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Cellular resperation begins with
Glycolysis
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Glycolysis converts glucose to
2 pyruvate
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Glycolysis occurs in the
cytosol
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Cellullar resperation produces
ATP
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Fermentation regenerates
NADH
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germentation converts pyruvate to lactice acid called
lactic acid fermintation
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Fermentation convers pyruvate to ethenol and
CO2
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Ethenol and CO2 called
Alchol Fermentation
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ATP is used to carry out-
Metabolism
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2 pyruvate in 3 distinct phases, Phase 1
Energy Investment
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2 pyruvate in 3 distinct phases, Phase 2
Clevage
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2 Pyruvate in 3 distinct phases, Phase 3
Energy Liberation
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Energy investment uses 2 ATP to produce
Fructose 1 b- biphosphate
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THe clevage phase produces
2 Glychrdhe 3 Phosphate (G3P)
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G3P is converted by
Energy Liberation
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Energy Liberation generates 2 ______ and 4 _______
2 NADH and 4 ATP
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4 ATP from the energy liberation phase via
Electron Transport Chain
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When Oxygen is present its called ___________.
Aerobic
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Aerobic resperation in eukaryotic cells occurs in the _______.
Cytosol
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Aerobic resperation uses an enzyme called __________.
Pyruvate dehydrogenase
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Pyruvate dehydrogenase oxidizes pyruvate to form 2 ______, 2 ________, 2 _______.
2 CO2, 2 Acatelie COA, 2 NADH
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The co2 from the oxidation of the pydruvate dehydrogenase is release to ______.
the atmosphere
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2 Acatellie COA enters the ___________.
Citric acid cycle.
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The citric acid cycle combines acetic acid with _______.
oxaloactitate
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Oxaloacitate forms ________.
Citric acid
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Citic acid is broken down to regenerate _______.
Oxaloacitate
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The citric acid cycle yields 6 _______, 2 _______, 2 _______, 4 ________.
6 NADH, 2 FADH2, 2 GTP, 4 Co2
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The electron transport chain passes electrons to
NADH dehydrogenase
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After the electrons are passed from the NADH dehydrogenase it goes to ____________ and ______________.
Cytochrome b- cl and Cytochrome Oxidase
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NADH dehydrogenase, Cytochrome b-cl and Cytochrome oxidase are all _______.
Proton Pumps
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Proton pumps are used to create
ATP
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Proton pumps are used to create ATP across
Inner mitochondrial membrane
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Proton pumps are used to create ATP when H+ flows back into the ___.
Matrix
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When the ATP flows back into the matrix through the membrane embedded portion of _________.
ATP sythase
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ATP Sythase via a process called ________.
Chemosis
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Electron Transport Chain provides energy to facilitate ______.
Chemosis
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