A nurse is assessing a client who was placed in restraints for aggressive behavior. The client is now calm and cooperative. Which of the following actions should the nurse take?

Choice A reason: Applying testosterone gel to the genital region is contraindicated, as it increases irritation and absorption variability. It should be applied to clean, dry skin on the shoulders, upper arms, or abdomen to ensure safety and efficacy, making this action incorrect and unsafe.
Choice B reason: Checking testosterone levels in 1 week is premature, as steady-state levels typically require 2-4 weeks to stabilize. Monitoring too early may yield inaccurate results, leading to improper dose adjustments. This timing is not standard, making it an incorrect instruction.
Choice C reason: Advising the client to wait 1 hour before showering or swimming ensures adequate absorption of testosterone gel through the skin. Premature water exposure can wash off the gel, reducing efficacy. This aligns with manufacturer guidelines, making it the correct action.
Choice D reason: Applying testosterone gel every other day is incorrect, as daily application maintains consistent hormone levels for hypogonadism treatment. Alternate-day dosing disrupts therapeutic levels, reducing effectiveness. Daily use is standard, making this instruction inappropriate for proper administration.

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.