What is one of the benefits of transporting sodium against its concentration gradient?

Question

Question

science biology

Answer 1

Answer #1

So that it can be used in exchangers or exchange pumps as it is used in transporting glucose say for example

Answer 2

Similar Homework Help Questions

What is wrong with this? Transporting molecules across cell membranes AGAINST the prevailing concentration gradient requires...

What is wrong with this? Transporting molecules across cell membranes AGAINST the prevailing concentration gradient requires organelles and sodium. The rough endoplasmic reticulum is a membrane system associated with apoptosis. Phospholipids have polar tails. Phagocytosis means cell death. The primary site of chemical energy production occurs in the cell membrane.
moving a large molecule such as glucose against its own concentration gradient and in the opposite...

moving a large molecule such as glucose against its own concentration gradient and in the opposite direction of passive diffusion of NA+ is Moving a large molecule such as glucose against its own concentration gradient and in the opposite direction of passive diffusion of Natis: Co-Transport B. Facilitated Diffusion c Primary Active Transport Counter-Transport
The movement of glucose into the cell, against its concentration gradient, can be powered by the...

The movement of glucose into the cell, against its concentration gradient, can be powered by the co-transport of Na+ into the cell. Explain this movement with respect to the net entropy of the system (i.e. thermodynamics).

Calcium ions move out of the cell against a concentration gradient. What drives this active transport?...

Calcium ions move out of the cell against a concentration gradient. What drives this active transport? a) vesicles fusing with the membrane b) receptor-mediated exocytosis c) diffusion d) hydrolysis of ATP
How is glucose moved across the cell membrane against a concentration gradient? I did not get...

How is glucose moved across the cell membrane against a concentration gradient? I did not get good notes on this during biochem today. I think it is to involve sodium-glucose transporter sorta thing? Thank you for your help, (I know this is bio related, but it is for biochem and at my uni it is more of a chem based class than bio)
What type of active transport directly uses ATP energy to pump a solute against its concentration...

What type of active transport directly uses ATP energy to pump a solute against its concentration gradient? Which type relies on a proton-motive force?

Transporters move molecules against their concentration gradient by: A. Facilitating passive diffusion. B. Using the energy...

Transporters move molecules against their concentration gradient by: A. Facilitating passive diffusion. B. Using the energy of ATP hydrolysis. C. Coupling to the concentration gradient of another molecule. D. A and B E. B and C F. A and C G. None of the above. H. All of the above
Facilitated diffusion: A) transports solute up its concentration gradient. B) transports solute down its concentration gradient....

Facilitated diffusion: A) transports solute up its concentration gradient. B) transports solute down its concentration gradient. C) does not require a transport protein. D) requires ATP hydrolysis for transport to occur.
How is glucose moved across the cell membrane against a concentration gradient? I did not get good notes on this during...

How is glucose moved across the cell membrane against a concentration gradient? I did not get good notes on this during biochem today. I think it is to involve sodium-glucose transporter sorta thing? Thank you for your help, (I know this is bio related, but it is for biochem and at my uni it is more of a chem based class than bio)

The Nat -k* pump uses the energy of Nat moving down its concentration gradient to pump...

The Nat -k* pump uses the energy of Nat moving down its concentration gradient to pump k up its concentration gradient. Answers A-B A True B False Voltage-gated Na* channels exist in three distinct conformations in axons because Answers A-D A they assume an inactivated conformation shortly after opening, which ensures that the action potential cannot move backwards toward the cell body. B they change conformation when binding Nat and transporting it to the opposite side of the membrane before...