Midazolam is metabolized to an active metabolite by hepatic enzymes. What is the name of this active metabolite?

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Multiple Choice

Midazolam is metabolized to an active metabolite by hepatic enzymes. What is the name of this active metabolite?

Explanation:
Midazolam is processed in the liver by cytochrome P450 enzymes, mainly CYP3A4, which convert it to 1-hydroxymidazolam. This metabolite is pharmacologically active and contributes to the sedative effects, sometimes extending the duration of action, especially with repeated dosing or hepatic impairment. It’s later conjugated and eliminated, but its activity helps explain why midazolam can have longer-lasting effects than expected. Other benzodiazepine metabolites listed are not derived from midazolam, and the midazolam-3-carboxylic acid form is inactive.

Midazolam is processed in the liver by cytochrome P450 enzymes, mainly CYP3A4, which convert it to 1-hydroxymidazolam. This metabolite is pharmacologically active and contributes to the sedative effects, sometimes extending the duration of action, especially with repeated dosing or hepatic impairment. It’s later conjugated and eliminated, but its activity helps explain why midazolam can have longer-lasting effects than expected. Other benzodiazepine metabolites listed are not derived from midazolam, and the midazolam-3-carboxylic acid form is inactive.

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