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Interspecies scaling of renally secreted drugs.

机译:肾分泌药物的种间缩放。

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摘要

The objective of this study is to predict pharmacokinetic parameters (clearance, volume of distribution at steady state, and elimination half-life) in humans from animal data for drugs which are renally secreted in humans. Pharmacokinetic parameters of ten drugs were scaled-up from animal data obtained from the literature. Using simple allometry (pharmacokinetic parameter of interest vs body weight), total, renal and nonrenal clearances, volume of distribution and half-life were predicted in humans. The predicted parameters were compared with the observed parameters. The results of the study indicated that it is likely that the predicted total and renal clearances from animal data will be underestimated in humans for renally secreted drugs. The prediction of renal clearance was improved by normalizing the renal clearance by a 'correction factor' for animals who exhibited renal secretion. The predicted volume and half-life were comparable with the observed values in man. Overall, the results of this study indicate that caution should be employed in interpreting the total and renal clearance of renally secreted drugs predicted by the allometric approach.
机译:这项研究的目的是从动物数据中预测人类肾脏分泌的药物,以预测人类的药代动力学参数(清除率,稳态时的分布量和消除半衰期)。根据从文献中获得的动物数据,放大了十种药物的药代动力学参数。使用简单的异速测量法(感兴趣的药物代谢动力学参数与体重),可以预测人类的总清除率,肾脏清除率和非肾脏清除率,分布量和半衰期。将预测参数与观察参数进行比较。研究结果表明,对于肾脏分泌药物,从动物数据中预测的总清除率和肾脏清除率可能会被低估。通过用“校正因子”使表现出肾分泌的动物的肾脏清除率正常化,可以改善肾脏清除率的预测。预测的体积和半衰期与人的观察值相当。总的来说,这项研究的结果表明,在解释通过异速结直肠法预测的肾分泌药物的总清除率和肾脏清除率时,应谨慎行事。

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