The parents of a male infant newborn have signed an informed consent for circumcision. Which priority intervention should the nurse implement upon completion of the circumcision procedure?

Choice A reason: Reviewing vascular disease history provides context but does not confirm perfusion status. An absent DP pulse may indicate arterial occlusion, risking ischemia. Doppler assessment directly evaluates blood flow, detecting patency, critical for guiding interventions to ensure limb perfusion, making history review secondary.

Choice B reason: Marking an auscultated DP pulse is incorrect, as pulses are palpated or Doppler-assessed, not auscultated. Auscultation applies to heart or lungs. Doppler confirms arterial flow, addressing absent pulse’s potential occlusion, making this inaccurate compared to the precise Doppler technique.

Choice C reason: Capillary refill evaluates perfusion but is less specific than Doppler, which confirms arterial flow. Prolonged refill may indicate ischemia, but absent DP pulse suggests arterial compromise. Doppler acoustically detects flow, diagnosing critical limb ischemia, making it the priority over indirect perfusion measures.

Choice D reason: Using Doppler to assess DP pulse is critical, as an absent pulse may indicate occlusion from peripheral arterial disease, risking ischemia. Doppler detects blood flow, confirming patency or obstruction, guiding urgent interventions like angiography, ensuring limb viability by addressing vascular compromise directly.

Choice A reason: Obtaining an ABG assesses oxygenation in COPD but is not needed before postural drainage, which mobilizes secretions. ABGs are invasive, used for exacerbations. Explaining positions prepares the client, enhancing cooperation for effective mucus clearance, addressing airway obstruction without unnecessary invasive testing.

Choice B reason: Postural drainage uses gravity in five positions (e.g., Trendelenburg, lateral) to drain lung segments in COPD, where mucus obstructs airways. Explaining this reduces anxiety, ensuring cooperation, optimizing secretion clearance to improve ventilation and gas exchange, addressing the pathophysiological need for airway clearance.

Choice C reason: Drainage after meals risks aspiration, as a full stomach increases reflux in positions like Trendelenburg. COPD’s mucus retention obstructs airways, and timing drainage appropriately enhances efficacy. Explaining positions ensures effective procedure execution, avoiding complications like aspiration, making this approach unsafe.

Choice D reason: Shallow, fast breathing is contraindicated in COPD, where deep, slow breaths reduce air trapping and improve alveolar ventilation. Postural drainage clears mucus, and proper breathing enhances efficacy. Explaining positions prepares the client, optimizing outcomes, making this instruction incorrect for effective breathing.