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balance equation for degradation of glucose is
1 glucose + 6O2 --> 6CO2 + 6H2O
I can't find where all the water are coming from
I know there are 2H20 from glycolysis
so 4 must be coming from the electron transport chain
I guess my question is when NADH donates the electron that goes through the chain how many NADH does it take to produce the rest of the 4 molecules of H20 ?
I just know that 1/2 O2 is reduced to water at the end of etc but as far how that whole scheme produce 4 molecules of water with about 20 NADH entering the chain is confusing to me.
anybody care to enlighten me?
1 glucose + 6O2 --> 6CO2 + 6H2O
I can't find where all the water are coming from
I know there are 2H20 from glycolysis
so 4 must be coming from the electron transport chain
I guess my question is when NADH donates the electron that goes through the chain how many NADH does it take to produce the rest of the 4 molecules of H20 ?
I just know that 1/2 O2 is reduced to water at the end of etc but as far how that whole scheme produce 4 molecules of water with about 20 NADH entering the chain is confusing to me.
anybody care to enlighten me?