91影视

Gibb's free energy describes how much of a system's total energy is used in a chemical reaction. 鈭咷 represents the shift in free energy. 鈭咷 is anticipated by temperature and enthalpy changes. The typical free energy change is symbolised by "鈭咷".

Glycolysis is a continuous process in most tissues under steady-state circumstances, while the glycolysis flow changes to fulfill the demands of the organism. Each reaction in the route is related to the standard free energy changes (鈭咷掳藞) and the real physiological free energy changes (鈭咷). Because of the link between (鈭咷掳藞) and (鈭咷), which is expressed by the following equation:

$鈭�G=鈭�G掳+RT\ln \left(\begin{array}{c}\left[Product\right]\\ \left[Reac\tan t\right]\end{array}\right)$

Thus, various reactions proceed in animal tissues; as a result, the values of the cellular reactant and product alter with temperature and enthalpy, and they are not equal in their standard states.