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Quantitative relationship between the octanol/water partition coefficient and the diffusion limitation of the exchange between adipose and blood

机译:辛醇/水分配系数与脂肪与血液交换扩散极限之间的定量关系

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摘要

BackgroundThe goal of physiologically based pharmacokinetics (PBPK) is to predict drug kinetics from an understanding of the organ/blood exchange. The standard approach is to assume that the organ is "flow limited" which means that the venous blood leaving the organ equilibrates with the well-stirred tissue compartment. Although this assumption is valid for most solutes, it has been shown to be incorrect for several very highly fat soluble compounds which appear to be "diffusion limited". This paper describes the physical basis of this adipose diffusion limitation and its quantitative dependence on the blood/water (Kbld-wat) and octanol/water (Kow) partition coefficient.
机译:背景基于生理学的药代动力学(PBPK)的目标是通过了解器官/血液交换来预测药物动力学。标准方法是假定器官“流量受限”,这意味着离开器官的静脉血与充分搅拌的组织腔室保持平衡。尽管该假设对大多数溶质均有效,但已证明对于几种高度脂溶性化合物似乎是不正确的,这些化合物似乎是“扩散受限的”。本文描述了这种脂肪扩散限制的物理基础,及其对血液/水(Kbld-wat)和辛醇/水(Kow)分配系数的定量依赖性。

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