Modelling heart structure changes during adaptation to big load

The analysis of the transient process of long-term heart adaptation to big load analysis is based on a mathematical model of living system continuously synthesizing as many structures his are necessary to implement the funcion. The mechanism of initial increase and further decrease of the short-life to long-life structures ratio in heart muscle cells following bad rise is explained that mechanism may result in structure-dependent heart power alterations in the transient process of long-term adaptation. The simulation results are in qualitative agreement with available experimental data and reproduce certain poorly studied features of the modelled process.