Zeng Y L, Akkermans A A, van Waning W E, Breimer D D
Arzneimittelforschung. 1983;33(6):902-4.
The algorithm of this program for estimating rate constants of drug absorption is mainly based on the Loo-Riegelman method. In order to improve the flexibility of the program, several options for the users were included: one-, two- as well as three-compartment open models with first-order elimination; two optional methods to calculate the area under the curve, i.e. the simple trapezoidal method and the Lagrange method combined with log-trapezoidal approximation and others. In addition to the estimation of the rate constant of drug absorption, this program can be applied for the design of optimal sampling schemes. For this purpose an extra subroutine for simulating plasma drug concentration-time courses is also included.
该程序用于估算药物吸收速率常数的算法主要基于Loo-Riegelman方法。为提高程序的灵活性,为用户提供了多种选项:具有一级消除的单室、双室以及三室开放模型;两种计算曲线下面积的可选方法,即简单梯形法和结合对数梯形近似的拉格朗日法等。除估算药物吸收速率常数外,该程序还可用于设计最优采样方案。为此,还包含一个用于模拟血浆药物浓度-时间过程的额外子程序。