A nurse is caring for a client who is comatose and has advance directives that indicate the client does not want life-sustaining measures. The client's family wants the client to have life-sustaining measures. Which of the following actions should the nurse take?

A. Turn off oxygen sources. After ensuring the client is safe, the priority is to reduce the risk of fire spreading, and oxygen greatly increases flammability. Turning off oxygen is a critical safety measure to prevent rapid combustion.
B. Put out the fire with an extinguisher. While extinguishing the fire is important, it should only be attempted if safe to do so and after addressing immediate dangers, such as oxygen sources and client safety.
C. Close the fire doors on the unit. This is part of containment under the RACE protocol (Rescue, Alarm, Contain, Extinguish), but it is not the first priority after rescue when oxygen is actively feeding the fire.
D. Notify the facility operator. This step corresponds to the "Alarm" phase of RACE and is essential for initiating the emergency response. However, it follows immediately after ensuring client safety and environmental hazard reduction, like turning off oxygen.

A. Irrigate the wound using a 10-mL syringe. A 10-mL syringe does not provide adequate pressure for effective irrigation. Typically, a 30- to 60-mL syringe with an 18-gauge catheter is used to deliver appropriate pressure (between 4–15 psi) to clean wounds effectively.
B. Irrigate the wound with a low-pressure flow of solution. This is correct. A low-pressure irrigation system helps gently remove debris and bacteria without damaging healthy tissue. It also minimizes the risk of forcing contaminants deeper into the wound bed.
C. Cleanse the insertion site of the drain using a circular motion toward the center. The site should be cleansed from the center outward, not toward the center, to prevent dragging contaminants into the insertion site and reduce infection risk.
D. Cleanse the wound starting at the bottom and moving upward. Wound cleaning should occur from the least contaminated (top) to the most contaminated (bottom) area to avoid transferring microorganisms from dirtier areas to cleaner areas, thereby minimizing the risk of infection.