CPAN Preparation Guide: Phase I Recovery Decisions Study Guide

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After IV sedation, a patient no longer follows spoken instructions but deliberately reaches toward repeated stimulation. Breathing becomes shallow. Identify deep sedation and obtain airway support rather than relying on the procedure's original moderate-sedation designation.

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A handoff describes MAC, but the arriving patient is unresponsive and needs assisted ventilation. Base immediate recovery care on the observed impairment, while clarifying administered agents and the anesthetic course with the accompanying anesthesia professional.

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After rocuronium, a patient has four visible twitches and can lift the head, but the quantitative adductor pollicis train-of-four ratio is 0.55. This is minimal residual blockade, not adequate recovery. Neostigmine is a reasonable reversal alternative at this depth. Maintain airway and ventilatory support, reassess quantitatively, and confirm a ratio of at least 0.9 before extubation while also assessing consciousness, ventilation, and airway protection.

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A patient with an upper-extremity block has a numb arm and remains conversational. Later, after additional IV medication, the patient becomes difficult to arouse. Assess the systemic medication effect rather than attributing reduced consciousness to arm numbness.

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Following a peripheral nerve block, a patient cannot feel the operative hand resting against a hard bedrail. Reposition and support the arm, assess the skin, and explain why absent pain does not establish that the position is safe.

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After naloxone, a patient breathes better but remains drowsy following mixed opioid and sedative exposure. Maintain surveillance for residual non-opioid sedation and recurrent opioid depression. If severe pain and sweating emerge, assess possible withdrawal while preserving respiratory safety.

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A poorly responsive patient received midazolam but also takes benzodiazepines chronically. Maintain respiratory support and communicate dependence before a reversal decision.

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A four-year-old awakens after reversal of midazolam sedation, then becomes drowsy again. Reassess airway and ventilation and obtain pediatric anesthesia review rather than automatically repeating an adult rescue regimen.

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A patient with a viable pregnancy returns from appendectomy. Confirm the postoperative fetal heart-rate and contraction-monitoring plan with obstetrics while assessing maternal recovery; report new contractions promptly.

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During review of a deteriorating patient's anesthetic record, you find sevoflurane and succinylcholine exposure. Communicate those specific agents to the emergency team because they support concern for malignant hyperthermia when paired with compatible respiratory, muscular, and circulatory changes.

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A colleague says a local anesthetic is safe because the patient has malignant hyperthermia susceptibility. Clarify that it is nontriggering for malignant hyperthermia while maintaining surveillance for dose-related toxicity and the effects of any accompanying sedating medications.

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A patient reports that a close relative required emergency treatment during anesthesia, but no diagnosis is known. Obtain the circumstances and available records, communicate the concern to anesthesia, and avoid replacing the uncertainty with a reassuring but unsupported label.

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A patient with OSA received spinal anesthesia and is comfortable without IV opioids. The record also identifies a neuraxial opioid. Include that exposure in respiratory-risk communication and the monitoring plan despite the absence of additional systemic opioid administration.

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An older patient repeatedly misidentifies the recovery area. A caregiver reports normal orientation before surgery. Assess oxygenation, ventilation, circulation, and other reversible concerns, then restore hearing aids and provide calm explanations while communicating the new cognitive change.

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A patient breathes comfortably while answering questions but develops snoring and obstructed breaths whenever asleep. Interpret the pattern as an ongoing sleep-related airway problem and communicate the unstimulated findings when planning further monitoring and treatment.

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A somnolent patient has pH 7.27, PaCO2 60 mm Hg, and bicarbonate 27 mmol/L. The low pH and elevated carbon dioxide support primary respiratory acidosis. Assess and support ventilation while investigating medication effect and airway obstruction.

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A patient breathing rapidly has pH 7.49, PaCO2 29 mm Hg, and bicarbonate 22 mmol/L. Recognize a respiratory-alkalosis pattern, then assess pain, oxygenation, circulation, and the procedural context rather than concluding that the blood gas proves anxiety.

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After significant operative blood loss, a patient has pH 7.29, bicarbonate 16 mmol/L, and PaCO2 34 mm Hg. Recognize the metabolic component and urgently reassess circulation and ongoing losses rather than treating the carbon dioxide value in isolation.

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A pale patient with substantial blood loss has SpO2 99% while receiving oxygen, falling blood pressure, and new lethargy. The saturation does not rule out impaired oxygen delivery. Escalate the bleeding and perfusion findings while reviewing laboratory results.

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A patient's pressure remains near the lower end of the usual range, but tachycardia, cool skin, increasing drain output, and reduced alertness develop. Recognize the combined deterioration and escalate assessment rather than waiting for a dramatic pressure decrease.

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A patient's creatinine rises from 0.9 to 1.3 mg/dL within 36 hours despite preserved urine output. The 0.4 mg/dL increase meets a published AKI criterion. Communicate the change and investigate reversible contributors rather than waiting for oliguria.

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An 80-kg patient produces 160 mL over six hours: 160 divided by 80 divided by six equals approximately 0.33 mL/kg/hour. If the collection is accurate, this is below the KDIGO urine-output threshold for the required duration.

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A confused patient with glucose 48 mg/dL cannot participate in treatment and needs staff assistance. The concentration meets level 2 criteria, while the assistance-requiring clinical event also meets the definition of level 3 hypoglycemia.

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A quiet, sedated patient denies discomfort when briefly awakened, but the measured temperature is 35.5°C. Recognize the objective thermal abnormality and initiate the appropriate warming assessment instead of accepting the absence of a complaint as evidence of normothermia.

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A patient with vomiting has low potassium and magnesium and an order for ondansetron. Review the electrolyte abnormalities and cardiac risk with the treating team, including appropriate monitoring and correction, rather than treating nausea as the only relevant assessment.

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The monitor shows a satisfactory saturation, but the arriving patient's airway sounds obstructed and chest movement is ineffective. Address airway and ventilation immediately while obtaining the anesthetic report, rather than completing a routine documentation sequence before intervention.

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After analgesia, a patient repeatedly drifts off during conversation and becomes harder to awaken. Reassess breathing and recent medication exposure, pause further sedating treatment pending assessment, and escalate the change despite a currently reassuring oxygen saturation.

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A patient receiving oxygen has SpO2 98%, a respiratory rate of six, and shallow breaths after an opioid. Treat the breathing pattern as dangerous and assess ventilation immediately instead of waiting for the saturation to decrease.

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A capnography alarm occurs after the patient turns their head. Immediately observe breathing and assess airflow. If ventilation is adequate, correct the displaced sampling interface; if breathing is absent or ineffective, provide respiratory support while the team checks equipment.

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A postoperative adult without suspected neck injury has snoring, poor airflow, and reduced responsiveness. Open the airway and assess ventilation while calling for assistance. Do not respond only by increasing oxygen flow through a cannula beside an obstructed airway.

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An adult becomes apneic after analgesia, and a definite carotid pulse is present. Activate help, maintain the airway, and provide rescue breaths while the team prepares indicated reversal treatment. Continue reassessment because the patient's circulatory status can change.

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A patient who uses CPAP at home repeatedly obstructs during sleep in PACU despite repositioning. Communicate the recurrent episodes and usual device use to anesthesia so an appropriate positive-airway-pressure plan can be implemented with continued monitoring.

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A drowsy NPO patient has glucose 52 mg/dL and cannot follow swallowing instructions. Activate the hypoglycemia protocol using an appropriate nonoral treatment route, maintain airway safety, and reassess glucose rather than offering juice.

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A patient reports nausea and incisional pain. After prescribed ondansetron, nausea improves but pain persists. Evaluate the two symptoms separately, recognizing that an antiemetic response does not establish analgesic benefit or remove the need for a pain assessment.

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A patient arrives at 35.6°C despite passive blankets. Implement the appropriate active-warming plan, check skin and equipment use, and reassess measured temperature and comfort to determine whether the intervention is working safely during recovery.

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A sleepy patient has an arm trapped beneath the torso and tubing pressing against the heel. Reposition with assistance, remove pressure, assess the affected areas, and recheck alignment after transfer rather than waiting for the patient to complain.

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A patient reports less pain after an opioid but now cannot stay awake long enough to participate in breathing assessment. Reassess respiratory safety and coordinate a revised analgesia strategy instead of pursuing another dose solely to reach a lower numeric score.

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After ordered fluid treatment, blood pressure changes little and the patient's breathing worsens. Reassess circulation and respiratory status and notify the treating clinician before further volume is given, rather than repeating the intervention without evaluating its effect.

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Fresh drain output rises rapidly while the patient becomes pale and tachycardic. Quantify and report the change, assess the wound and circulation, and obtain urgent assistance rather than assuming the drain's presence means postoperative blood loss is controlled.

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A patient arrives with several tubes, and one drainage line disappears beneath bedding. Trace it carefully, confirm its identity and destination, relieve any compression, and clarify expected function with the sending team before interpreting absent output as a physiologic finding.

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After triggering anesthesia, a 70-kg patient develops rapidly rising end-tidal carbon dioxide, rigidity, and tachycardia. The initial dantrolene dose is 175 mg IV. Coordinate immediate administration with trigger discontinuation and oxygenation, then reassess carbon dioxide, muscle tone, and heart rate to guide repeat dosing.

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The MH cart contains Ryanodex. Identify the 250-mg vial, add 5 mL of the specified sterile water, and prepare the orange opaque suspension according to its directions. Do not apply the 60-mL mixing method used for a 20-mg Dantrium or Revonto vial.

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Several hours after apparent stabilization, a patient develops renewed rigidity without shivering and rising carbon dioxide. Treat these as possible relapse cues, activate immediate reassessment and treatment, and continue the post-acute monitoring plan.

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Soon after local anesthetic administration, a patient has a seizure followed by hypotension. Communicate the exposure and sequence, activate the LAST response, and assist with airway support and rescue-kit preparation rather than attributing the event to ordinary regional numbness.

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For a 70-kg patient with LAST-related cardiovascular instability, the checklist's epinephrine starting recommendation is below 70 micrograms. State the dose in micrograms during medication verification while the team supports ventilation and prepares 20% lipid emulsion.

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After handling a drainage container, a nurse needs to access the same patient's IV connection. Remove the used gloves, perform hand hygiene, and use the protection appropriate for the next task before touching the clean access area.

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A patient is comfortable and eager to leave Phase I but still needs repeated airway repositioning when asleep. Continue care at a level capable of managing that problem and communicate why apparent comfort does not establish readiness for progression.

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A patient requires oxygen and close respiratory observation before leaving the procedure room. Plan transport that maintains those supports and includes a knowledgeable accompanying anesthesia-team member instead of assuming a short corridor trip has negligible clinical risk.

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The sending clinician gives a rapid report while the receiving nurse is managing an airway problem. Ask the sender to remain, complete the urgent assessment together, and confirm essential information and acceptance before the sender departs.

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A patient is transferred with a blood gas still pending. State why it was obtained, identify who will review the result, describe the agreed escalation plan, and ask the receiving clinician to confirm responsibility for follow-up.

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After teaching drain care, ask the caregiver to demonstrate the steps and explain which changes require a call. If a step is missed, explain it differently and repeat the demonstration before concluding that education is complete.

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A patient prefers a language the nurse does not speak fluently. Use appropriate interpreter services for discharge teaching, then ask the patient to explain medication timing and warning signs through the interpreter rather than relying on a family member's assurance.

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A patient with sensory sensitivity becomes distressed by noise and repeated unexpected touch. After checking physiologic stability, explain each interaction, reduce unnecessary stimulation, and use the patient's established communication preferences and available caregiver knowledge to support recovery.

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A patient correctly explains postoperative equipment use but reports that the equipment is unavailable at home and no caregiver can obtain it. Coordinate the necessary resource or revise the plan before concluding that discharge preparation is complete.

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A patient with OSA has SpO2 98% on supplemental oxygen while answering questions but repeatedly obstructs during sleep. Continue an appropriately monitored plan. The oxygen-supported awake reading does not demonstrate adequate room-air oxygenation during unstimulated recovery.

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A patient reaches the unit's usual recovery-score threshold but still requires an intervention unavailable on the intended ward. Document the unresolved need and obtain an appropriate disposition decision rather than treating the score as independent authorization for transfer.

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A team proposes adopting a warming project's exact timing rules as mandatory for every patient. Review the project's setting and evidence, compare authoritative guidance, and develop a locally approved policy rather than assuming that hosting by a professional organization establishes universal requirements.

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An adult in recovery becomes unresponsive and has occasional gasps. No definite pulse is identified within 10 seconds. Activate the response, begin CPR, and obtain the defibrillator rather than extending the pulse check while waiting for a clearer sign.

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During adult resuscitation, a rescuer compresses rapidly but leans on the chest between compressions. Provide clear feedback to allow full recoil and maintain the recommended rate and depth while coordinating tasks to reduce avoidable interruptions.

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An alert patient agrees that the friend driving them home may hear mobility instructions. Share those relevant instructions. If the patient is temporarily incapacitated, use professional judgment to determine whether a limited care-related update to an involved support person is in the patient's best interests.