A nurse is performing an abdominal assessment as part of a client’s comprehensive physical examination. Which of the following is the final step the nurse should perform?

Choice A reason: An HbA1c of 7.2% in type 1 diabetes indicates suboptimal control but is not an acute emergency. This client requires follow-up but is stable compared to life-threatening conditions, so they are not require immediate assessment, making this incorrect for prioritization.
Choice B reason: New-onset tachypnea in a hip fracture client suggests a life-threatening issue like pulmonary embolism, a common complication due to immobility. This requires immediate assessment to ensure airway and circulatory stability, aligning with ABC priorities, making it the correct first action for the nurse to take.
Choice C reason: Sinus arrhythmia is typically benign, especially with cardiac monitoring in place. It does not indicate an immediate threat compared to respiratory distress, so this client can be assessed later, making this incorrect for first priority assessment.
Choice D reason: Chest pain in a hypertensive client is concerning for cardiac issues, but tachypnea in a hip fracture suggests a more acute, potentially fatal condition like pulmonary embolism. Respiratory distress takes precedence, so this is incorrect for immediate assessment.

Choice A reason: Checking patency every 8 hours is inadequate for closed wound drainage systems, which require more frequent monitoring (e.g., every 4 hours) to detect blockages. Delayed checks risk fluid buildup, increasing infection or seroma risk, critical in postoperative wound management.
Choice B reason: Emptying the drainage system every 24 hours may be insufficient, as frequency depends on volume. Systems like Jackson-Pratt drains need emptying when half-full to maintain suction, preventing complications like infection, requiring flexible, volume-based schedules rather than fixed intervals.
Choice C reason: Securing the drainage system to the gown prevents dislodgement, maintaining suction and reducing infection risk. It supports mobility while stabilizing the system, preventing wound tension. This is critical for effective drainage and healing in postoperative clients with closed systems.
Choice D reason: Replacing the drainage system every 3 days is unnecessary unless infection or malfunction occurs. Routine replacement risks introducing pathogens or disrupting healing. Systems remain until drainage decreases, guided by clinical assessment, not a fixed schedule, to ensure safety.