The client is receiving phenytoin via intravenous infusion. What should be carefully monitored?

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Multiple Choice

The client is receiving phenytoin via intravenous infusion. What should be carefully monitored?

Explanation:
IV phenytoin can affect the heart’s conduction and rhythm, especially if the infusion is given too quickly. Continuous ECG monitoring is essential because it lets you detect early signs of cardiotoxicity such as bradycardia, tachyarrhythmias, or conduction delays, allowing prompt adjustment of the infusion rate or stopping the drug if needed. Temperature, visual acuity, and blood type aren’t acutely tied to the infusion’s safety or immediate monitoring requirements during administration, though long-term use can have other effects. So, watching the heart’s electrical activity during IV phenytoin infusion is the priority.

IV phenytoin can affect the heart’s conduction and rhythm, especially if the infusion is given too quickly. Continuous ECG monitoring is essential because it lets you detect early signs of cardiotoxicity such as bradycardia, tachyarrhythmias, or conduction delays, allowing prompt adjustment of the infusion rate or stopping the drug if needed. Temperature, visual acuity, and blood type aren’t acutely tied to the infusion’s safety or immediate monitoring requirements during administration, though long-term use can have other effects. So, watching the heart’s electrical activity during IV phenytoin infusion is the priority.

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