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根据生物代谢状态方程和代谢反应一般表达式,解析由葡萄糖生成乙醇的生物代谢过程。结果表明,该过程是一个可达到热力学最大可能性的过程,该代谢过程的热力学最大可能性转化率为51.1%,方程的解与依据代谢途径直接核算的结果一致,说明这些代谢途径已实现了热力学上的最大可能性。研究表明由葡萄糖生成乙醇的代谢过程具有非连续的能级特征。研究结果为深入解析代谢过程的物理意义奠定了基础。
According to the metabolic equation of state and the general expression of metabolic reaction, the bio-metabolic process of ethanol production from glucose is analyzed. The results show that the process is a thermodynamic maximum possible process, the thermodynamic maximum possible conversion rate of 51.1%, the equation solution and direct calculation based on metabolic pathways results show that these metabolic pathways have been achieved The greatest possibility of thermodynamics. Studies have shown that the metabolic processes that produce glucose from glucose have non-continuous energy level characteristics. The results provide a basis for further analysis of the physical significance of metabolic processes.