评价咪达唑仑对细胞色素P450 3A表型的口服表观清除率在浓度时间曲线下的部分面积。

Wei Tai, Sheryl L Gong, Shirley M Tsunoda, Howard E Greenberg, J Christopher Gorski, Scott R Penzak, S Aubrey Stoch, Joseph D Ma
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引用次数: 7

摘要

背景:咪达唑仑口服表观清除率(CLORAL)用于评估肠道和肝脏细胞色素P450 (CYP) 3A活性。采用有限采样方法,在浓度时间曲线(AUC)下获得咪达唑仑部分区域,以估计CLORAL。方法:从7项已发表的研究中获得健康成人在CYP3A基线(n=116)、抑制(n=75)和诱导或激活(n=66)期间的咪达唑仑血浆浓度。AUC0-2、AUC0-4、AUC0-6、AUC1-2、AUC1-4、AUC2-4和AUC2-6的CLORAL和部分AUCs采用非区隔分析测定。受试者数据随机分为训练集和验证集。线性回归方程,从部分auc推导,从训练集数据。从验证集数据的这些方程中确定预测的CLORAL。预设标准为决定系数(r2)大于等于0.9。用相对平均预测误差百分比(%MPE)和相对平均绝对误差百分比(%MAE)评价偏倚和精度。结果:在CYP3A基线条件下,所有评估的CLORAL方程具有不可接受的r2(范围:0.34-0.86)。在CYP3A抑制期间,所有评估的CLORAL方程都有不可接受的%MAE。在AUC0-4 (r2=0.99, %MPE=3.9, %MAE=12.5)和AUC1-4 (r2=0.99, %MPE=6%, %MAE=11.1%)诱导/激活CYP3A时,观察到可接受的r2、%MPE和%MAE。同样的方程也预测了CYP3A的诱导程度,因为AUC0-4和AUC1-4缺乏等效性。结论:在评估的基线和抑制条件下,咪达唑仑部分auc无法估计CYP3A的活性。利用部分AUC0-4和AUC1-4的咪达唑安定CLORAL能够估计利福平和银杏叶提取物对CYP3A的诱导作用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluation of partial area under the concentration time curve to estimate midazolam apparent oral clearance for cytochrome P450 3A phenotyping.

Background: Midazolam apparent oral clearance (CLORAL) is used to estimate intestinal and hepatic cytochrome P450 (CYP) 3A activity. A limited sampling approach was performed to access a midazolam partial area under the concentration time curve (AUC) to estimate CLORAL.

Methods: Midazolam plasma concentrations from healthy adults were obtained during CYP3A baseline (n=116), inhibition (n=75), and induction or activation (n=66) from seven published studies. Observed CLORAL and partial AUCs of AUC0-2, AUC0-4, AUC0-6, AUC1-2, AUC1-4, AUC2-4, and AUC2-6 were determined by noncompartmental analysis. Subject data were randomly divided into a training set and a validation set. Linear regression equations, derived from partial AUCs, were developed from training set data. Predicted CLORAL was determined from these equations from validation set data. Preset criterion was a coefficient of determination (r2) greater than or equal to 0.9. Bias and precision were evaluated by relative percent mean prediction error (%MPE) and relative percent mean absolute error (%MAE).

Results: During CYP3A baseline conditions, all of the evaluated CLORAL equations had unacceptable r2 (range: 0.34-0.86). During CYP3A inhibition, all of the evaluated CLORAL equations had unacceptable %MAE. Acceptable r2, %MPE, and %MAE were observed during CYP3A induction/activation with AUC0-4 (r2=0.99, %MPE=3.9, %MAE=12.5) and AUC1-4 (r2=0.99, %MPE=6%, %MAE=11.1%). The same equations also predicted the extent of CYP3A induction as a lack of equivalence was observed with AUC0-4 and AUC1-4.

Conclusions: Midazolam partial AUCs were unable to estimate CYP3A activity during the evaluated baseline and inhibitory conditions. Midazolam CLORAL utilizing a partial AUC0-4 and AUC1-4 was able to estimate CYP3A induction with rifampin and Ginkgo biloba extract.

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