Wünsch Z
Physiol Bohemoslov. 1986;35(2):178-89.
Values of the variables of a model of the muscle contractile apparatus were calculated on the basis of a previously described theoretical system JMCSM (i.e. the Joint Model of the Contractile System of Muscle) and after introducing some necessary simplifying presuppositions. The calculations made it possible to compare the model with the original biological system and provided data needed for the subsequent stage of simulation experiments. The properties of the model are apparently not inconsistent with the properties of the original biological system. The basic equation of the theoretical model could be expressed in the form analogous to Hill's equation; the procedure by which the equations were derived and the interpretation of their parameters are mutually independent. The model also suggests a different interpretation of the dependence of the heat of shortening on other quantities of the system. It is necessary to consider these calculations and their results as preliminary with regard to the simplifying presuppositions and to the possible inaccuracies of the estimations of input data.
基于先前描述的理论系统JMCSM(即肌肉收缩系统联合模型)并引入一些必要的简化假设后,计算了肌肉收缩装置模型变量的值。这些计算使得能够将该模型与原始生物系统进行比较,并提供了模拟实验后续阶段所需的数据。该模型的特性显然与原始生物系统的特性并不矛盾。理论模型的基本方程可以用类似于希尔方程的形式表示;推导方程的过程及其参数的解释是相互独立的。该模型还对缩短热对系统其他量的依赖性提出了不同的解释。鉴于简化假设以及输入数据估计可能存在的不准确性,有必要将这些计算及其结果视为初步的。