Microscopic state i of a chemical element X is taken into account, and the number of atom X in i is defined by n
i(X). Considering the details of the chemical processes, diffusion, adsorption etc., we have abtained the equation of the conservation of matter concerning n
i(X). From this equation we have the formula for Q(X)=∑n
i(X), i. e. the total quantity of X in the organism, and using this equation the growth curve and the rate of turnover is discussed. The idea of reduced mass and time is introduced and approximate curve is given using the reduced guantities.
Microscopic relation concerning n
i(X) is applied to the analysis of the tracer experiment and then the idea of quasiequilibrium is introduced, which is useful for thermodynamic analysis of the organism. The full paper will by sent to Journ. phys. soc. Japan.
抄録全体を表示