Which of the following will NOT speed up the net rate of diffusion for glucose into...
Which of the following will NOT speed up the net rate of diffusion for glucose into a cell?
Which of the following will NOT speed up the net rate of diffusion for glucose into a cell?
| Increasing the number of glucose transport proteins within the plasma membrane. |
| Decreasing the number of phospholipids in the plasma membrane. |
| Increasing the concentration of glucose outside of the cell. |
| Decreasing the concentration of glucose within the cell. |
Homework Answers
which of the following will not speed up the net rate of diffusion for glucose into a cell?
answer
decreasing the number of phospholipids in the plasma membrane
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Which of the following will NOT speed up the net rate of
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33) Which of the following is most likely true of a protein that cotransports glucose and...
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Please summarize this chapter typed clearly. Diffusion Is a passive process of transport. A single substance...
Please summarize this chapter
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33) Which of the following is most likely true of a protein that cotransports glucose and sodium ions into the intestinal cells of an animal? A) Sodium and glucose bind to the same site on the cotransporter. B) Transport of glucose against its concentration gradient provides energy for uptake of sodium ions against the electrochemical gradient. C) Sodium ions can be transported whether or not glucose is present outside the cell, but glucose transport requires cotransport of sodium ions. D)...
09. Which of the followine statements regarding channel proteins (shown below (shown below) is for propratic of all a. Channel proteins can assist polar molecules to cross the plasma membrane by facilitated diffusion b. The gated ion channel can allow ions to pass when stimulated to open. c. The surface of a channel protein in contact with the bilayer would likely have hydrophilic amino acids d. Water plays a role in determining which ions are allowed to pass through an...
ane Transport - Facilitated Diffusion Side with higher concentration of molecules Transport protein Plasma membrane Facilitated diffusion causes a net movement of molecules down their concentration gradient. mework : Membrane Transport - Active Transport Side with higher concentration of square molecules Transport protein Energy input from the cell Plasma membrane Side with lower concentration of square molecules
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typed clearly.
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