Statement I: Chemiosmosis require a membrane, a proton pump, a proton gradient and ATP synthase. Statement II: The proton gradient is broken down due to movement of proton a cross the membrane to the lumen through the transmembrane channel of the ATP synthase.

Question

Statement I: Chemiosmosis require a membrane, a proton pump, a proton gradient and ATP synthase. Statement II: The proton gradient is broken down due to movement of proton a cross the membrane to the lumen through the transmembrane channel of the ATP synthase. (A) Only statement I is correct (B) Only statement II is correct (C) Both statements I and II are correct (D) Both statements I and II are incorrect

Tardigrade Admin · Accepted Answer

• Chemiosmosis require a membrane, a proton pump, a proton gradient and ATPase.
• The proton gradient is broken down due to movement of protons across the membrane to the stroma through the transmembrane channel of the

F_{0}

of the ATPase.

Q. Statement I : Chemiosmosis require a membrane, a proton pump, a proton gradient and ATP synthase. Statement II : The proton gradient is broken down due to movement of proton a cross the membrane to the lumen through the transmembrane channel of the ATP synthase.

Only statement I is correct

Only statement II is correct

Both statements I and II are correct

Both statements I and II are incorrect

• Chemiosmosis require a membrane, a proton pump, a proton gradient and ATPase. • The proton gradient is broken down due to movement of protons across the membrane to the stroma through the transmembrane channel of the F0​ of the ATPase.

Q. Statement I : Chemiosmosis require a membrane, a proton pump, a proton gradient and ATP synthase.
Statement II : The proton gradient is broken down due to movement of proton a cross the membrane to the lumen through the transmembrane channel of the ATP synthase.

• Chemiosmosis require a membrane, a proton pump, a proton gradient and ATPase.
• The proton gradient is broken down due to movement of protons across the membrane to the stroma through the transmembrane channel of the $F_{0}$ of the ATPase.