Write the reaction of the first irreversible step of glycolysis. Why is the reaction irreversible? Explain by calculating the value of equilibrium constant for this reaction
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The flux through the glycolytic pathway must be balanced because of conditions both inside and outside the cell. The rate of transformation of glucose into pyruvate is directed to meet two noteworthy cell needs: (1) the creation of ATP, produced by the debasement of glucose, and (2) the arrangement of building hinders for engineered responses, for example, the development of fatty acids.
In metabolic pathways, proteins catalyzing basically irreversible responses are potential locales of control. In glycolysis, the responses catalyzed by hexokinase, phosphofructokinase, and pyruvate kinase are for all intents and purposes irreversible; subsequently, these proteins would be required to have administrative and in addition catalytic parts.
In metabolic pathways, proteins catalyzing basically irreversible responses are potential locales of control. In glycolysis, the responses catalyzed by hexokinase, phosphofructokinase, and pyruvate kinase are for all intents and purposes irreversible; subsequently, these proteins would be required to have administrative and in addition catalytic parts.
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