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19 Cards in this Set
- Front
- Back
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what are the electron carriers on Complex 1
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FMN, Fe/S groups
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what are the electron carriers on complex 2?
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FAD, Fe/S
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What are the Prosthetic groups on Complex 3?
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Cyt C, C1, BL, BH, and an Fe/S
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what are the electron carriers on Complex 4?
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HemeA/HemeA3, CuA, CuB
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What are the names oxidized/reduced Coenzyme Q called?
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Ubiquinone/Ubiquinol
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What are the reduced/oxidized forms of Flavin Proteins?
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FMN/FMNH2
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What are hte redox forms of Cu
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Cu2+/Cu+
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What are the reduced/oxidized forms of Flavin Proteins?
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FMN/FMNH2
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What are hte redox forms of Cu
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Cu2+/Cu+
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What are the redox forms of Fe?
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Fe3+/Fe2+
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how many ATP per NADH?
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2.5
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How many ATP per FADH2?
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1.5
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How many NADH generated by Glycolysis?
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2
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How do the 2 NADH from oxidation f G3P in glycolysis get to the ETC?
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NADH shuttle via Dihydroxyacetone Phosphate and then FAD. Enters Chain at Complex 3. This NADH then yields 1.5, not 2.5 ATP because it's actually via FADH2.
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What is the Glycerol Phosphate Shuttle?
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The shuttle that takes the NADH generated by G3P oxidation to FADH2 and then to Complex 3.
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What are the two enzymes used in the glycerol phosphate shuttle?
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Cytosolic Glycerol Phosphate Dehydrogenase
Mitochondrial Glycerol Phosphate Dehydrogenase. |
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What are the reduced cofactors generated by GLYCOLYSIS
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2 NADH, but really 2 FADH2.
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What are the reduced cofactors generated by the CAC?
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6 NADH
2FADH2 |
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how many molecules of ATP per:
-Acetyl Coenzyme A -Pyruvate -Glucose |
-10
-12.5 -30 |
