According to chemiosmotic hypothesis, ATP synthetase form ADP when protons `(H^+)`,

According to chemiosmotic hypothesis, ATP synthetase form ATP when protons (H^+) ,

According to the chemiosmotic hypothesis, the photosynthetic ATP formation occurs during the movement of protons from

According to the chemiosmotic hypothesis, the photosynthetic ATP formation occurs during the movement of protons from

According to the chemiosmotic hypothesis of ATP formation in the chloroplast, which one does not contribute to the development of proton gradient across the thylakoid membrane?

According to the chemiosmotic hypothesis of ATP formation in the chloroplast, which one does not contribute to the development of proton gradient across the thylakoid membrane?

Chemiosmotic hypothesis of ATP synthesis in chloroplasts is based on

According to chemiosmotic of P. Mitchell (1978), ATPs are synthesised on membranes due to the

According to chemiosmotic of P. Mitchell (1978), ATPs are synthesised on membranes due to the

choose correct option for chemiosmotic hypothesis of ATP formation in chloroplast (A).NADP reductase is located on lumen side of the thylakoid membrane (B).proton gradient across the membrane is generated due to pumping of protons as well as phytolysis of water (C). proton gradient breaks when proton move passively through F_0 particle (D). energy is not used to pump protons from stroma side to lumen side

Give an account of chemiosmotic hypothesis/proton pump.