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19 Cards in this Set
- Front
- Back
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cytosol |
where glycolysis occurs |
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glycolysis |
decomposition of glucose to pyruvate |
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ATP, NADH, Pyruvate |
product of glycolysis |
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NADH, ATP, FADH2, CO2 |
Product of Krebs cycle |
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acetyl coenzyme A |
Pyruvate combines with coenzyme A to produce |
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energy |
electrons give up ___ to phosphorylate ADP to ATP |
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3 ATP |
NADH's electrons provide ___ ATP |
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2 ATP |
FADH2's electrons provides __ ATP |
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oxygen |
final electron acceptor |
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intermembrane space |
where [H+] accumulates |
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inner membrane/cristae |
where oxidative phosphorylation occurs |
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mitochondrial matrix |
where krebs cycle and conversion of pyruvate to acetyl coA occurs |
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ATP synthase |
responsible for phosphorylation of ADP to ATP |
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low pH |
intermembrane space has (high/low) pH than the matrix |
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ATP synthase |
allows the protons to flow back from the intermembrane to the matrix. |
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substrate level phosphorylation |
phosphate group AND its energy is transferred toADP to from ATP. (glycolysis) |
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oxidative phosphorylation |
phosphate group added to ADP to form ATP doesnot have the energy needed. |
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anaerobic respiration |
also occurs in cytosol, just like glycolysis |
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anaerobic respiration |
allows NADH to convert back to NAD+
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