When administering ketamine for analgesia and sedation in PCC, which monitoring is essential?

When administering ketamine for analgesia and sedation in PCC, which monitoring is essential?

• A. Cardiac rhythm monitoring only.
• B. Airway patency, blood pressure, and mental status monitoring; use the lowest effective dose.
• C. Temperature monitoring only.
• D. No monitoring is required after dosing.

Answer: (B)

Ketamine for analgesia and sedation in PCC requires continuous checks of airway patency, blood pressure, and mental status, while using the lowest effective dose. Airway patency is essential because even though ketamine tends to preserve airway reflexes, sedation can still compromise the airway, so you must ensure the airway remains open and ready for airway management if needed. Monitoring blood pressure is important because ketamine can elevate sympathetic tone, and tracking mental status helps gauge the depth of sedation and detect agitation or delayed emergence. Focusing on just temperature or no monitoring would miss critical risks to breathing and circulation, so a broader, targeted monitoring approach is essential.

Ketamine for analgesia and sedation in PCC requires continuous checks of airway patency, blood pressure, and mental status, while using the lowest effective dose. Airway patency is essential because even though ketamine tends to preserve airway reflexes, sedation can still compromise the airway, so you must ensure the airway remains open and ready for airway management if needed. Monitoring blood pressure is important because ketamine can elevate sympathetic tone, and tracking mental status helps gauge the depth of sedation and detect agitation or delayed emergence. Focusing on just temperature or no monitoring would miss critical risks to breathing and circulation, so a broader, targeted monitoring approach is essential.