Health Assessment Notes: General Inspection, Vital Signs, and Pain Assessment (Ch.4 & Ch.6)

General Inspection

• General inspection begins the moment the nurse meets the patient; initial impressions guide where to focus further examination.
  • Areas assessed at first glance: Physical appearance, Hygiene, Body structure and movement, Emotional and mental status, Behavior.
• Additional initial observation domains (from later pages):
  • Age, Level of consciousness, Skin color, Facial features, Grooming, Odors (Page 4).
  • Stature, Nutrition, Symmetry, Posture, Position, Physical deformities (Page 5).
  • Gait, Assistive devices, Range of Motion, Ease of movement, Pain on movement (Page 6).
  • Facial expression, Tone of voice, Affect, Speech, Dress, Personal hygiene, Body language (Page 7).
• Practical data collected: Weight and Height (Pages 8).

What General Inspection Indicates

• Reflects health status, cardiopulmonary function, and overall body function (Purpose).
  • Purpose: detect changes in normal body function; determine response to treatment (Page 9).
• Vital conceptual connections to foundational assessment: first impressions guide targeted physical examination and may hint at acute distress, malnutrition, or mobility limitations (Pages 3–7, 9).

Temperature, Pulse, Respiration, and Blood Pressure (Vital Signs)

• Core concepts: temp, pulse, respirations, BP measure physiologic status and are essential in health assessment (Page 10).
• Abbreviations used: Temperature (T), Pulse (P or HR), Respirations (R or RR), Blood Pressure (BP), Pain, Oxygen Saturation (SpO₂) (Page 11).

Temperature

• Routes and interpretation (Page 12–13):
  • Oral: $97.6^\circ\mathrm{F} - 99.6^\circ\mathrm{F}$ ($36.5^\circ\mathrm{C} - 37.5^\circ\mathrm{C}$); influenced by food, drink, or smoking (accuracy).
  • Tympanic: Normal range roughly $98.2^\circ\mathrm{F} - 100.2^\circ\mathrm{F}$ ($36.8^\circ\mathrm{C} - 37.9^\circ\mathrm{C}$).
  • Temporal thermometer cited (page 12).
  • Rectal typically $1.0^\circ\mathrm{F}$ higher than oral (roughly 98.6–100.6°F).
  • Axillary typically $1.0^\circ\mathrm{F}$ lower than oral (roughly 96.6–98.6°F).
  • Document example: “97.6°F axillary.”
• Summary principle: different routes yield systematic offsets; choose route consistently when monitoring changes (Pages 12–13).

Pulse (Heart Rate)

• Definition: pressure of blood against artery walls with each heartbeat; easier to palpate near skin over arteries close to bone; use finger pads (Page 14).
• Palpation guidance:
  • Regular rhythm: count for $30 ext{ seconds} imes 2$ or $15 ext{ seconds} imes 4$.
  • Irregular rhythm: count for $1 ext{ full minute}$ (Page 14).
• Common pulse sites: Radial (base of thumb), Apical (apex) (Page 14).
• Most accurate assessment occurs at the apical site; listen for irregular heartbeat via auscultation with a stethoscope (diaphragm or bell) (Page 15).
• Normal range and documentation:
  • Normal: $60 - 100 ext{ bpm}$ and regular.
  • Document as number of beats per minute; include rhythm (regular, irregular; or irregular irregularity) (Page 16).

Respirations

• Definition: count ventilatory cycles per minute (inhalations + exhalations) (Page 17).
• Qualities of normal respirations: $12 - 20 ext{ breaths/min}$, quiet, effortless, regular (Page 17).
• Documentation considerations: rate per minute, rhythm (regular/irregular), depth (shallow, deep, normal) (Page 18).

Blood Pressure (BP)

• Basic physiology: pressure of blood against arterial walls; systolic and diastolic definitions:
  • Systolic (SBP): greatest force during heart contraction; Diastolic (DBP): least force when heart relaxes (Page 19).
• Pulse pressure: $PP = SBP - DBP$; reflects stroke volume; normally $PP ext{ ~ } 30 ext{ mmHg to } 40 ext{ mmHg}$ (Page 20).
• Normal BP ranges:
  • SBP: $90 ext{ to } 120 ext{ mmHg}$; DBP: $60 ext{ to } 80 ext{ mmHg}$ (Page 21).
• Direct vs indirect measurement:
  • Direct: arterial catheter provides continuous BP and arterial waveforms (Page 22).
  • Indirect: most settings; auscultation with sphygmomanometer and stethoscope or noninvasive monitor (Page 22).
• Auscultation method and tools:
  • Equipment: Sphygmomanometer, Stethoscope; listen for Korotkoff sounds; sites include upper arm, thigh, calf, ankle, forearm; automated BP also used (Page 23).
• Readings and calibration:
  • Large lines indicate increments of $10 ext{ mmHg}$; shorter lines $2 ext{ mmHg}$ (Page 24).
• BP measurement procedure (palpatory focus and auscultation):
  • Arm should be flexed at heart level; palpate brachial pulse; align cuff line with brachial artery; inflate cuff until pulse disappears; inflate $20-30 ext{ mmHg}$ above palpated pulse pressure; deflate completely (Page 26).
  • For auscultation: place stethoscope over brachial artery; inflate cuff to approx. 30 mmHg above palpated systolic; slowly deflate at $2-3 ext{ mmHg}/s$; first sound = systolic, last sound = diastolic (Page 27).
• Reading documentation:
  • Record: $Systolic/Diastolic$; arm used; patient position (Page 29).
• Factors that can falsely elevate or lower BP:
  • False High BP: crossed legs, arm below heart level, cuff too narrow (Page 31).
  • False Low BP: arm above heart level, cuff too wide, not inflating cuff enough (Page 31).
• Special situations for high BP when arm measurement is problematic:
  • If arm pressure is excessively high, use thigh measurement with a large cuff on the lower third of the thigh; center bladder over popliteal; follow same steps with the popliteal artery as the auscultation site (Page 32).
• Noninvasive oxygenation assessment (SpO₂):
  • Noninvasive, indirect measurement; normal range 95–100%; abnormal < 90% requires further evaluation (Page 33).

Height and Weight

• Routine anthropometric data collected as part of general inspection and vital signs (Page 8).
• Used for body habitus assessment, dosing considerations, and nutritional status (implied by pages 5–9).

Direct and Indirect Measurement Methods: Summary Connections

• Direct BP measurement uses arterial catheter with continuous waveform; indirect BP uses cuff/stethoscope or automated devices (Page 22).
• Korotkoff sounds are critical for identifying systolic/diastolic pressures in auscultatory method (Page 23).
• Correct cuff size and position, patient posture, and limb positioning strongly influence accuracy (Page 31).
• Thigh BP is an alternative when arm BP is unreliable due to high pressures or arm abnormalities (Page 32).

Pain Assessment: Concepts and Methods (Ch.6)

• Core definitions and scope (CSLOs):
  • Identify subjective and objective data related to pain during health assessment (CSLO: A).
  • Identify appropriate terminology and methods for assessing and recording pain (CSLO: A).
  • Relate age, gender, condition, and culture of the patient to individualize pain assessment (CSLO: C).
• Pain definition:
  • An unpleasant sensory and emotional experience associated with actual or potential tissue damage; pain is subjective and defined by the patient (Page 36).
• Cognitive and cultural factors influencing pain:
  • Cognitive: attention to pain, expectation/anticipation, appraisal or expression of pain (Page 37).
  • Cultural: influences on how pain is communicated (Page 37).
• Types of pain:
  • Acute pain: recent onset; from tissue damage; usually self-limiting; may cause physiologic signs; ends when tissue heals (Page 38).
  • Persistent (chronic) pain: intermittent or continuous > 6 months; manifestations include irritability, depression, withdrawal, insomnia (Page 38).
  • Nociceptive pain: results from activation of normal neural systems.
  • Somatic: from bone, joint, muscle.
  • Referred pain: felt away from injury; often visceral.
  • Neuropathic pain: due to abnormal processing of sensory input; peripheral neuropathy; phantom pain (Page 40).
• Coping strategies:
  • Problem-based: analgesics, activity, massage therapy (Page 39).
  • Emotional-based: religious coping (prayer/priest), social support (Page 39).
• Pain assessment frameworks and terminology:
  • OLD CARTS/OPQRST-type mnemonic for focusing data collection: Onset, Location, Duration, Characteristics, Aggravating factors, Related symptoms, Treatment by patient, Severity (Page 44).
  • Pain threshold vs pain tolerance:
  • Pain threshold: point at which a stimulus is perceived as pain.
  • Pain tolerance: duration or intensity of pain a person will endure before outward response (Page 42).
• Pain assessment in clinical practice:
  • Pain assessment is performed for all patients; initial assessment and regular reassessment consider personal, cultural, spiritual, and ethnic beliefs (Page 41).
  • Education of health professionals and patients/families about pain assessment and management; role delineation in pain management (Page 41).
• Pain scoring and tools:
  • 0–10 numeric pain scale (Page 46).
  • Wong-Baker Faces Pain Scale (Page 48).
  • Clinically Aligned Pain Assessment (CAPA): asks about comfort, change in pain, pain control, functioning, sleep (Page 49).
• Pain assessment in special populations:
  • Infants and children; aging adults (Page 53).
  • Assessing those who cannot communicate:
  • Attempt self-report first; search for potential causes; observe behavioral changes; ask caregivers about usual pain responses; conduct analgesic trial and observe behavior (Page 54).
• Pain assessment steps and observational cues:
  • Observe posture and behavior that may indicate pain-relief strategies; assess facial expressions; listen to sounds; inspect skin (color, temperature, moisture); measure blood pressure and pulse; assess respiratory rate and pattern; observe pupillary size and reaction to light (Page 51).
  • After analgesia, reassess pain score at the appropriate time: ~30 minutes for parenteral administration, ~60 minutes for oral administration (Page 52).
• Pain assessment across life stages (Page 53):
  • Infants & children
  • Aging adults

Pain Assessment Documentation and Communication

• Documentation frameworks include OLD CARTS-like prompts (Onset, Location, Duration, Characteristics, Aggravating factors, Relieving factors, Treatments, Severity) to structure pain history (Page 44).
• CAPA emphasizes a holistic view: comfort, changes, control, functioning, sleep (Page 49).
• Ethical considerations: pain is subjective; patient and family education about pain management and potential treatment limitations and side effects (Page 41).

Quick Reference: Practical Checks You Should Remember

• Always verify route consistency when monitoring temperature changes; document route used (Oral, Tympanic, Rectal, Axillary, Temporal) (Pages 12–13).
• For BP, ensure the arm is at heart level, avoid crossed legs, select proper cuff size, and use the correct cuff placement to prevent false readings (Pages 26–31).
• When BP is unusually high or the patient is non-responsive to upper-arm methods, consider alternative sites (thigh) and alternate cuffs (Page 32).
• Use apical pulse for the most accurate heart rate assessment, especially if an irregular heartbeat is suspected (Page 15).
• For SpO₂, aim for 95–100%; values <90% require further evaluation (Page 33).
• Always consider cultural, emotional, and cognitive contexts in pain assessment and tailor communication accordingly (Pages 37–41).

References from the Transcript (Notes for exam context)

• Fundamentals of Nursing: Concepts & Competencies for Practice (10th ed.) by Henshaw & Rassilyer-Bomers; Wilson & Giddens (Health Assessment for Nursing Practice, 7th ed.).
• Pages cited reflect content included in the provided transcript (Ch. 4 and Ch. 6 focus areas).