模拟依非韦伦体内主要和次要溶液内粒子运动系统的动态状态

T. Nemaura
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引用次数: 2

摘要

本工作旨在描述溶液内粒子运动系统。它利用了从服用依非韦伦的病人的模拟中获得的数据。用常微分方程组来模拟某一特定浓度下的运动状态。运动状态的描述是在初级和次级级别找到的。发现一次系统主要是一个不稳定的系统,而二次系统是稳定的。这是由与系统相关的动态特征值的状态导出的。饱和溶液粒子在一次势和二次势下都是稳定的。提出了一个体积守恒的线性系统来描述溶液粒子的动态运动状态。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modelling the Dynamical State of the Projected Primary and Secondary Intra-Solution-Particle Movement System of Efavirenz In-Vivo
This work seeks to describe intra-solution particle movement system. It makes use of data obtained from simulations of patients on efavirenz. A system of ordinary differential equations is used to model movement state at some particular concentration. The movement states’ description is found for the primary and secondary level. The primary system is found to be predominantly an unstable system while the secondary system is stable. This is derived from the state of dynamic eigenvalues associated with the system. The saturated solution-particle is projected to be stable both for the primary potential and secondary state. A volume conserving linear system has been suggested to describe the dynamical state of movement of a solution particle.
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