A) An increase in oxidative phosphorylation
B) An increase in phosphofructokinase activity
C) An increase in NADH dehydrogenase activity
D) An increase in lactic acid levels
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Multiple Choice
A) Decarboxylation
B) Glycolytic
C) Carboxylation
D) Acetylation
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Multiple Choice
A) FADH2
B) ADP
C) NAD+
D) Oxygen
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Multiple Choice
A) Autotrophs
B) Heterotrophs
C) Oligotrophs
D) Chemotrophs
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Multiple Choice
A) acetyl-CoA joins the Citric acid cycle and unites with oxaloacetate →forming citrate →which forms beta-ketoglutarate → which forms succinyl-CoA → which forms succinate → which forms fumarate → which forms malate → which forms oxaloacetate
B) acetyl-CoA joins the Citric acid cycle and unites with oxaloacetate →forming citrate →which forms alpha-ketoglutarate → which forms succinyl-CoA → which forms succinate → which forms malate → which forms fumarate → which forms oxaloacetate
C) acetyl-CoA joins the Citric acid cycle and unites with oxaloacetate →which forms alpha-ketoglutarate → forming citrate → which forms succinyl-CoA → which forms succinate → which forms fumarate → which forms malate → which forms oxaloacetate
D) acetyl-CoA joins the Citric acid cycle and unites with oxaloacetate →forming citrate →which forms alpha-ketoglutarate → which forms succinyl-CoA → which forms succinate → which forms fumarate → which forms malate → which forms oxaloacetate
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Multiple Choice
A) ATP
B) Acetyl-CoA
C) Pyruvate
D) Oxygen
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Multiple Choice
A) ADP.
B) ATP.
C) NAD+.
D) pyruvate.
E) alcohol.
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Multiple Choice
A) Condensation
B) Reduction
C) Dehydrogenation
D) Decarboxylation
E) Isomerization
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Multiple Choice
A) Cleavage and rearrangement
B) Glucose priming
C) Oxidation
D) Pyruvate formation
E) Acetyl-CoA formation
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Multiple Choice
A) Decarboxylation
B) Reduction
C) Dehydrogenation
D) Oxidation
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Multiple Choice
A) 1 CO2,2 NADH,1 FADH2,1 ATP
B) 2 CO2,3 NADH,1 FADH2,1 ATP
C) 2 CO2,6 NADH,2 FADH2,2 ATP
D) 4 CO2,6 NADH,2 FADH2,2 ATP
E) 4 CO2,12 NADH,4 FADH2,4 ATP
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Multiple Choice
A) 1
B) 2
C) 4
D) 6
E) 9
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Multiple Choice
A) glucose.
B) citrate.
C) glyceraldehyde 3-phosphate (G3P) .
D) pyruvate.
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Multiple Choice
A) 10 ATP
B) 12.5 ATP
C) 25 ATP
D) 30 ATP
E) 11.5 ATP
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Multiple Choice
A) NAD+ is converted into NADH.
B) ATP is converted into ADP plus a phosphate group.
C) ADP is converted into ATP by the addition of a phosphate group.
D) NADH is converted into NAD+ plus a proton.
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Multiple Choice
A) They all lead to the generation of NADH.
B) They are all decarboxylation reactions.
C) They are all characterized by a loss of electrons from an organic molecule coupled to the reduction of an electron acceptor.
D) They all lead to substrate-level phosphorylation of ADP to generate ATP.
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Multiple Choice
A) In the presence of glucose,glycolysis will run to generate energy for the cell,but the Citric acid cycle will be inhibited.
B) Glycolysis will be inhibited,but the Citric acid cycle will be functional,allowing it to be utilized to break down acetyl-CoA generated from beta-oxidation.
C) The electron transport chain will be inhibited,causing a build-up of NADH and FADH2.This will inhibit the Citric acid cycle,but in the presence of glucose,glycolysis will still run coupled with fermentation to regenerate NAD+.
D) Glycolysis and the Citric acid cycle will both be inhibited,thus under these conditions there will be no mechanism to generate ATP.
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Multiple Choice
A) Glycolysis
B) The Citric acid cycle
C) The electron transport chain
D) Fermentation
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Multiple Choice
A) It inhibits glycolysis
B) It inhibits pyruvate oxidation
C) It inhibits the Citric acid cycle
D) It inhibits the electron transport chain
E) It inhibits ATP synthase
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