estion 5 of 15>Intestinal epithelial cells pump glucose into the cell against its concentration gradient using the Nat-glucose symporter. Recallthat the Na+ concentration is significantly higher outside the cell than inside the cell. The symporter couples the "downhill"transport of two Na+ ions into the cell to the "uphill" transport of glucose into the cell.AGglucIf the Na+ concentration outside the cell ([Na+]out) is 143 mM and that inside the cell ([Na+]in) is 19.0 mM, and the cellpotential is -53.0 mV (inside negative), calculate the maximum energy available for pumping a mole of glucose into the cell.Assume the temperature is 37 °C.=kJmolAttempt 14What is the maximum ratio of [glucose] in to [glucose loutthat could theoretically be produced if the energycoupling were 100% efficient?3.3 x 10-4O 1.133.0 × 10³8.01

Enthalpy and entropy are combined to form the Gibbs free energy. The combination of the system's…

Intestinal epithelial cells pump glucose into the cell against its concentration gradient using the Na-glucose symporter. Recall that the Na+ concentration is significantly higher outside the cell than inside the cell. The symporter couples the "downhill" transport of two Na+ ions into the cell to the "uphill" transport of glucose into the cell. If the Na+ concentration outside the cell ([Na+ lout) is 143 mM and that inside the cell ([Na* lin) is 19.0 mM, and the cell potential is -53.0 mV (inside negative), calculate the maximum energy available for pumping a mole of glucose into the cell. Assume the temperature is 37 °C. AGgluc = kJ mol What is the maximum ratio of [glucose] in to [glucose]out that could theoretically be produced if the energy coupling were 100% efficient? 3.3 x 10-4 1.13 3.0 x 10³ 8.01

Intestinal epithelial cells pump glucose into the cell against its concentration gradient using the Na-glucose symporter. Recall that the Na+ concentration is significantly higher outside the cell than inside the cell. The symporter couples the "downhill" transport of two Na+ ions into the cell to the "uphill" transport of glucose into the cell. If the Na+ concentration outside the cell ([Na+ lout) is 143 mM and that inside the cell ([Na* lin) is 19.0 mM, and the cell potential is -53.0 mV (inside negative), calculate the maximum energy available for pumping a mole of glucose into the cell. Assume the temperature is 37 °C. AGgluc = kJ mol What is the maximum ratio of [glucose] in to [glucose]out that could theoretically be produced if the energy coupling were 100% efficient? 3.3 x 10-4 1.13 3.0 x 10³ 8.01

Biochemistry

6th Edition

ISBN:9781305577206

Author:Reginald H. Garrett, Charles M. Grisham

Publisher:Reginald H. Garrett, Charles M. Grisham

Chapter31: Completing The Protein Life Cycle: Folding, Processing, And Degradation

Section: Chapter Questions

Problem 10P

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