薬物動態学および実験的治療学のジャーナル

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Pharmacokinetic Properties: Understanding the Absorption, Distribution, Metabolism, and Excretion of Drugs

Sunbby Chen

Background: Remimazolam is a brand-new benzodiazepine for general anesthesia and procedural sedation.The pharmacokinetic properties and safety of the drug in renally and hepatically impaired subjects were the focus of this study.

Methods: Two separate preliminaries were directed in patients with hepatic (n=11) or renal weakness (n=11) contrasted and matched sound subjects (n=9 and n=12, separately). Using a single intravenous bolus of remimazolam 0.1 mg kg1, the hepatic impairment trial was an open-label adaptive "Reduced Design" study. though the renal hindrance preliminary was an open-mark preliminary of a solitary bolus portion of remimazolam 1.5 mg i.v. Population pharmacokinetic modeling was used to look at the changes in rimizolam plasma concentrations over time.

Results: A three-compartment, recirculatory model adequately described the pharmacokinetic properties of rimizolam. Openness in subjects with extreme hepatic hindrance was 38.1% higher (for example freedom was 38.1% lower) contrasted and solid workers. This increment caused a somewhat deferred recuperation (8.0 min for solid, 12.1 min for moderate, and 16.7 min for serious hepatBackground. Remimazolam is another benzodiazepine for procedural sedation and general sedation. The pharmacokinetic properties and safety of the drug in renally and hepatically impaired subjects were the focus of this study.