Question

Glucose is taken up by red blood cells by binding to a specific pocket in a membrane protein that then allows it to cross the membrane and move down its concentration gradient. What would be the best explanation of this process?

Answer 1

Answer:

Facilitate diffusion by using a transporter

Explanation:

Facilitate diffusion is a type of transport in which a transporter protein is used to transport the molecule across the cell membrane along its concentration gradient. As the movement is along the concentration gradient and does not require energy so it is a type of diffusion.

Glucose travels in the cell by facilitating diffusion because it requires transporter to move across the cell along the concentration gradient. In facilitating diffusion the rate of transport in high than simple diffusion.

Answer 2

All the organism cells require glucose for energy and cell functioning. The solute travels in the body fluid and binds with receptors for crossing membranes to reach their targets.

The process by which the glucose molecules crosses the membrane and move along the concentration gradient is called Facilitated diffusion.

A transport system that uses transport proteins for moving the molecule across membranes in the direction of the gradient is called facilitated diffusion.

The movement is in the same direction as the gradient and hence does not require energy and simply diffuses.

Therefore, glucose molecules require transport proteins to diffuse in cell membranes.

To learn more about facilitated diffusion follow the link:

https://brainly.com/question/13846065