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Pyruvate oxidation- 1 pyruvate yields…
1 acetyl-CoA, 1 CO2, and 1 NADH
Citric Acid Cycle Step 1-Input—>Output, Enzyme used
Acetyl CoA—>Citrate (6 carbons), N/A
Citric Acid Cycle Step 2-Input—>Output, Enzyme used
Citrate—>Isocitrate, Isomerase
Citric Acid Cycle Step 3-Input—>Output, Enzyme used
NAD+ + Isocitrate—> a-ketoglutarate, NADH, H+, and CO2, dehydrogenase
Citric Acid Cycle Step 4-Input—>Output, Enzyme used
a-ketoglutarate, NAD+, CoA-SH—>Succinyl CoA, NADH, H+, and CO2, dehydrogenase
Citric Acid Cycle Step 5-Input—>Output, Enzyme used
Succinyl CoA, ADP, P—> ATP, CoA-SH, and Succinate, Dehydrogenase
Citric Acid Cycle Step 6-Input—>Output, Enzyme used
Succinate and FAD—> FADH2 and Fumarate, dehydrogenase
Citric Acid Cycle Step 7-Input—>Output, Enzyme used
Fumarate and H2O—> Malate
Citric Acid Cycle Step 8-Input—>Output, Enzyme used
Malate and NAD+—> NADH, H+, and Oxaloacetate, dehydrogenase
Difference between eukaryote and prokaryote pyruvate oxidation
eukaryotes have a shuttle tax (subtract one ATP per one NADH created)