CPAN study plan

Differentiate the three phases of perianesthesia care (preanesthesia, Phase I, Phase II/extended care) and state the assessment priorities unique to each

Build a preanesthesia evaluation checklist that captures airway risk, functional status, comorbidities, NPO status, and prior anesthetic complications

Interpret common preoperative laboratory and diagnostic values against perianesthesia decision thresholds, flagging values that warrant delay or anesthesia notification

Practice a structured handoff (SBAR-style) covering an ASA physical status classification and the reasoning behind it

Apply ASA physical status classification to at least eight written patient vignettes and justify each assignment

Compare anesthetic techniques (general, neuraxial, regional block, monitored anesthesia care, local) by indication, risk, and perianesthesia nursing implications

Explain the pharmacology of the most common induction, neuromuscular blockade reversal, and volatile agents in terms of onset, recovery, and postoperative effects

Correlate patient comorbidities (OSA, diabetes, renal disease, cardiac disease) with specific anesthetic plan modifications

Distinguish opioid, non-opioid, and multimodal analgesic strategies by mechanism, dosing considerations, and side-effect profile

Evaluate pain assessment tools and apply them to patients who cannot self-report (sedated, intubated, cognitively impaired, pediatric)

Perform a systematic airway assessment and identify predictors of difficult mask ventilation and difficult intubation

Sequence a difficult-airway response using a can't-intubate/can't-oxygenate framework, naming cues that trigger escalation

Select appropriate oxygen delivery devices and monitoring (pulse oximetry, capnography) for the recovering patient

Interpret arterial blood gas and capnography waveforms to differentiate hypoxemia, hypoventilation, and obstructive patterns

Manage the spectrum of postoperative respiratory complications: hypoxemia, hypoventilation, laryngospasm, bronchospasm, aspiration, and residual neuromuscular blockade

Explain hemodynamic monitoring modalities (noninvasive and invasive pressure, ECG, cardiac output) and the parameters each reliably reports

Analyze rhythm strips to identify the dysrhythmias most likely to appear in the PACU and state immediate actions for each

Differentiate hypovolemic, distributive, cardiogenic, and obstructive shock by hemodynamic profile and expected response to fluid versus vasoactive therapy

Compare vasopressors and inotropes by receptor activity, typical perianesthesia use, and nursing monitoring requirements

Manage fluid and blood product replacement, including transfusion reaction recognition and immediate response

Prioritize interventions for hypotension with bradycardia versus hypotension with tachycardia in the recovering patient

Identify risk factors and early indicators for the highest-consequence perianesthesia complications: malignant hyperthermia, anaphylaxis, respiratory depression, and postoperative nausea and vomiting

Sequence the emergency management of malignant hyperthermia and anaphylaxis, including drug selection, dosing, and equipment preparation

Distinguish emergence delirium from hypoactive delirium and from inadequate analgesia, and select appropriate interventions

Apply fall, pressure injury, hypothermia, and surgical-site bleeding prevention strategies to a written postoperative plan of care

Deliver structured discharge teaching that matches health literacy and language needs, using teach-back to confirm understanding

Evaluate discharge readiness criteria and identify when advocacy requires escalating a discharge decision

Formulate a patient-advocacy response to an ethical or safety concern such as inadequate pain control, unsafe transport, or a family conflict

Describe CPAN certification maintenance, scope and standards, and the professional role of the perianesthesia nurse

Synthesize all domains by working through full-length practice sets under timed conditions

Categorize every missed item by domain and by error type (knowledge gap, misread, guess)

Re-teach the two weakest domains using condensed notes and a second round of targeted questions

Consolidate a one-page rapid-review sheet of high-yield numbers, drugs, and algorithms