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10 Jan 2018
In considering active transport by Na+ -K+ -ATPase at body temperature (37o C), 3 Na+ are pumped out of the cell and 2 K+ are pumped in for each ATP that is hydrolyzed to ADP + Pi. Given that under your experimental conditions, the ÎG for ATP hydrolysis is -10 kcal/mol, and that V is -60 mV, and that the pump maintains the internal Na+ at 10mM, external Na+ at 120 mM, internal K+ at 120 mM and external K+ at 8mM, what is the efficiency of the pump (i.e., what fraction of the energy available from ATP hydrolysis is required to drive transport at the provided levels)?
In considering active transport by Na+ -K+ -ATPase at body temperature (37o C), 3 Na+ are pumped out of the cell and 2 K+ are pumped in for each ATP that is hydrolyzed to ADP + Pi. Given that under your experimental conditions, the ÎG for ATP hydrolysis is -10 kcal/mol, and that V is -60 mV, and that the pump maintains the internal Na+ at 10mM, external Na+ at 120 mM, internal K+ at 120 mM and external K+ at 8mM, what is the efficiency of the pump (i.e., what fraction of the energy available from ATP hydrolysis is required to drive transport at the provided levels)?
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24 Nov 2023
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12 Jan 2018
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