Kinetic modelling of the biomechanical processes

From the standpoint of kinetic modeling considered three types of biomechanical processes. The processes of biodestruction are described by the first order kinetic equations with a variable constant of reaction. Being parallel in time with the experiments carried out, the kinetic modelling allows us to optimize the planning of research on the biodestruction of new entities, to reduce the scope of experiments by replacing the part of experiments by the theoretical prediction, and to determine the time of the process end by the maximum permissible concentration (MPC). In the analysis of the drying process in a gelatin capsule shell used kinetic equations of zero order. A kinetic model of the drying process of capsules in the gelatine shell has been created, and the values of drying rate were determined for the filler, shell, and the capsule as a whole. It has been noted that the growth of moisture of the capsule filling during the active period is non-traditional for the drying process. Moreover, the kinetic modelling is proposed for application in the post-operative healing of human soft tissues. For this purpose a kinetic equation minus the first order.