Biology, 09.10.2019 16:10 temily0303
1) glycogen phosphorylase catalyzes the removal of glucose from glycogen. the ∆g°’ for this reaction is 3.1 kj/mole 1. calculate the ratio of [pi]/[glucose-1-phosphate] when the reaction is at equilibrium. assume a temperature of 37 °c. (hint: the removal of glucose units from glycogen does not change the glycogen concentration. and yes, i do mean pi/glucose-1-phosphate, not the other way around2) the measured ratio of [pi]/[glucose-1-phosphate] in myocytes (muscle cells) under physiological conditions is more than 100: 1. this system is not at equilibrium under physiological conditions. 2. why would a reaction in a cell (and especially a reaction that is part of a larger pathway) not exist at equilibrium? 3)what does the ratio of [pi]/[glucose-1-phosphate] tell you about the relative rates of glycogen phosphorylase and phosphoglucomutase in myocytes?
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1) glycogen phosphorylase catalyzes the removal of glucose from glycogen. the ∆g°’ for this reaction...
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