normal grief reactions that are suppressed or postponed (consciously or unconsciously) to avoid pain.
  • The person may appear to function normally but has not processed the loss.

🔥 Exaggerated grief

  • An intense reaction that may include nightmares, delinquent behaviors, phobias, and thoughts of suicide.
  • The emotional response is amplified beyond typical grief.

🎭 Masked grief

  • The survivor is not aware that behaviors interfering with normal functioning result from the loss.
  • Example: A person cancels lunch with friends daily to visit the cemetery but does not recognize this as grief-driven avoidance.

🌀 Kubler-Ross stages of grief (DABDA)

🌀 Overview of the stages

  • Identified by Elizabeth Kubler-Ross in On Death and Dying.
  • Five stages: Denial, Anger, Bargaining, Depression, Acceptance (mnemonic: DABDA).
  • Clients and families may experience stages along a continuum, move randomly/repeatedly, or skip stages—no one correct way to grieve.
  • Stages apply not only to death but also to significant life changes (divorce, job loss, chronic/terminal diagnosis).

🚫 Denial

Denial: The individual refuses to acknowledge the loss or pretends it isn't happening.

  • Characterized by "This can't be happening."
  • Self-protective; helps numb overwhelming emotions and offset immediate shock.
  • Common during traumatic, sudden, or unexpected loss.
  • Example: A client diagnosed with terminal brain cancer after presenting with a severe headache may experience denial.

😡 Anger

  • Anger often masks pain and sadness.
  • Can be directed at the deceased, self, or others (including uninvolved people or health care providers).
  • Don't confuse: Anger is not a personal attack but a manifestation of challenging emotions in the grief process.
  • Nursing response: Provide supportive presence, allow venting, maintain boundaries for respectful discussion; focus on offering a safe space rather than what to say.

🙏 Bargaining

  • An attempt to regain control by making a deal to change or negotiate the outcome.
  • May involve promises to God or a higher power.
  • Example: "I promised God I would stop smoking if He would heal my wife's lung cancer."

😔 Depression

  • Intense sadness, loss of interest in previously satisfying activities, irritability, sleeplessness, loss of focus.
  • Significant fatigue; simple tasks (getting out of bed, showering, meal prep) feel overwhelming → withdrawal.
  • Difficulty finding meaning or personal worth.
  • Watch for: Ineffective coping (self-medicating with alcohol/drugs).

✅ Acceptance

  • Understanding the loss and acknowledging the new reality; knowing it will be hard but recognizing one's coping capabilities.
  • Does not mean absence of sadness—it is acknowledgment of the ability to cope.
  • Individuals reengage with others, find comfort in new routines, and may experience happiness again.

📋 Grief tasks framework

📋 Three tasks to accomplish

  • An alternative framework to stages; describes actions the grieving person must complete.
TaskDescriptionWhat the person must do
Notification and shockFirst learns of the loss; feels numbness/shock; may isolateAcknowledge the reality of the loss by assessing and recognizing it
Experiencing the lossEmotionally and cognitively processes the lossWork through the pain by reacting to, expressing, and experiencing the pain of separation and grief
ReintegrationReorganizes family systems and relationshipsAdjust to the environment without the deceased; form a new reality; adapt to a new role while retaining memories

🩺 Nursing role in grief tasks

  • Spend time with clients and families; listen to their stories; be present; bear witness to their pain.
  • You cannot fix everything, but assessing symptoms of grief helps identify resources for support.

🏥 Palliative care vs. hospice care

🏥 Palliative care

Palliative care: Patient and family-centered care that optimizes quality of life by anticipating, preventing, and treating suffering; involves interdisciplinary team addressing physical, intellectual, emotional, social, and spiritual needs; facilitates patient autonomy, access to information, and choice.

  • Defined by WHO as improving quality of life for clients and families facing life-threatening illness.
  • Prevents and relieves suffering through early identification, correct assessment, and treatment of pain and other problems (physical, psychosocial, spiritual).
  • Includes continuing curative treatment (dialysis, chemotherapy, surgery).
  • Occurs throughout the continuum of care.

🕊️ Hospice care

Hospice care: A type of palliative care for terminally ill clients expected to live ≤6 months; curative treatments are stopped; focuses on comprehensive comfort care and support for family.

  • Based on the idea that dying is part of the normal life cycle.
  • Supports client and family through dying and grief; supports survivors through bereavement.
  • Does not hasten death; focuses on comfort while allowing natural death.
  • Symptom control (including pain relief) and quality of life are paramount.
  • Available in home, long-term care, assisted living, hospitals, prisons.
  • In the U.S., Medicare covers hospice: all related home durable medical equipment (hospital bed, oxygen) and medications related to terminal diagnosis (including pain meds).
  • Common misconception: Many clients/families view hospice as "giving up" or a "death sentence" and resist it; health care teams often advocate palliative care first until families are ready to discuss hospice.

🛏️ Comfort care

Comfort care: Similar to palliative/hospice care; used in acute care when goals shift from curative intervention to symptom control, pain relief, and quality of life; no formal hospice/palliative admission.

  • Focus changes to symptom control for greatest comfort as client approaches end of life.
  • Many interventions eliminated (except analgesics, antianxiety meds); no vital sign monitoring, blood draws, or invasive procedures.

⚖️ Ethical and legal considerations

⚖️ Core principles

  • End-of-life care involves unique complexities: conflicts between provider/nurse beliefs and client desires; family disagreements; resource/insurance issues.
  • Nurse's duty: Always advocate for the client's wishes; honor and respect client autonomy.
  • Refer to ANA's Standards of Professional Nursing Practice and Code of Ethics for guidance on ethical dilemmas.
  • Many organizations have ethics committees for support, guidance, resources, and recommendations.

📄 DNR orders

Do-not-resuscitate (DNR) order: A medical order instructing health care professionals not to perform CPR if the client's breathing or heart stops.

  • Written only with permission of the client (or activated health care power of attorney).
  • Ideally set up before a critical condition occurs.
  • CPR includes chest compressions, mouth-to-mouth breathing, electric shocks, breathing tubes, cardiac medications.
  • DNR only refers to not performing CPR—clients still receive medical treatment (antibiotics, IVs, medications).
  • Wallet cards, bracelets, or other DNR documents available for home/nonhospital settings.
  • Reality check: Overall survival to hospital discharge after cardiac arrest is ~10.6%; many have unrealistic ideas about CPR success and post-revival quality of life.
  • Nurses can provide health teaching on CPR effectiveness based on client's condition and facilitate DNR discussion.

📜 Advance directives

Advance directives: Legal documents directing care when the client can no longer speak for themselves; include health care power of attorney and living will.

🤝 Health care power of attorney

  • Legally identifies a trusted individual (family, friend, colleague; sound mind; age ≥18) to serve as decision maker for health issues when client cannot speak.
  • Responsibility: Carry out care actions in accordance with client's wishes.
  • Should have knowledge of the client's living will.

📝 Living will

  • Legal document describing client's wishes if unable to speak due to injury, illness, or persistent vegetative state.
  • Addresses: ventilator support, feeding tube placement, CPR, intubation.
  • Vital for ensuring health care providers have a record of wishes.
  • Cannot cover every circumstance—health care power of attorney is vital for decisions outside the living will's scope.

🗺️ State-specific laws

  • Nurses must understand the Nurse Practice Act and legalities in their state.
  • Example: Oregon, Washington, Vermont, New Mexico allow assisted dying (assisted suicide or active euthanasia).
    • Assisted suicide: Client provided means to carry out suicide (e.g., lethal medication dose).
    • Active euthanasia: Someone other than client carries out action to end life.
  • Most nursing organizations prevent nurses from participating in assisted dying.
  • Nurses must be aware of ethical challenges surrounding assisted suicide, active euthanasia, abortion.

👨‍👩‍👧‍👦 Caring for families of dying clients

👨‍👩‍👧‍👦 Fading away transition

Fading away: A transition families make when they realize their seriously ill family member is dying.

  • Often a sudden realization: "is not going to get any better" when health significantly declines.
  • May have been previously told by provider that loved one would die, but realization triggers the transition.

🔄 Dimensions of fading away

DimensionClient experienceFamily experience
RedefiningShift from "what used to be" to "what is now"Same shift in perspective
BurdeningFeel like a burden (physically, financially, emotionally, socially, spiritually) as dependence increasesTypically do not feel care is a burden—"something you do for someone you love"
Searching for meaningJourney inward; spiritual reflection; connect with important peopleSearch inward through spiritual reflection or with family/friends
Living day to dayFind meaning and live each day with more positive attitudeTry to "make the best of it"; enjoy limited time left
Preparing for deathWant to leave a legacySpouses want to meet every need; prearrange funeral, finalize will/finances
Contending with changeChange roles, social patterns, work patterns; know life will soon be goneSame role/pattern changes; anticipate loss of former life

🩺 Nursing support during fading away

  • Be present and actively listen.
  • Resource: "Gone From My Sight – The Dying Experience" pamphlet by Barbara Karnes (explains dying stages: months, weeks, days, hours; helps answer "How long?").

🤲 Caregiver support

🤲 Caregiver role and needs

  • Most clients with chronic illness have family caregivers who are an extension of the health care team.
  • Provide 70–80% of care at home, working around the clock.
  • Nurses should assess caregiver when seeing them with client (home, clinic, hospital, long-term setting); provide encouragement; acknowledge difficulty; praise efforts.

📋 Caregiver needs (research-based)

  • Support, assistance, practical help (grocery shopping, pharmacy, food prep).
  • Honest conversations with health care team.
  • Assurance loved one is being honored.
  • Inclusion in decision-making.
  • Desire to be listened to; concerns heard.
  • Remembrance as a good, compassionate caregiver.
  • Assurance they did all they could.

🩺 Nursing assessment and intervention

  • Assess caregiver's needs for further assistance and social support network.
  • Assess physical needs, sleep patterns, ability to perform other responsibilities.
  • Watch for: Declining health, clinical depression, increased alcohol/drug use.
  • Listen to stories; provide presence, active listening, touch.
  • Assist in identifying/using support systems; refer to community resources and support groups.

🌍 Cultural considerations regarding death

🌍 Culturally sensitive assessment

  • Respect values, beliefs, traditions related to health, illness, family caregiver roles, decision-making.
  • Use comprehensive assessment to develop a nursing care plan incorporating culturally sensitive resources and strategies.
  • Acquire knowledge about how cultural beliefs influence decision-making, approach to illness, pain, spirituality, grief, dying, death, bereavement.

📊 Comparison of spiritual beliefs about death

ReligionBeliefs about deathPreparation of bodyFuneral practices
Christian (Catholic & Protestant)Belief in Jesus Christ, Bible, afterlife (interpretations vary by denomination); Catholics receive "anointing of the sick" at end of lifeOrgan donation and autopsy permittedBuried in cemeteries; some accept cremation; funerals/celebration of life in funeral home or church
JewishTradition cherishes life; death not viewed as tragedy; afterlife views vary by denomination (Reform, Conservative, Orthodox)Autopsy and embalming forbidden under ordinary circumstances; open caskets not permittedFuneral as soon as possible after death; dark clothing worn; forbidden to bury on Sabbath or during festivals; three mourning periods (Shiva first, seven days after burial)
BuddhistBoth religion and way of life; goal is enlightenment; life is cycle of death and rebirthGoal is peaceful death; Buddha statue may be at bedside; organ donation not permitted; incense lit after death; family washes and prepares bodyCremation preferred; if buried, dressed in regular clothes (not fancy); monks may be present and lead chanting

🔗 Cross-reference

  • For holistic nursing care addressing spiritual needs, refer to the "Spirituality" chapter.
99

Basic Concepts of End-of-Life Care and Bereavement

Chapter 18.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Providing compassionate end-of-life care requires nurses to support caregivers, respect cultural and spiritual beliefs about death, facilitate "good death" experiences, guide families through bereavement, and practice self-care to prevent compassion fatigue and burnout.

📌 Key points (3–5)

  • Caregiver needs: Family caregivers require practical help, honest communication, inclusion in decisions, and assurance they honored their loved one.
  • Cultural sensitivity: Different religions and cultures have distinct beliefs about death, body preparation, and funeral practices that must be respected.
  • "Good death" themes: Includes meeting client preferences, ensuring pain-free status, maintaining dignity, providing spiritual comfort, and building trust with the care team.
  • Bereavement support: Grief and mourning after death take time; survivors need encouragement to express feelings, postpone major decisions, and access support resources.
  • Nurse self-care: Repeated exposure to loss can cause compassion fatigue and burnout; nurses must recognize warning signs and use self-care strategies to maintain well-being.

🤝 Supporting Family Caregivers

🤝 What caregivers need

Family caregivers of dying clients have specific needs that nurses must assess and address:

  • Practical assistance: Help finding others to assist with grocery shopping, pharmacy visits, and food preparation.
  • Communication and inclusion: Honest conversations with the health care team, inclusion in decision-making, and assurance their concerns are heard.
  • Emotional reassurance: Desire to be remembered as a good and compassionate caregiver; assurance they did all they possibly could for their loved one.
  • Recognition of their loved one: Assurance their loved one is being honored.

🩺 Nursing assessment and intervention

Nurses should:

  • Assess the caregiver's needs for further assistance and their social support network.
  • Assess physical needs, sleep patterns, and ability to perform other responsibilities.
  • Watch for signs of declining health, clinical depression, or increased use of alcohol and drugs.
  • Listen to the caregiver's stories and provide presence, active listening, and touch.
  • Assist in identifying and using support systems; refer to community resources and support groups as needed.

Don't confuse: Caregiver needs are not just emotional—they include practical, physical, and social dimensions that all require nursing attention.

🌍 Cultural and Spiritual Considerations

🌍 Why cultural sensitivity matters

When assessing clients, family members, and caregivers, it is important to respect their values, beliefs, and traditions related to health, illness, family caregiver roles, and decision-making.

  • Information gathered through comprehensive assessment is used to develop a culturally sensitive nursing care plan.
  • Nurses can acquire knowledge about how different cultural beliefs influence decision-making, approach to illness, pain, spirituality, grief, dying, death, and bereavement.

🕊️ Spiritual beliefs about death

Different religions have distinct beliefs and practices:

ReligionBeliefs about DeathBody PreparationFuneral Practices
Christian (Catholic/Protestant)Belief in Jesus Christ, the Bible, and an afterlife; Catholics receive "anointing of the sick"Organ donation and autopsy permittedBurial in cemeteries; some accept cremation; services in funeral home or church
JewishTradition cherishes life; death not viewed as tragedy; views on afterlife vary by denominationAutopsy and embalming forbidden under ordinary circumstances; no open casketsFuneral as soon as possible; dark clothing; not on Sabbath or festivals; three mourning periods including Shiva (seven days after burial)
BuddhistLife is a cycle of death and rebirth; goal is enlightenmentGoal is peaceful death; Buddha statue may be at bedside; organ donation not permitted; incense lit after deathFamily washes and prepares body; cremation preferred; deceased dressed in regular clothes; monks may lead chanting
Native AmericanBeliefs vary by tribe; sickness means out of balance with nature; death is a journey to another worldFamily may or may not be present; preparation may be done by family; organ donation generally not preferredPractices differ by tribe; Navajo leave casket slightly open for spirit to escape; Comanche bury in place of death or cave
HinduReincarnation and KarmaOrgan donation and autopsy acceptable; death must be peaceful; body not left alone until crematedCremation within 24 hours; ashes scattered in sacred rivers
MuslimBelief in afterlife; body must be quickly buried to free the soulEmbalming and cremation not permitted; autopsy only for legal/medical reasons; body faces Mecca; prepared by same genderBurial as soon as possible; women and men sit separately; flowers and excessive mourning discouraged; head points toward Mecca

Common confusion: Not all members of a religion follow every practice—individual assessment is essential; don't assume based on religious label alone.

🕊️ A "Good Death"

🕊️ What defines a good death

Death is a physical, psychological, social, and spiritual event.

Research has identified themes that define a "good death":

  • Client preferences met: Preferences for the dying process (where and with whom) and preparation for death (advance directives, funeral arrangements).
  • Physical and emotional comfort: Client is pain-free with emotional well-being.
  • Family preparedness: Family is prepared for death and supportive of client's preferences.
  • Dignity and respect: Demonstrated for the client throughout the process.
  • Life completion: Sense of saying goodbye and feeling life was well-lived.
  • Spiritual comfort: Spirituality and religious comfort are provided.
  • Quality of life maintained: Maintaining hope, pleasure, gratitude.
  • Trust and support: Feeling of trust, support, and comfort from the nurse and interdisciplinary team.

🩺 The nurse's role

  • Nurses are often present during the final days and moments with clients during this difficult and sacred time.
  • Family members who witness the last weeks, days, hours, and minutes of their loved one's life will remember the death for all their lives.

Example: A nurse who ensures a client's pain is controlled, family is present, and spiritual needs are met helps create conditions for a "good death" that the family will remember positively.

💔 Bereavement and Grief Support

💔 What is bereavement

The bereavement period includes grief (the inner feelings) and mourning (the outward reactions) after a loved one has died.

  • It is the time it takes for the mourner to feel the pain of the loss, mourn, grieve, and adjust to the world without the presence of the deceased.
  • Bereavement can take a physical toll: increased risk of myocardial infarction and cardiomyopathy; widows and widowers have increased chance of dying after their spouses die.

🩺 Nursing role during bereavement

The nursing role includes:

  • Assisting with enhanced coping mechanisms.
  • Assessing and facilitating spirituality.
  • Facilitating the grieving process by supporting the client and survivors to feel the loss, express the loss, and move through the tasks of grief.
  • Communicating assessments and interventions with the interdisciplinary team.

🗣️ Therapeutic communication tips

What to do:

  • Listen and be present rather than saying the "right words."
  • Encourage silence.
  • Say: "This must be very difficult for you. Would you like to talk about it?"
  • Say: "This process takes time, so don't feel as if you need to rush through it."
  • Say: "Tell me what your relationship was like."

What to avoid:

  • "I know/can imagine/understand how you feel."
  • "You should be over this by now."
  • "At least you had a good life with them" or "They're in a better place now."

Don't confuse: Being present and listening is more therapeutic than trying to find the "perfect" words—avoid minimizing statements.

🧒 Children and grief

Children experience grief based on their developmental stage:

Younger children:

  • May not understand death is permanent until preschool or older.
  • Symptoms: nervousness, uncontrollable rages, frequent illness, incontinence, rebellious behavior, hyperactivity, nightmares, depression, compulsive behavior, excessive anger, overdependence, denial.
  • Use the word "death," not euphemisms like "gone to sleep" or "gone away," which can be confusing or cause children to fear sleep.

Older children:

  • Symptoms: difficulty concentrating, forgetfulness, decreased academic performance, insomnia or sleeping too much, social withdrawal, antisocial behavior, resentment of authority, regression, suicidal thoughts, nightmares, frequent sickness, overeating or undereating, truancy, experimentation with alcohol or drugs, depression, sexual promiscuity, running away.

Nursing interventions:

  • Play is the universal language of children—use it therapeutically.
  • Encourage children that their grief is "normal" to give them comfort.
  • Refer children, parents, and families to grief specialists as indicated; make sure families are aware of local support groups.

👨‍👩‍👧 Parents, grandparents, and spouses

Parents:

  • The death of a child can be devastating with a great need for bereavement support.

Grandparents:

  • Grief can be twofold: their own grief plus witnessing the grief of their child (the parent).
  • Studies show grandparents' grief is seldom acknowledged.

Spouses:

  • Death of a husband or wife is ranked on life event scales as the most stressful of all possible losses.
  • Intensity and persistence of pain is due to emotional marital bonds linking husbands and wives as co-managers of home and family, companions, sexual partners, and fellow members of larger social units.

✅ Completion of the grieving process

Grief work is never completely finished because there will always be times when a memory, object, song, or anniversary of the death will cause feelings of loss for the survivor.

Healing is characterized by:

  • The pain of the loss is lessened.
  • The survivor has adapted to life without the deceased.
  • The survivor has physically, psychologically, and socially "let go."

What "letting go" means:

  • Letting go is a difficult process but does not mean cutting oneself off from the memories.
  • It means adapting to the loss and the continued bonds with the deceased.

Example: A widow may light a candle in memory of her deceased husband on their anniversary—this honors the memory while adapting to life without him.

🛡️ Nurse Self-Care and Preventing Burnout

🛡️ Why self-care matters

Providing end-of-life care can have a significant impact on nurses:

  • Grief might be exacerbated when client loss is unexpected or results from a traumatic experience.
  • Example: An emergency room nurse caring for a child who died in a motor vehicle accident may find it difficult to cope and resume normal work duties.
  • Grief can be compounded when loss occurs repeatedly or after providing care for a client for a long period.
  • In some settings, especially during the COVID-19 pandemic, nurses do not have time to resolve grief from one loss before another occurs.

😔 Compassion fatigue and burnout

Compassion fatigue: a state of chronic and continuous self-sacrifice and/or prolonged exposure to difficult situations that affect a health care professional's physical, emotional, and spiritual well-being, leading to inability to care for or empathize with someone's suffering.

Burnout: can be manifested physically and psychologically with a loss of motivation; triggered by workplace demands, lack of resources, interpersonal relationship stressors, or work policies that lead to diminished caring and cynicism.

Don't confuse: Compassion fatigue is about emotional exhaustion from caring; burnout is broader and includes loss of motivation and cynicism from workplace factors.

🧘 Self-care strategies

Warning signs to watch for:

  • Has my behavior changed?
  • Do I communicate differently with others?
  • What destructive habits tempt me?
  • Do I project my inner pain onto others?

The "A's" for building resilience:

  • Attention: Become aware of your physical, psychological, social, and spiritual health; what are you grateful for? What are areas of improvement? Protects from drifting on autopilot.
  • Acknowledgement: Honestly look at all you have witnessed; what insight have you experienced? Prevents invalidating experiences.
  • Affection: Choose to look at yourself with kindness and warmth; prevents becoming bitter or "being too hard" on yourself.
  • Acceptance: Choose to be at peace and welcome all aspects of yourself; by accepting both talents and imperfections, you protect yourself from impatience, victim mentality, and blame.

Additional strategies:

  • Recognize the need to take time off.
  • Seek out individual healthy coping mechanisms: prayer, meditation, exercise, art, music.
  • Voice concerns within the workplace.
  • Use employee assistance programs that provide counseling services.
  • Participate in debriefing sessions after traumatic client loss, often facilitated by chaplains.
  • Obtain additional education in end-of-life care (e.g., palliative care certificates).

Example: A nurse who notices increased irritability and difficulty sleeping after caring for multiple dying patients should recognize these as warning signs and seek support through counseling or peer debriefing.

100

Nursing Care for Grief, Palliative Care, and End-of-Life Management

Chapter 18.3 Common Religions and Spiritual Practices

🧭 Overview

🧠 One-sentence thesis

Nurses play a critical role in supporting clients and families through grief, providing palliative care that addresses physical and psychosocial symptoms, and preventing caregiver burnout through self-care and interdisciplinary collaboration.

📌 Key points (3–5)

  • Self-care prevents burnout: Nurses must recognize warning signs of compassion fatigue and implement strategies (the "four A's": Attention, Acknowledgement, Affection, Acceptance) to maintain resilience.
  • Grief assessment spans the continuum: Assessment begins at diagnosis and continues through bereavement, monitoring for physical, emotional, and cognitive symptoms in clients, families, and significant others.
  • Palliative care is multidimensional: Effective care addresses physical symptoms (pain, dyspnea, nausea), psychological needs (anxiety, depression), social concerns (caregiver burden), and spiritual dimensions.
  • Common confusion—normal vs. maladaptive grief: Normal grief includes sadness and capacity for pleasure; maladaptive grief involves persistent preoccupation, inability to perform roles, and symptoms lasting beyond six months.
  • Interventions focus on presence and listening: The most important nursing intervention is active listening and supportive presence, as "perfect words rarely exist."

🛡️ Preventing Compassion Fatigue and Burnout

🛡️ Recognizing warning signs

  • Nurses caring for dying clients are at risk for compassion fatigue and burnout.
  • Warning signs to monitor:
    • Has my behavior changed?
    • Do I communicate differently with others?
    • What destructive habits tempt me?
    • Do I project my inner pain onto others?

🌱 The four A's of self-care

The excerpt recommends four self-awareness strategies:

StrategyWhat it meansWhat it prevents
AttentionBecome aware of physical, psychological, social, and spiritual health; identify gratitude and areas for improvementDrifting through life on autopilot
AcknowledgementHonestly look at all you have witnessed; recognize the pain of lossInvalidating your experiences
AffectionLook at yourself with kindness and warmthBecoming bitter and "being too hard" on yourself
AcceptanceBe at peace with all aspects of yourself, talents and imperfectionsImpatience, victim mentality, and blame

📚 Additional support

  • Healthy coping mechanisms: prayer, meditation, exercise, art, music.
  • Organizations often sponsor employee assistance programs for counseling.
  • Debriefing sessions after traumatic client loss, often facilitated by chaplains.
  • Additional education in end-of-life care (e.g., palliative care certificates).

🩺 Applying the Nursing Process to Grief

🩺 Assessment across the continuum

Grief assessment includes the client, family members, and significant others.

  • Begins at diagnosis of acute, chronic, or terminal illness or admission to a facility.
  • Continues throughout terminal illness and into the bereavement period for survivors.
  • Monitors for symptoms of complicated grief during bereavement.

🧩 Manifestations of grief

Grief can appear in three domains:

  • Physical: feeling ill, headaches, tremors, muscle aches, exhaustion, insomnia, appetite changes, weight changes.
  • Cognitive: lack of concentration, confusion, hallucinations.
  • Emotional: anxiety, guilt, anger, fear, sadness, helplessness, feelings of relief.

Important: Manifestations vary by individual, age, culture, resources, and previous loss experiences. Report behaviors that endanger the client or family (depression, suicidal ideation, symptoms lasting >6 months).

🎯 Nursing diagnosis: Maladaptive Grieving

Maladaptive Grieving: A disorder that occurs after the death of a significant other, in which the experience of distress accompanying bereavement fails to follow sociocultural expectations.

Selected defining characteristics:

  • Anxiety
  • Decreased role performance
  • Depressive symptoms
  • Expresses anger or being overwhelmed
  • Expresses feeling of emptiness
  • Gastrointestinal symptoms
  • Longing for the deceased person

Example PES statement: "Maladaptive Grieving related to excessive emotional disturbance as evidenced by decreased role performance and preoccupation with thoughts about her deceased husband."

🎯 Goals and outcomes

Sample goal: "The client will experience grief resolution."

Grief resolution is evidenced by:

  • Resolves feelings about the loss
  • Verbalizes reality and acceptance of loss
  • Maintains living environment
  • Seeks social support

Sample SMART outcome: "The client will discuss the meaning of the loss to their life in the next two weeks."

🤝 Key interventions

🤝 Coping enhancement

  • Assist in identifying short- and long-term goals.
  • Help examine available resources and break down complex steps.
  • Use a calm, reassuring approach; provide an atmosphere of acceptance.
  • Provide factual information about diagnosis, treatment, and prognosis.
  • Seek to understand the client's perspective of the stressful situation.
  • Discourage decision-making under severe stress.
  • Acknowledge cultural and spiritual background; encourage use of spiritual resources.
  • Encourage verbalization of feelings, perceptions, and fears.
  • Instruct on relaxation techniques.

🤝 Anticipatory grieving interventions

Anticipatory grieving: a grief reaction that occurs in anticipation of an impending loss.

  • Can relate to impending death, loss of a body part, or loss of home (e.g., moving to long-term care).
  • Develop a trusting relationship using presence and therapeutic communication.
  • Keep client and family informed of ongoing condition and care options (palliative care, hospice, home care).
  • Actively listen and normalize expressions of grief.
  • Discuss and document the client's preferred place of death.
  • Recognize caregiver role strain in family members providing long-term care.
  • Refer to counselors or chaplains as appropriate.

🤝 Grief work facilitation

  • Identify the loss and the client's initial reaction.
  • Listen to expressions of grief; encourage discussion of previous loss experiences.
  • Make empathetic statements about grief.
  • Educate about stages and tasks of the grieving process.
  • Support progression through personal grieving stages.
  • Encourage implementation of cultural, religious, and social customs.
  • Answer children's questions and encourage discussion of feelings.
  • Identify sources of community support.

🌐 Community resources

  • Hospice programs include bereavement follow-up with memorial services and support groups.
  • Resources mentioned: AARP, National Hospice and Palliative Care Organization, National Association for Home Care & Hospice, Hospice Foundation of America.
  • Individual, group counseling, or psychotherapy may assist the bereaved.
  • Antianxiety medications or antidepressants may be prescribed for depression or anxiety related to grieving.

🕊️ Palliative Care Management

🕊️ Core definition and dimensions

Palliative care: client and family-centered care that optimizes quality of life by anticipating, preventing, and treating suffering.

Palliative care addresses four dimensions:

  • Physical: functional ability, strength/fatigue, sleep/rest, nausea, appetite, constipation, pain.
  • Psychological: anxiety, depression, enjoyment/leisure, pain, distress, happiness, fear, cognition/attention.
  • Social: financial burden, caregiver burden, roles/relationships, affection, appearance.
  • Spiritual: hope, suffering, meaning of pain, religiosity, transcendence.

🕊️ Nursing interventions for end-of-life care

  • Elicit the client's goals for care.
  • Listen to the client and family members.
  • Communicate with the interdisciplinary team and advocate for the client's wishes.
  • Manage end-of-life symptoms.
  • Encourage reminiscing.
  • Facilitate participation in religious rituals and spiritual practices.
  • Make referrals to chaplains, clergy, and other spiritual support.

🕊️ What cannot be "fixed"

The excerpt emphasizes realistic expectations:

  • We cannot change the inevitability of death.
  • We cannot change the anguish felt when a loved one dies.
  • We must all face the fact that we, too, will die.
  • Perfect words or interventions rarely exist, so providing presence is vital.

💊 Managing Common End-of-Life Symptoms

💊 Pain

Pain: "whatever the experiencing person says it is, existing whenever they say it does."

  • When a client cannot verbally report pain, assess nonverbal and behavioral indicators.
  • Goal: balance pain relief with managing side effects and oversedation.
  • Many analgesic options are available; reassure clients that satisfactory pain relief is achievable.

💊 Dyspnea

Dyspnea: a subjective experience of breathing discomfort; the most reported symptom in life-limiting illness.

  • Extremely frightening for clients.
  • Don't confuse: Respiratory rate and oxygenation status do not always correlate with breathlessness.

Assessment components:

  • Ask client to rate breathlessness severity (0-10 scale).
  • Assess ability to speak in sentences, phrases, or words.
  • Assess anxiety, respiratory rate/effort, oxygenation status, lung sounds, chest pain.
  • Evaluate impact on functional status and quality of life.

Pharmacological management: Small doses of opioids dilate pulmonary blood vessels, allowing more blood flow to lungs and lessening work of breathing, with little impact on respiratory status or life expectancy.

Nonpharmacological interventions:

  • Pursed-lip breathing
  • Energy conservation techniques
  • Fans and open windows to circulate air
  • Elevation of client bed; tripod position
  • Relaxation techniques (music, calm/cool environment)
  • Health teaching to reduce anxiety

💊 Cough

  • Can cause pain, fatigue, vomiting, and insomnia.
  • Common in advanced COPD, heart failure, cancer, and AIDS.
  • Medications: opioids, dextromethorphan, benzonatate.
  • Guaifenesin thins thick secretions; anticholinergics (scopolamine) for high-volume secretions.

💊 Anorexia and cachexia

Anorexia: loss of appetite or desire to eat.
Cachexia: wasting of muscle and adipose tissue due to lack of nutrition.

  • Weight loss is present in both and associated with decreased survival.
  • Important: Aggressive nutritional treatment does not improve survival or quality of life and can create more discomfort as body systems shut down.

Assessment focuses on understanding the client's experience and determining potentially reversible causes.

Interventions:

  • Goal: eating for pleasure at end of life.
  • Encourage favorite foods, high-calorie foods, easy-to-chew foods.
  • Small, frequent meals with pleasing presentation.
  • Move client away from cooking odors.
  • Medications: mirtazapine, olanzapine, metoclopramide, medical marijuana, or dronabinol.
  • Enteral nutrition may help clients who have appetite but cannot swallow.

Health teaching: Many family members perceive eating as a way to "get better" and are distressed. Explain that forcing eating may cause more discomfort.

💊 Constipation and diarrhea

Constipation:

Constipation: having less than three bowel movements per week.

  • Common due to low food/fluid intake, opioids, chemotherapy, impaired mobility.
  • Goal: bowel movement at least every 72 hours regardless of intake.
  • Treatment: oral stool softeners (docusate) and stimulant (sennosides); rectal suppositories (bisacodyl) or enemas if oral medications ineffective.

Diarrhea:

Diarrhea: more than three unformed stools in 24 hours.

  • Common side effect of chemotherapy, pelvic radiation, AIDS treatment.
  • Can cause dehydration, skin breakdown, electrolyte imbalances.
  • Treatment: promote hydration (water, sports drinks); IV fluids may be needed.
  • Medications: loperamide, psyllium, anticholinergic agents.

💊 Nausea and vomiting

Assessment includes: history, effectiveness of previous treatment, medication history, frequency/intensity of episodes, precipitating/alleviating activities.

Nonpharmacological interventions:

  • Eat meals and fluids at room temperature.
  • Avoid strong odors and high-bulk meals.
  • Use relaxation techniques and music therapy.
  • Aromatherapy with peppermint oil significantly decreases nausea/vomiting.

Medications: Antiemetics such as prochlorperazine and ondansetron.

💊 Depression

  • Clients with serious illness normally experience sadness, grief, and loss but usually have some capacity for pleasure.
  • Don't confuse: Persistent helplessness, hopelessness, and suicidal ideation are NOT normal and should be treated.
  • Undertreated depression causes decreased immune response, decreased quality of life, and decreased survival time.

Medications: SSRIs (fluoxetine, paroxetine, sertraline, citalopram) are first-line treatment.

Nonpharmacological interventions:

  • Promote autonomy and control.
  • Encourage client/family participation in care.
  • Reminiscing and life review to focus on accomplishments and promote closure.
  • Grief counseling.
  • Maximize symptom management.
  • Assist client to draw on previous sources of strength (faith, religious rituals, spirituality).
  • Teach relaxation techniques.
  • Provide ongoing emotional support and "being present."
  • Reduce isolation; facilitate spiritual support.

Suicide assessment: Critical for clients with depression. Ask:

  • Do you have interest or pleasure in doing things?
  • Have you had thoughts of harming yourself?
  • If yes, do you have a plan?

To destigmatize: "It wouldn't be unusual for someone in your circumstances to have thoughts of harming themselves. Have you had thoughts like that?"

Clients with immediate, precise suicide plans and resources should be immediately evaluated by psychiatric professionals.

💊 Anxiety

Anxiety: a subjective feeling of apprehension, tension, insecurity, and uneasiness, usually without a known specific cause.

  • Assessed along a continuum: mild, moderate, or severe.
  • Clients with life-limiting illness experience anxiety due to prognosis, mortality, financial concerns, uncontrolled symptoms, loss of control.

Physical symptoms: sweating, tachycardia, restlessness, agitation, trembling, chest pain, hyperventilation, tension, insomnia.

Cognitive symptoms: recurrent/persistent thoughts, difficulty concentrating.

Medications: Benzodiazepines (lorazepam); assess for adverse effects (oversedation, falls, delirium, especially in frail elderly).

Nonpharmacological interventions:

  • Maximize symptom management to decrease stressors.
  • Promote relaxation and guided imagery (breathing exercises, progressive muscle relaxation, audiotapes).
  • Refer for psychiatric counseling if unable to cope.
  • Facilitate spiritual support (chaplains, clergy).
  • Acknowledge client fears; use open-ended questions and active listening.
  • Identify effective past coping strategies; teach new skills.
  • Provide concrete information to eliminate fear of the unknown.
  • Encourage use of a stress diary to understand relationships between situations, thoughts, and feelings.

💊 Cognitive changes (delirium)

  • Common in hospitals and palliative care settings; up to 90% of clients develop delirium in final days/hours.
  • Important: Early detection can cause resolution if the cause is reversible.

Symptoms: agitation, confusion, hallucinations, inappropriate behavior.

Obtain information from caregiver to establish mental status baseline. The most common cause of delirium at end of life is medication, followed by metabolic insufficiency due to organ [text cuts off].

101

Applying the Nursing Process at End of Life

Chapter 18.4 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Nursing care for actively dying clients shifts from routine interventions to comfort-focused assessments and interventions that honor the client's preferences and support both the client and family through a peaceful transition.

📌 Key points (3–5)

  • Assessment focus changes: "Normal" hospital routines (vital signs, labs, full physical exams) are no longer required; assessments are limited and aimed at easing discomfort and facilitating peaceful transition.
  • Communication remains possible: Many clients at end of life are nonverbal, but hearing may still be intact, so family should be encouraged to share thoughts and feelings.
  • Diagnosis and outcomes center on comfort: Priority nursing diagnoses include acute pain, ineffective breathing, and death anxiety; outcomes focus on dignified life closure and adequate symptom management.
  • Common confusion: Nurses in hospital settings may feel challenged switching from intervention-focused care to comfort care, but providing comfort at end of life is equally important nursing work.
  • Interventions are respectful and anticipatory: Pain management, environmental comfort, family education about the dying process, and spiritual support are key nursing actions.

🩺 Assessment at End of Life

🩺 Subjective assessment

  • Many individuals at end of life are nonverbal.
  • Some may experience times of reminiscence as they progress toward death.
  • Communication can be quite variable, but the sense of hearing may still be intact.
  • Family members and friends should be encouraged to share thoughts, feelings, and stories of comfort with the client.
  • This exchange can be therapeutic for both the client and the family.

🔍 Objective assessment

  • Physical assessments should be limited and focused on providing client comfort and creating a supportive environment.
  • Signs of pain to note and address: grimacing, moaning, furrowed brow, physical guarding.
  • Respiratory changes: increased respirations, labored breathing, increased secretions producing an audible "rattle."
  • Circulatory decline: cool and clammy skin, mottled extremities, diminished pulses.
  • Continue to monitor for skin breakdown and urinary retention.
  • Notify the provider of unexpected findings: severe unrelieved pain, acute labored breathing, terminal secretions, or bladder distention.

🔄 Shifting care routines

  • In hospital settings, the nurse may need to remind the care team that "normal" care routines are not required.
  • This includes vital signs, intake and output, laboratory blood draws, and full physical assessments.
  • It can feel challenging to switch modes of care in inpatient settings where actions are typically focused on intervention and restoring health.
  • Don't confuse: Comfort care at end of life is a different form of intervention but no less important than curative care.

🎯 Diagnosis and Outcomes

🎯 Nursing diagnoses

  • Diagnosis statements are focused on provision of comfort for the client.
  • Priority areas: acute pain and ineffective breathing.
  • Family-focused areas: family coping and caregiver role strain.
  • Consult a nursing care planning source for current NANDA-I approved diagnoses and evidence-based interventions.

📋 Death Anxiety diagnosis

Death Anxiety: Emotional distress and insecurity, generated by anticipation of death and the process of dying of oneself or significant others, which negatively affects one's quality of life.

Selected defining characteristics:

  • Expresses deep sadness
  • Expresses concern about caregiver strain
  • Expresses fear of pain or suffering related to dying
  • Expresses fear of prolonged dying process
  • Expresses fear of the unknown
  • Reports negative thoughts related to death and dying

🎯 Goal setting

Overall goal: "The client will experience dignified life closure as evidenced by:

  • Expression of readiness for death
  • Resolution of important issues
  • Sharing of feelings about dying
  • Discussion regarding spiritual concerns"

Example SMART outcome: "The client will express their fears associated with dying by the end of the shift."

Common nursing goal: "The client will experience adequate pain management based on their expressed goals for pain relief and alertness."

🛠️ Planning and Implementing Interventions

💊 Medication management

  • Many clients require pain medications to assist with therapeutic transition: often morphine and lorazepam to ease pain, dyspnea, and anxiety.
  • Be conscientious of the appropriateness of the medication's route of administration, recognizing that client condition can change rapidly.
  • Concentrated oral solutions are absorbed through buccal membranes.
  • If pain management needs are high, contact the provider regarding a subcutaneous pump.
  • For terminal secretions: anticholinergic medications such as atropine or scopolamine may be administered.
  • When anticholinergics are used, good oral care is crucial because oral secretions are decreased; use oral swabs and lip moisturizer.

🤲 Key nursing interventions

Intervention categorySpecific actions
Honor preferencesRespect the client's wishes for end-of-life care
EnvironmentShield from harsh light or loud voices; provide quiet, comfortable setting
CommunicationBe present and attentive; use active empathetic listening
EducationReinforce steps of the dying process so family knows what to expect (repeat as needed due to emotional nature and retention challenges)
ComfortAssess for pain and provide relief based on preferences; provide music of client's choosing
Emotional supportAssess for fears related to death; assist with life review and reminiscence
Family supportProvide social support and guide through end-of-life issues
Spiritual careRecognize spiritual needs; support religious beliefs, rituals, and prayer

🔑 Why repetition matters

  • Reinforcing information about the dying process can feel redundant but is very helpful due to:
    • The emotional nature of the situation
    • Challenges with information retention during crisis
  • Family members may be tired, emotional, and have difficulty concentrating.

⚠️ Physical assessment and care

  • Provide physical assessment and cares with utmost respect and attention to comfort.
  • Example: Creating a respectful environment helps provide dignity during the dying process.
102

Spiritual Care of Self

Chapter 18.5 Spiritual Care of Self

🧭 Overview

🧠 One-sentence thesis

The excerpt does not contain substantive content on "Spiritual Care of Self"; it instead covers nursing processes for end-of-life care, death anxiety, grief stages, and caregiver burnout.

📌 Key points (3–5)

  • The excerpt focuses on applying the nursing process to end-of-life scenarios, not spiritual self-care for nurses.
  • Content includes NANDA-I diagnosis for Death Anxiety, nursing interventions in the last hours of life, and evaluation of client comfort.
  • Case scenarios illustrate grief stages (Kubler-Ross), palliative care, advance directives, and coping interventions.
  • Definitions of acute grief, anticipatory grief, bereavement, and burnout are provided in the glossary.
  • Common confusion: the title suggests spiritual self-care for caregivers, but the excerpt addresses client-centered end-of-life care and grief support.

🚨 Content mismatch

🚨 What the excerpt actually covers

  • The excerpt is drawn from Chapter 17.6–17.8 of a nursing fundamentals textbook.
  • Topics include:
    • NANDA-I nursing diagnosis for Death Anxiety
    • Nursing outcomes and interventions for actively dying clients
    • Case studies on grief, palliative care, and advance directives
    • Glossary definitions related to grief and burnout
  • No substantive discussion of spiritual self-care for nurses or caregivers is present.

📋 Why this matters

  • Readers expecting guidance on spiritual self-care practices for healthcare professionals will not find that content here.
  • The excerpt is clinically focused on patient care at end of life, not on the nurse's own spiritual well-being.

🩺 Death Anxiety diagnosis

🩺 NANDA-I definition

Death Anxiety: Emotional distress and insecurity, generated by anticipation of death and the process of dying of oneself or significant others, which negatively affects one's quality of life.

🔍 Defining characteristics

The excerpt lists selected signs that a client may be experiencing death anxiety:

  • Expresses deep sadness
  • Expresses concern about caregiver strain
  • Expresses fear of pain or suffering related to dying
  • Expresses fear of prolonged dying process
  • Expresses fear of the unknown
  • Reports negative thoughts related to death and dying

🎯 Outcomes

An overall goal for a client who is actively dying:

  • "The client will experience dignified life closure"
  • Evidence includes:
    • Expression of readiness for death
    • Resolution of important issues
    • Sharing of feelings about dying
    • Discussion regarding spiritual concerns

SMART outcome example: "The client will express their fears associated with dying by the end of the shift."

Nursing goal example: "The client will experience adequate pain management based on their expressed goals for pain relief and alertness."

💊 Interventions in the last days and hours

💊 Medication management

  • Many clients require morphine and lorazepam to ease pain, dyspnea, and anxiety.
  • Route of administration must match the client's rapidly changing condition:
    • Concentrated oral solutions are absorbed through buccal membranes.
    • If pain needs are high, a subcutaneous pump may be necessary.
  • Terminal secretions are common in the imminent phase:
    • Anticholinergic medications (atropine or scopolamine) may be administered.
    • These decrease oral secretions, so good oral care is crucial (oral swabs, lip moisturizer).

🤝 Psychosocial and spiritual interventions

The excerpt lists evidence-based interventions for the last days and hours:

  • Honor the client's preferences for end-of-life care.
  • Be respectful of the environment: shield the client from harsh light or loud voices; provide physical assessment and care with utmost respect and attention to comfort.
  • Reinforce the steps of the dying process so family knows what to expect (repetition is helpful due to emotional stress and information retention challenges).
  • Be present and attentive; use active empathetic listening.
  • Encourage a quiet and comfortable environment.
  • Assess for pain and fears related to death.
  • Assist with life review and reminiscence.
  • Provide music of the client's choosing.
  • Provide social support for families and guide them through end-of-life issues.
  • Recognize spiritual needs: support religious beliefs, rituals, and prayer.
  • Encourage physical closeness: give family permission to touch their loved one.
  • When death occurs, allow appropriate time for closure; provide information regarding next steps of physical care and transport.

✅ Evaluation

  • Monitor for escalating signs of client discomfort not managed by the current treatment plan.
  • Educate the family regarding whom to contact if additional concerns arise.

📚 Case scenarios and nursing process

📚 Scenario A: Mr. Yun (grief and coping)

Assessment:

  • 34-year-old man, recent loss of wife in motor vehicle accident
  • Difficulty concentrating, difficulty sleeping
  • Unintentional weight loss of 15 pounds in one month
  • Drinking 5–6 alcoholic beverages nightly to "numb myself"

Nursing diagnosis: Ineffective Coping related to inability to deal with a situation as manifested by unintended weight loss, difficulty concentrating, difficulty sleeping, and drinking 5–6 alcoholic beverages daily.

Overall goal: The client will demonstrate improved coping.

SMART outcome: Mr. Yun will verbalize three positive coping behaviors by the end of the teaching session.

Interventions:

  • Identify personal resources and relationships.
  • Use empathetic communication.
  • Encourage activities that bring personal satisfaction.
  • Provide education on exercise, meditation, prayer to enhance coping.
  • Provide health teaching about support resources in the community.

Evaluation: Mr. Yun stated he plans to go for daily walks, limit alcohol to two servings a day, listen to a meditation app before bed, and contact a local church for a widowers' support group. Outcome was "met."

📚 Scenario B: Mrs. Lyn (actively dying)

Context:

  • 47-year-old client with metastatic lung cancer receiving hospice care
  • Actively dying, unresponsive but resting comfortably
  • Husband weeping at bedside

Nursing actions (from learning activities):

  • Comfort the family member (Mr. Lyn).
  • Administer medication for dyspnea (e.g., morphine).
  • Respond to family questions about timing of death (acknowledge uncertainty, provide information on signs).
  • Coach family members on tasks they can do (e.g., talk to or touch the client).
  • Provide postmortem care after death.

📚 Scenario C: Terry (anticipatory grief)

Context:

  • 42-year-old male, advanced colon cancer, recent colon resection
  • Comments: "I still can't believe this is happening to me."

Nursing tasks (from learning activities):

  • Identify stage of grief (Kubler-Ross theory).
  • Explain palliative care (not defined in excerpt, but question asks nurse to explain).
  • Explain advance directives (legal documents that direct care when the client can no longer speak for themselves, including living will and health care power of attorney).
  • Identify a SMART outcome for the diagnosis "Grieving related to anticipatory loss."
  • Plan interventions to enhance coping.

📖 Glossary terms

📖 Types of grief

TermDefinition
Acute griefGrief that begins immediately after the death of a loved one; includes the separation response and response to stress.
Anticipatory griefGrief before a loss, associated with diagnosis of an acute, chronic, and/or terminal illness experienced by the client, family, and caregivers. Examples include actual or fear of potential loss of health, independence, body part, financial stability, choice, or mental function.
Bereavement periodThe time it takes for the mourner to feel the pain of the loss, mourn, grieve, and adjust to the world without the presence of the deceased.

📖 Other terms

Advance directives: Legal documents that direct care when the client can no longer speak for themselves, including the living will and the health care power of attorney.

Anorexia: Loss of appetite or loss of desire to eat.

Burnout: A caregiver's diminished caring and cynicism that can be triggered by workplace demands, lack of resources to do work professionally and safely, interpersonal relationship stressors, or work policies. Burnout may be manifested physically and psychologically with a loss of motivation.

Don't confuse: Burnout (caregiver's own stress response) with grief (emotional response to loss). The excerpt defines burnout but does not elaborate on prevention or self-care strategies.

103

Care of the Older Adult Introduction

Chapter 19.1 Care of the Older Adult Introduction

🧭 Overview

🧠 One-sentence thesis

The growing older adult population requires individualized nursing care that distinguishes normal aging from illness, overcomes ageism, and promotes preventative health to maintain quality of life.

📌 Key points (3–5)

  • Demographic shift: By 2030, 1 in 5 Americans will be over 65, and by 2034 older adults will outnumber children for the first time in U.S. history.
  • Wide variation in aging: Each person ages differently, with broad variation in physical, psychosocial, and cognitive health among older adults.
  • Common confusion: Many older adults mistakenly attribute treatable symptoms (like arthritis pain) to "normal aging" and don't seek treatment, leading to decreased activity and increased chronic disease risk.
  • Impact of ageism: Stereotyping and discrimination based on age negatively affects health outcomes, including increased mortality, poor functional health, slower recovery, and mental health problems.
  • Nursing challenge: Providing individualized care and health teaching can promote effective preventative care and self-management.

📈 The Demographic Reality

📊 Population projections

The U.S. Census Bureau projects significant demographic changes:

  • By 2030: 1 in 5 Americans will be over age 65
  • By 2034: Older individuals will outnumber children for the first time in U.S. history
  • The aging "baby boomer" population combined with increased average life span drives this growth
  • These trends will continue to influence health care throughout this century

🌍 Why this matters for nursing

The needs of the older adult population will shape health care delivery for decades to come, requiring nurses to adapt their knowledge and skills to serve this growing demographic.

🧩 The Challenge of Individual Variation

🎭 Each person ages differently

Each individual ages in their own way, and the physical, psychosocial, and cognitive health of older individuals varies widely.

  • Aging is not uniform—there is a broad scope of health and illness in the aging population
  • Physical health varies widely among older adults
  • Psychosocial health varies widely among older adults
  • Cognitive health varies widely among older adults
  • This variation makes providing appropriate nursing care challenging

🎯 The need for individualized care

Because of this wide variation, nurses must:

  • Assess each older adult individually rather than applying stereotypes
  • Tailor care to meet the specific needs of each person
  • Recognize that "older adult" is not a homogeneous category

⚠️ The Problem of Misattributing Symptoms

🔍 Normal vs. abnormal findings

Although there are common physiological changes that occur with aging, many individuals ignore symptoms by erroneously attributing them to the aging process.

  • There are common physiological changes that occur with aging (normal findings)
  • However, many symptoms are not normal aging but treatable conditions
  • The challenge: distinguishing between normal age-related changes and abnormal findings that require intervention

💊 The arthritis example

The excerpt illustrates this confusion with a concrete scenario:

What happens:

  • Many older adults believe pain from arthritis is a normal part of growing older
  • They do not seek treatment for this pain
  • Without treatment, they decrease their physical activity
  • Decreased activity puts them at increased risk for developing chronic disease

The error: Mistaking a treatable condition (arthritis pain) for inevitable aging leads to a cascade of negative health consequences.

Don't confuse: "Common physiological changes" with "all symptoms are normal." Just because something happens frequently in older adults doesn't mean it should be ignored or left untreated.

🎯 The Nursing Response

🩺 Individualized care and teaching

Nurses can counter the misattribution problem through:

  • Individualized nursing care: tailored to each person's actual needs
  • Health teaching: educating older adults about what is and isn't normal aging

🌟 Goals of nursing intervention

Providing individualized nursing care and health teaching to older adults can promote effective preventative health care and self-management that maintains and enhances their quality of life.

Nursing actionOutcome
Individualized care + health teaching→ Effective preventative health care
Individualized care + health teaching→ Self-management
Preventative care + self-management→ Maintains and enhances quality of life

The chain of benefit: proper nursing intervention leads to better self-care, which maintains quality of life.

🚫 Understanding Ageism

📚 Key definitions

Gerontology: The study of the social, cultural, psychological, cognitive, and biological aspects of aging.

Ageism: The stereotyping and discrimination against individuals or groups on the basis of their age.

🧠 Roots of ageism

The excerpt identifies two main sources:

  • Lack of knowledge about the aging process
  • Misunderstandings about older adults

These lead to:

  • Anxiety about aging in the general population
  • Negative stereotypes of older individuals
  • Bias that persists in the U.S. and around the world

⚕️ Ageism in health care

Why it matters:

Ageism among nurses and other health care professionals puts older people at risk.

Research-documented consequences:

  • Increased risks of mortality
  • Poor functional health
  • Slower recovery times from illness
  • Poor mental health and depression
  • Negatively impacts overall health, well-being, and quality of care received

Don't confuse: Recognizing common age-related changes (appropriate clinical knowledge) with assuming all older adults fit negative stereotypes (ageism). The first helps tailor care; the second harms patients.

🪞 Self-reflection prompt

As you read this chapter, think about your own attitudes about aging and how these beliefs may impact the care you provide.

The excerpt explicitly asks readers to examine their own potential biases, recognizing that awareness is the first step toward providing unbiased, high-quality care.

104

Basic Concepts of Aging and Gerontological Nursing

Chapter 19.2 Basic Concepts

🧭 Overview

🧠 One-sentence thesis

Understanding ageism, developmental challenges, and the need for autonomy in older adults enables nurses to provide individualized care that promotes quality of life and effective self-management.

📌 Key points (3–5)

  • Ageism harms health: stereotyping and discrimination based on age negatively impacts older adults' health, recovery, and quality of care.
  • Integrity vs. Despair: older adults reflect on their lives; those who feel successful develop integrity, while those who feel unsuccessful may experience despair and depression.
  • Autonomy and self-management: many older adults strive to remain independent and draw on earlier life skills to manage health changes, but not all have sufficient resources.
  • Common confusion: mistakenly attributing symptoms (e.g., arthritis pain) to "normal aging" leads to untreated conditions and increased chronic disease risk.
  • Social and environmental factors: retirement, social isolation, and living environment modifications significantly affect older adults' well-being and independence.

🧠 Understanding Gerontology and Ageism

📚 What gerontology studies

Gerontology: the study of the social, cultural, psychological, cognitive, and biological aspects of aging.

  • It is a comprehensive field that examines aging from multiple dimensions, not just physical health.
  • Many stereotypes and negative attitudes about aging persist due to lack of knowledge and misunderstandings about older adults.

⚠️ What ageism is and why it matters

Ageism: the stereotyping and discrimination against individuals or groups on the basis of their age.

  • Anxiety about aging can lead to negative stereotypes of older individuals.
  • Impact on health care: ageism among nurses and health care professionals puts older people at risk.
  • Research shows ageism in health care results in:
    • Increased mortality risks
    • Poor functional health
    • Slower recovery from illness
    • Poor mental health and depression
  • Don't confuse: ageism is not just personal bias—it directly affects the quality of care received and health outcomes.
  • Example: A nurse who assumes an older adult cannot learn new self-management techniques may not provide adequate health teaching, limiting the patient's ability to maintain independence.

🔍 Recognizing your own attitudes

  • The excerpt emphasizes that nurses should think about their own attitudes about aging and how these beliefs may impact the care they provide.
  • Providing individualized nursing care and health teaching can promote effective preventative health care and self-management that maintains and enhances quality of life.

🧩 Erikson's Integrity Versus Despair Stage

🪞 What this developmental stage involves

  • This stage begins at approximately age 65 and ends at death.
  • Older adults must continually adjust to:
    • Changes in health and physical strength
    • Lifestyle changes from retirement
    • Loss of significant others
    • Changing roles and relationships with family and friends

✅ Integrity: feeling successful

  • Older adults reflect on their accomplishments and the person they have become.
  • If they feel they have led a successful life, they often feel satisfied and develop a sense of integrity.

❌ Despair: feeling unsuccessful

  • Individuals who feel unsuccessful or do not feel they achieved their life goals often feel unsatisfied.
  • This can lead to hopelessness and despair, which may result in depression.

🩺 How nurses can support integrity

  • Encourage the client to reminisce about previous positive life events and relationships.
  • Cultivate a positive mindset of guiding the next generation.
  • Help older adults maintain a positive self-image and outlook despite changes associated with aging.

🦾 Autonomy and Self-Management

💪 Why autonomy matters to older adults

  • Many older adults, especially those with declining health due to chronic disease, acknowledge that changes in their health status and mobility threaten the autonomy and independence they previously experienced throughout adulthood.
  • As a result, many older adults strive to be autonomous so they are not overly reliant on others for their daily care.

🔧 How older adults self-manage

  • They engage in self-management activities in response to changes in their health and physical strength.
  • Activities range from simple daily tasks (e.g., medication management) to more complex tasks (e.g., relocating to new residences better suited to their changes in physical and mental health).
  • Research shows older adults draw upon experiences and skills acquired in earlier adulthood for the purpose of self-managing their new conditions.
  • They reflect on their resilience used to overcome significant challenges faced in earlier adulthood and then apply skills and knowledge gained through previously productive activities to managing their new health changes.

🚧 Barriers to self-management

  • Not all older adults have sufficient personal and external resources to devote towards successful self-management of their health conditions.
  • Don't confuse: the ability to self-manage is not just about willingness—it depends on having adequate resources and support.

🩺 How nurses can assist

  • Personalize health self-management strategies that emphasize the older adult's existing skill sets and knowledge.
  • Recognize that older adults have valuable life experience that can be leveraged for managing current health challenges.

⚠️ Common Misattribution of Symptoms

🔴 The problem

  • Although there are common physiological changes that occur with aging, many individuals ignore symptoms by erroneously attributing them to the aging process.
  • Example: Many older adults mistakenly believe that pain from arthritis is a normal part of growing older and do not seek treatment.

📉 Consequences

  • Not seeking treatment results in decreased physical activity.
  • Decreased physical activity puts older adults at increased risk for developing chronic disease.
  • This creates a harmful cycle: untreated symptoms → reduced activity → increased chronic disease risk.

🩺 Nursing intervention

  • Provide individualized nursing care and health teaching to older adults.
  • Promote effective preventative health care and self-management that maintains and enhances quality of life.
  • Help older adults distinguish between normal aging changes and symptoms that require treatment.

🏡 Social and Environmental Considerations

💼 Retirement and identity

  • Many older adults continue working into their seventies and beyond.
  • Individuals may choose to continue to work because of their sense of purpose or because of a need for income.
  • Some older individuals experience a loss of identity when they retire because their work role was an important aspect of their life.
  • Retirement can bring a sense of freedom and adventure, as well as a need to find new identity and purpose.

👥 Social isolation

  • Retirement and the loss of daily interaction with coworkers, as well as death of family members and friends, can lead to social isolation in the aging population.
  • Social support impacts a person's health and quality of life and should be included as part of the assessment.
  • Nursing action: Be familiar with community resources that provide socialization opportunities and provide referrals for clients in need of additional services.

🏠 Modified living environment

  • Although many aging adults live in assisted living facilities or skilled nursing centers, many older adults prefer to live at home.
  • Modifications may be needed to the home environment to promote safety and independence.
  • Examples of modifications:
    • Grab bars
    • Elevated toilet seats
    • Other bathroom modifications
    • Good lighting
    • Minimization of clutter
    • Removal of rugs throughout the home
  • Assessment of the home environment for safety and ease of mobility is an important aspect of home care nursing.

🏥 Care options and resources

When an older adult requires more care than family members are able to provide at home:

Resource TypeDescription
Aging and disability resource centers (ADRCs)Help facilitate referrals based on specific needs
Adult day centersProvide daytime socialization and activities
Home health agenciesProvide in-home personal care and nursing services
Community-based residential facilities (CBRFs)Residential care with support services
Residential care apartment complexes (RCACs)Independent living with available support
Nursing homes (skilled nursing facilities)24-hour nursing care when required
  • Nurses provide valuable information about available care options and make referrals to social workers and case managers.
  • There are a wide variety of community-based resources to enhance care for older adults.
105

Applying the Nursing Process to Older Adults

Chapter 19.3 Applying the Nursing Process

🧭 Overview

🧠 One-sentence thesis

Comprehensive assessment of older adults requires baseline evaluation across physical, cognitive, psychosocial, and spiritual domains, with modifications to communication and use of evidence-based tools like SPICES to identify common problems and promote health through nutrition, activity, safe medication use, and psychosocial well-being.

📌 Key points (3–5)

  • Assessment modifications needed: Allow adequate time for responses, use evidence-based tools like SPICES, and distinguish expected age-related changes from unexpected findings requiring provider notification.
  • SPICES tool targets common problems: Sleep disorders, Problems with eating/feeding, Incontinence, Confusion, Evidence of falls, and Skin breakdown.
  • Expected vs. unexpected findings: Cognitive impairment is NOT normal aging; nurses must recognize which physiological changes are expected and which require immediate action.
  • Health promotion priorities: Nutrition, physical activity, safe medication use (including Beers Criteria awareness), and psychosocial well-being to meet Healthy People 2030 goals.
  • Common confusion: Not all changes in older adults are "normal aging"—pain, cognitive decline, and functional limitations often have treatable causes.

🔍 Assessment Fundamentals

🔍 Establishing baseline status

  • Comprehensive assessment establishes baseline across four domains:
    • Physical well-being
    • Cognitive functioning
    • Psychosocial status
    • Spiritual well-being
  • Consider Erikson's developmental stage "Integrity versus Despair" when evaluating psychological status.
  • Impact of chronic disease on Activities of Daily Living (ADLs) is critical—many older adults who perform ADLs independently consider themselves healthy.

🗣️ Communication modifications

  • Allow adequate time for thoughtful replies to questions.
  • Permit comfortable movement through physical assessment requests.
  • Adapt techniques for sensory and cognitive impairments.
  • Goal: thorough assessment without rushing the individual.

🧰 SPICES assessment tool

The SPICES tool focuses on areas of common problems for aging individuals and can lead to early intervention and treatment.

LetterProblem Area
SSleep Disorders
PProblems with Eating or Feeding
IIncontinence
CConfusion
EEvidence of Falls
SSkin Breakdown
  • Evidence-based tool for systematic assessment.
  • Targets frequent needs of older adults.
  • Enables early intervention and treatment.
  • Additional free assessment tools available from The Hartford Institute of Geriatric Nursing.

🚨 Expected vs. Unexpected Findings

🚨 Critical distinction

Don't confuse: Cognitive impairment and memory deficits are NOT normal aspects of aging—they are unexpected findings.

  • Nurses must know expected physiological changes to identify deviations.
  • Expected findings reflect normal age-related changes.
  • Unexpected findings require notification of the health care provider.
  • Some conditions require immediate notification or emergency services.

💓 Cardiovascular system

Expected findings:

  • Blood vessel walls thicken; vessels narrow and lose elasticity
  • Valves become less efficient with calcification
  • Peripheral circulation decreases; systolic blood pressure increases
  • Cardiac output decreases
  • Decreased baroreceptor sensitivity

Unexpected findings to report:

  • New hypertension
  • Orthostatic hypotension
  • Vital signs out of normal ranges
  • CRITICAL: Chest pain, symptomatic hypotension/hypertension, new onset or changes in oxygenation

🫁 Respiratory system

Expected findings:

  • Decreased cough reflex
  • Increased chest wall rigidity
  • Decreased lung compliance
  • Fewer alveoli

Unexpected findings to report:

  • Vital signs out of normal ranges
  • CRITICAL: Hemoptysis, decreased oxygen saturation not responding to treatments, labored breathing

🦴 Musculoskeletal system

Expected findings:

  • Loss of muscle mass and strength
  • Increased subcutaneous tissue deposits
  • Joint degeneration
  • Loss of bone density
  • Decreased proprioception

Unexpected findings to report:

  • New changes in strength or mobility
  • Falls
  • CRITICAL: Sudden unilateral weakness, facial drooping, slurred speech, falls with suspected injury

🚽 Genitourinary system

Expected findings:

  • Decreased renal perfusion; fewer nephrons
  • Decreased bladder capacity
  • Female: reduction in sphincter tone
  • Male: prostate enlargement

Unexpected findings to report:

  • New difficulties with urination (frequency, urgency, incontinence, hesitation, retention, pain)
  • CRITICAL: Urine output less than 30 mL/hour

🍽️ Gastrointestinal system

Expected findings:

  • Decreased salivary and gastric secretions
  • Decreased gut motility
  • Reduced intrinsic factor production
  • Hemorrhoids
  • Impaired rectal sensation

Unexpected findings to report:

  • Constipation, black stool, blood in stool
  • Liquid seepage of stool
  • Nausea, vomiting, diarrhea
  • Loss of appetite, unintended weight loss
  • CRITICAL: Absent bowel sounds or rigid, distended abdomen

🧴 Integumentary system

Expected findings:

  • Decreased skin elasticity
  • Pigmentation changes
  • Thinning, greying hair
  • Slower nail growth
  • Sweat and oil gland atrophy
  • Aging-related lesions (skin tags, seborrheic keratosis)

Unexpected findings to report:

  • Suspicious moles, lesions, or lumps
  • Skin breakdown
  • Rashes
  • Signs of infection in skin wounds

🩺 Endocrine system

Expected findings:

  • Altered hormone production
  • Reduced ability to adapt to stress
  • Decreased thyroid function
  • Decreased insulin sensitivity

Unexpected findings to report:

  • Changes in sleep patterns
  • Unintended weight changes
  • Blood glucose levels out of range
  • CRITICAL: Symptomatic blood glucose less than 50 or greater than 400

🛡️ Immune system

Expected findings:

  • Decreased core temperature elevation
  • Decreased thymus size
  • Decreased T-cell function

Unexpected findings to report:

  • Redness, warmth, tenderness, fever, or other infection signs
  • Change in mental status and confusion suggestive of infection
  • CRITICAL: Suspected/actual infection with two or more sepsis signs (Temperature >38°C or <36°C, Heart rate >90 bpm, Respiratory rate >20 or PaCO₂ <32, WBC >12,000 or <4,000 or over 10% immature forms/bands)

🧬 Reproductive system

Expected findings:

  • Females: decreased estrogen, atrophy of uterus/vagina/breasts, vaginal irritation/dryness
  • Males: erectile dysfunction

Unexpected findings to report:

  • Vaginal bleeding
  • Breast lump

🌟 Health Promotion Priorities

🌟 Healthy People 2030 goals

  • By 2060, almost a quarter of the U.S. population will be age 65 or older.
  • Older adults face higher risk for chronic conditions: diabetes, osteoporosis, Alzheimer's disease.
  • 1 in 3 older adults fall each year—falls are a leading cause of injury.
  • Pneumonia is a leading cause of death; older adults more likely hospitalized for infectious diseases.

Key goals:

  • Early dementia detection with appropriate intervention
  • Decreased hospitalization for urinary infections, falls, pneumonia
  • Decreased medication-related safety issues
  • Improved physical activity and oral health
  • Decreased osteoporosis complications
  • Reduced vision loss from macular degeneration

🥗 Nutrition challenges and interventions

Special challenges for older adults:

  • Chewing problems due to poor dentition, missing teeth, or poorly fitting dentures
  • Financial constraints impacting ability to afford housing, food, and health care
  • Inability to plan, shop, and prepare meals due to activity intolerance, cognitive impairments, or physical limitations

Nursing interventions:

  • Encourage regular dental care
  • Initiate referrals to social workers or case managers for financial/health care concerns
  • Promote community resources: Meals on Wheels, senior citizen meal site centers
  • Provide health teaching on good nutrition, smoking cessation, moderate alcohol use
  • Focus on preventing leading causes of death: heart disease, cancer, chronic lung disease, stroke

🏃 Physical activity promotion

Barriers to activity:

  • Physical limitations
  • Pain
  • Fear of falling
  • Musculoskeletal problems (impaired balance, arthritis)

Nursing interventions:

  • Help older adults find appropriate ways to maintain activity
  • Encourage regular health care checks with provider
  • Reassure that pain is NOT a normal part of aging and can be effectively treated
  • Advocate for treatment that allows comfortable physical activity

💊 Safe medication use

Polypharmacy: the use of many medications, which increases a person's risk of adverse medication effects.

Risks for older adults:

  • Increased incidence of chronic disease leads to multiple medications
  • Prescriptions from multiple providers cause confusion
  • Changes in absorption, distribution, metabolism, and excretion of drugs with aging

AGS Beers Criteria:

  • Maintained by the American Geriatrics Society
  • List of medications to potentially avoid or use with caution in older adults
  • Updated reports published in the Journal of the American Geriatric Society
  • Provides rationale for why listed medications may be inappropriate

Safety strategies:

  • Fill all medications at the same pharmacy to check for interactions and replications
  • Use daily pill dispenser to ensure medications taken as prescribed
  • Perform medication reconciliation during all clinic visits and on admission to health care agencies

🧠 Psychosocial well-being

Risk factors:

  • Loss of significant others, family members, and friends
  • Poor mobility and transportation issues
  • Social isolation and depression
  • Male older adults experiencing multiple losses have increased suicide risk

Nursing interventions:

  • Provide information about community resources and outreach programs
  • Promote social interaction for individuals experiencing isolation
  • Assess for elder abuse and financial exploitation
  • Address sexual needs—aging individuals continue to have these needs
  • Integrate sexual health into plan of care and make appropriate referrals

🎓 Adapting Health Teaching

🎓 Individualized teaching methods

  • Modify teaching based on individual's knowledge, skills, and abilities.
  • Consider digital literacy—some older adults readily use electronic technology, others have low digital literacy or difficulty accessing electronic health resources.

📚 Teaching adaptations

Provide resources in multiple formats:

  • Verbal instruction
  • Written materials
  • Electronic resources (when appropriate)

Consider impairments:

  • Sensory impairments
  • Cognitive impairments
  • Functional impairments

Ultimate goal:

  • Improve understanding, motivation, and engagement in self-management
  • Promote quality of life

🏠 Care Environment Considerations

🏠 Modified living environment

  • Many older adults prefer to live at home rather than assisted living or skilled nursing centers.
  • Modifications promote safety and independence.

Bathroom modifications:

  • Grab bars
  • Elevated toilet seats

Throughout home:

  • Good lighting
  • Minimization of clutter
  • Removal of rugs

Nursing role:

  • Assessment of home environment for safety and ease of mobility is important in home care nursing.

🏥 Community-based resources

When older adults require more care than family can provide at home:

  • Nurses provide information about available care options
  • Make referrals to social workers and case managers
  • Local aging and disability resource centers (ADRCs) facilitate referrals based on specific needs

Resource examples:

  • Adult day centers
  • Home health agencies (in-home personal care and nursing services)
  • Community-based residential facilities (CBRFs)
  • Residential care apartment complexes (RCACs)
  • Nursing homes/skilled nursing facilities (for 24-hour nursing care)