glycolysis will produce 2 ATP + 2 Pyruvate.as glycolysis happened in cytopalsm but not mitochondria, the 2NADH produced will have to be converted to 2FADH2 before it can b brought into the electron transport chain.
2 Pyruvate will den go thru Areobic Oxidation and 2 Acetyl CoA will be produced.
2 Acetyl CoA will den go into Citri Acid Cycle (Krebs Cycle) which will produce 24 ATP as 1 cycle will produce 12 ATP.since there's 2 Acetyl CoA, it'll den go thru 2 cycles which produces 24 ATP.
Thus, 6 ATP is produced from glycolysis, 6 ATP from the oxidation of 2 Pyruvate. 2 CO2 molecules, 3 NADH molecules, 1 FADH2 molecule and 1 GTP molecule will be produced from Krebs Cycle.
1 NADH produces 3 ATP
1 FADH2 produces 2 ATP
1 Kerbs Cycle produces 12 ATP
since there's 2 Acetyl CoA, it'll go thru 2 Kerbs Cycle, which produces 24 ATP.thus, in total, 36 ATP is produced from Citric Acid Cycle.
ARGH!tats all get into mi today.cant get the enzymes in.shit OBC!which kind soul is willing to provide sum hlp?i'll b most grateful.thanks.
- Catabolism vs Anabolism
- Stages of Catabolism
- Areobic vs Anareobic
- Cori Cycle
- Kerbs Cycle (Citric Acid Cycle)
- Electron Transport Chainfollowing
- ATP produced in each of the fllowing
pronounced dead - 430pm
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