A nurse is planning care for a client who is on droplet precautions. Which of the following actions should the nurse take for this client?

Choice A reason: Elevating the bed to 45° increases bleeding risk at the femoral site post-catheterization; flat positioning is preferred. Assessing pulses is priority. Elevating risks hematoma, critical to avoid in ensuring vascular safety, monitoring for complications, and supporting recovery in immediate postoperative cardiac catheterization care.

Choice B reason: Assessing peripheral pulses every 15 minutes post-femoral catheterization monitors for arterial occlusion or bleeding, critical for detecting complications like hematoma or thrombosis. This ensures timely intervention, essential for vascular integrity, preventing limb ischemia, and supporting safe recovery in the immediate postoperative period.

Choice C reason: Changing the dressing 4 hours post-catheterization is premature unless soiled; initial monitoring of pulses is priority. Assuming dressing change is urgent risks disrupting the site, increasing bleeding, critical to avoid in ensuring site stability and vascular safety in immediate post-catheterization care.

Choice D reason: Flexing the right knee is contraindicated post-femoral catheterization, risking site disruption or bleeding; leg immobility is required. Assessing pulses is key. Instructing flexion risks hematoma, critical to prevent in ensuring vascular safety, monitoring complications, and supporting recovery in postoperative cardiac catheterization clients.

Choice A reason: Protamine sulfate reverses heparin, not midazolam, a benzodiazepine requiring flumazenil for reversal. Assuming protamine is needed risks ineffective response to oversedation, critical to avoid in ensuring rapid reversal and safety in clients post-moderate sedation with midazolam in surgical settings.

Choice B reason: Acetylcysteine treats acetaminophen overdose, not midazolam, reversed by flumazenil. Assuming acetylcysteine is appropriate risks delayed reversal of sedation, potentially causing respiratory depression, critical to prevent in ensuring safe recovery for clients post-moderate sedation with midazolam in postoperative care.

Choice C reason: Flumazenil reverses midazolam’s benzodiazepine effects, critical for managing oversedation or respiratory depression post-moderate sedation. Having it on hand ensures rapid response, essential for client safety, preventing complications, and supporting recovery in surgical settings using midazolam for procedural sedation.

Choice D reason: Naloxone reverses opioids, not midazolam, a benzodiazepine requiring flumazenil. Assuming naloxone is needed risks ineffective treatment of sedation, potentially prolonging respiratory risks, critical to avoid in ensuring proper reversal and safety in clients post-moderate sedation with midazolam.