The concentration of glucose in the digestive tube cell is higher than that of the digestive tube lumen. Glucose enters the cell from the digestive tube lumen through transport protein Y; this movement is driven by the movement of sodium through transport protein Y. Glucose is therfore moving into the cell by: O faciltated diffusion O secondary active transport; energy is used directly to move sodium from the digestive tube lumen into the cell O secondary active transport; energy is used directly to move sodium from the digestive tube cell into the blood O primary active transport; energy is used directly to move the glucose from the digestive tube lumen into the cell

The concentration of glucose in the digestive tube cell is higher than that of the digestive tube lumen. Glucose enters the cell from the digestive tube lumen through transport protein Y; this movement is driven by the movement of sodium through transport protein Y. Glucose is therfore moving into the cell by: O faciltated diffusion O secondary active transport; energy is used directly to move sodium from the digestive tube lumen into the cell O secondary active transport; energy is used directly to move sodium from the digestive tube cell into the blood O primary active transport; energy is used directly to move the glucose from the digestive tube lumen into the cell

Essentials of Pharmacology for Health Professions

7th Edition

ISBN:9781305441620

Author:WOODROW

Publisher:WOODROW

Chapter5: Abbreviations And Systems Of Measurement

Section: Chapter Questions

Problem 11CRQ

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