In intestinal epithelial cells, Na+ is in higher concentrations outside of the cells. This gradient provides the energy for the symport of glucose into the cells. Which of the following explain how this transport mechanism works. (Check all that apply.)

A. Carrier mediated transport of glucose into the cells
B. Active transport of sodium out of the cell
C. Active transport of sodium into the cell
D. Active transport of potassium out of the cell
E. Carrier mediated transport of sodium into the cell


Answer: E

Anatomy & Physiology

You might also like to view...

Use the following key to choose the best answer.A. The first item is greater than the second item.B. The first item is less than the second item.C. The first item is equal or nearly equal to the second item.(1) Heat loss wearing a hat(2) Heat loss without a hat

Fill in the blank(s) with the appropriate word(s).

Anatomy & Physiology

Discuss the role of calcium ions in the transmission of an action potential at the synapse

What will be an ideal response?

Anatomy & Physiology

Which of the following helped adapt the human skull for bipedalism compared with an ape’s skull?

A. The foramen magnum is more posterior. B. The foramen magnum is more superior. C. The face is flatter. D. There is more weight anterior to the occipital condyles.

Anatomy & Physiology

Denticulate ligaments are thickenings of

a) arachnoid mater. b) pia mater. c) dura mater. d) interstitial fluid. e) subdural space.

Anatomy & Physiology