This protein is the target of glycosides such as digitalis that improve heart performance, as inhibiting this protein increases the concentration of calcium ions, causing stronger muscle contractions. Essential for maintaining osmotic balance and therefore cellular volume, in the gut, ionic gradients maintained by this protein are used for import of glucose. Consisting of two subunits, it is important in neurons for the creation of action potentials and for maintaining the resting state. Requiring the hydrolysis of ATP for function, FTP, name this enzyme located in the cell membrane that moves two cations into the cell for every three cations that are exported.
This protein is the target of glycosides such as digitalis that improve heart performance, as inhibiting this protein increases the concentration of calcium ions, causing stronger muscle contractions. Essential for maintaining osmotic balance and therefore cellular volume, in the gut, ionic gradients maintained by this protein are used for import of glucose. Consisting of two subunits, it is important in neurons for the creation of action potentials and for maintaining the resting state. Requiring the hydrolysis of ATP for function, FTP, name this enzyme located in the cell membrane that moves two cations into the cell for every three cations that are exported.
This protein is the target of glycosides such as digitalis that improve heart performance, as inhibiting this protein increases the concentration of calcium ions, causing stronger muscle contractions.
sodium-potassium pump or sodium-potassium ATPase (accept Na/K abbreviation)