`Na^(+)-K^(+)` pump is found in membranes of many cells, like nerve cells. It works against electo chemical gradient and involve an integral protin ATPase. For each molecule of ATP used

Na^+-K^+ pump is found in membrane of many cells, like nerve cells. It works against electrochemical gradient and involve an integral protein ATPase. For each molecule of ATP used

Na^+ - K^+ pump is found in membranes of many cells like nerve cells. It works against electrochemical gradient and involves an integral protein ATPase. At the cost of one ATP, ionic gradient across the resting member is maintained by Na^+ - K^+ pump by transporting

Na^+ - K^+ pump is found in membranes of many cells like nerve cells. It works against electrochemical gradient and involves an integral protein ATPase. At the cost of one ATP, ionic gradient across the resting member is maintained by Na^+ - K^+ pump by transporting

The Na^(+)//K^(+) pump is present in the plasma membrane of mammalian cells where it-

A transport which is carried out by membrane prote ins and uses energy to pump molecules against a concentration gradients is

A transport which is carried out by membrane prote ins and uses energy to pump molecules against a concentration gradients is

A transport which is carried out by membrane prote ins and uses energy to pump molecules against a concentration gradients is

Which of the following statements are correct regarding Na^ - K^+ pump? i) Needs energy (ATP) to work ii) Expels 3 Na^+ for every 2K^+ ions imported iii) Works against a concentration gradient iv) Maintains resting potential