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Biology 19 Online
OpenStudy (addonexus):

What is the significance of the H+ gradient? (Metabolism question)

OpenStudy (ookawaiioo):

What are your thoughts?

OpenStudy (addonexus):

well, since NADH and FADH2 are the carriers through the ETC they create an H+ gradient buildup. This flows through the ATP synthase, so I'm lead to believe it has something to do with the creation of ATP, perhaps being a source of energy.

OpenStudy (ookawaiioo):

Good job

OpenStudy (addonexus):

So it is the source of energy in ATP production in the ETC?

OpenStudy (ookawaiioo):

Its the driving force to make energy for the cell

OpenStudy (addonexus):

Ok, thank you.

OpenStudy (anonymous):

as it turns out, the H+ gradient generates more ATP than the whole substrate-level phosphorylation of glycolysis altogether. and because of the tight regulation of ATP synthase activity, it's besically on-demand energy generation. it's just a brilliant system.

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