Which statement would be true of a membrane-bound protein that works in conjunction with a sodium–potassium pump during secondary active transport?.

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25-01-2022
Biology

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Which statement would be true of a membrane-bound protein that works in conjunction with a sodium–potassium pump during secondary active transport?.

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sandlee09 sandlee09 · Answer 1 · 2022-01-31T12:05:30+01:00

One statement that would be true of a membrane-bound protein that works in conjunction with a sodium-potassium pump during secondary active transport would be that it will only activate when both a specific small molecule and ion bond to it.

What we know about these mechanisms.

They are both secondary transport mechanisms.
They will often work in conjunction as a form of concentration regulation.
They are substrate specific, meaning the protein will need to bond with a specific small molecule while the pump will need the presence of a specific ion.
Since they work together, they will require that both parts have bonded with their substrate in order to activate.

Therefore, given that the statement in the question describes membrane-bound carrier proteins that work in conjunction with ionic pumps, we can confirm that this is done as a form of concentration regulation, to ensure that one does not activate without the other, therefore, they will need a specific ion and molecule to bond in order to activate.

To learn more about membrane proteins visit:

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