3 Na+ ions attach to the transporter. ATP hydrolyzes, releasing a phosphate which binds to the transporter, causing a conformational change that releases the Na+ ions and phosphate to the cytosol. The decrease in Na+ ions causes an electrochemical gradient in the cell which attracts the K+ ions to the transporter which are brought in passively due to the electrochemical gradient. This maintains the membrane potential and osmotic pressure of the cell.
my answer would be a sodium potassium, clot buster used for thrombis or pulmonary emboli.
ATPase Is an enzyme that works in and around the membrane to break down ATP (Energy Made By The Mitochondria) into ADP
A nak is an informal term for a female yak.
Thesodium-potassium pump uses active transport to move 3 sodium ions to the outside of the cell for each 2 potassium ions that it moves in.
The relative concentration of sodium (Na+) and potassium (K+) in the neuron with respect to their concentration in the extracellular space is what causes the electrical potential and the differential concentration is established by a Na-K Atpase which exudes sodium and transports potassium into the neuron.
my answer would be a sodium potassium, clot buster used for thrombis or pulmonary emboli.
ATPase pumps the protons out of the system which gives reducing power
Cell transport (food in, waste out) is driven by the Na+/K+ ATPase pump. Works for both plants and animals.
ATPase Is an enzyme that works in and around the membrane to break down ATP (Energy Made By The Mitochondria) into ADP
Na+/K+ ATPase active transport pump
Sodium potassium ATPase pump.
A nak is an informal term for a female yak.
NAK is for "negative acknowledgement"
Chan Nak died in 1954.
Morteza Nak's population is 98.
Chan Nak was born in 1892.
Herman Nak was born in 1895.