Individualized Care: Pediatrics, Geriatrics, Pregnancy, and Comorbidities

Start with the same priorities, then individualize

Individualized care does not mean ignoring Phase I priorities. Airway, breathing, circulation, neurologic status, pain, temperature, surgical-site findings, and safety still come first. The difference is that the nurse interprets those findings through the patient's age, pregnancy status, baseline function, language, sensory needs, health literacy, culture, and comorbid conditions. CPAN scenarios reward the candidate who stabilizes the airway and circulation and tailors the next step to the population-specific risk embedded in the stem.

A normal blood pressure means something different in a hypertensive 80-year-old, a dehydrated toddler, and a pregnant patient at term — the same number can be reassuring in one and a red flag in another, which is exactly the discrimination the exam is testing.

Pediatric Phase I considerations

Children have proportionally larger tongues, more anterior larynges, narrower airways (resistance rises with the fourth power of radius reduction), higher oxygen consumption (~6–8 mL/kg/min vs ~3–4 in adults), and less reserve during obstruction or laryngospasm — a feared complication especially after airway surgery or with secretions. Treat laryngospasm with jaw thrust, positive-pressure oxygen, and escalation; refractory spasm may require a small dose of propofol or succinylcholine per provider order.

Use age-appropriate pain tools: FLACC (Face, Legs, Activity, Cry, Consolability) for infants and nonverbal children, Wong-Baker FACES for many preschool/school-age children, and a 0–10 numeric scale only when the child can reliably use abstract numbers. Vital-sign norms also shift by age — a heart rate of 130 may be normal in an infant but alarming in a teenager — so the nurse compares against pediatric reference ranges, not adult ones.

Anticipate emergence delirium, particularly after sevoflurane, weight-based dosing (a single milligram-per-kilogram error can be tenfold the intended dose), dehydration after vomiting, and procedure-specific concerns such as post-tonsillectomy bleeding (frequent swallowing or restlessness may be the only sign). Family presence, when safe and permitted, reduces anxiety.

Geriatric Phase I considerations

Older adults have reduced physiologic reserve, slower drug clearance, and heightened sensitivity to anticholinergics, benzodiazepines, and opioids (the Beers Criteria flag many of these). Residual sedation, hypoxia, hypothermia, pain, urinary retention, electrolyte shifts, and unfamiliar surroundings all precipitate postoperative delirium, which is associated with longer stays and higher mortality.

Screen with a tool such as the CAM (Confusion Assessment Method) and treat reversible causes first: oxygenate, correct glucose, warm the patient, relieve a full bladder, restore glasses and hearing aids, and reorient before reaching for restraints or labeling the patient as having dementia. Restraints and antipsychotics can worsen delirium and cause injury, so they are last resorts after physiologic causes are excluded. Hypothermia is especially common in older adults because of reduced muscle mass and blunted shivering; active warming improves both comfort and oxygen demand.

Pregnancy and comorbid risk

Pregnancy raises aspiration risk (lower esophageal sphincter tone falls, gastric emptying slows), increases oxygen demand while reducing functional residual capacity, and expands blood volume. After about 20 weeks gestation, a supine patient may develop aortocaval (supine hypotensive) syndrome as the gravid uterus compresses the inferior vena cava and aorta, presenting as hypotension, pallor, nausea, dyspnea, or dizziness. The immediate fix is left uterine displacement — a wedge under the right hip or a 15–30 degree left lateral tilt — to restore venous return while other causes are evaluated.

Comorbidities supply the exam clue. A patient with obesity or obstructive sleep apnea (OSA) may obstruct after small opioid doses; use the STOP-Bang risk frame, position head-up, favor opioid-sparing analgesia, and apply prescribed positive airway pressure. A diabetic patient with delayed emergence, diaphoresis, or tachycardia needs a point-of-care glucose check for hypoglycemia, which can masquerade as residual anesthesia. Renal disease prolongs clearance of morphine's active metabolite (M6G) and many drugs, favoring agents like hydromorphone or fentanyl with cautious titration.

Substance use disorder and chronic pain require respectful, nonjudgmental multimodal control and monitoring — never undertreatment driven by bias. A patient on chronic opioids needs their baseline daily dose continued plus additional analgesia for acute surgical pain; withholding the baseline can precipitate withdrawal and uncontrolled pain. Buprenorphine and methadone histories specifically warrant pain-service input because they alter opioid receptor response.

Communication as part of individualization

Individualized care also addresses hearing, vision, cognition, culture, and language. Face a patient with hearing impairment, reduce background noise, restore assistive devices, and use written support. Use a professional interpreter — not a family member — for consent-related or discharge-critical information, both for accuracy and to protect privacy. Ask what the patient normally uses at home, what support exists, and what concerns would prevent safe recovery.

A patient who cannot hear instructions may nod in apparent agreement yet leave with no usable plan, and a patient whose glasses are still in a property bag cannot read a discharge sheet. CPAN questions consistently reward the answer that preserves safety while respecting dignity, autonomy, and cultural needs over the answer that is merely fast or convenient.