Deck 11: Metabolism: From Food to Life
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Deck 11: Metabolism: From Food to Life
1
What is the end product after glucose undergoes glycolysis?
A)glucose-6-phosphate
B)pyruvate
C)glucagon
D)maltose
A)glucose-6-phosphate
B)pyruvate
C)glucagon
D)maltose
B
2
In the absence of oxygen,pyruvate is converted to:
A)acetyl CoA.
B)phosphoenolpyruvate.
C)lactic acid.
D)citrate.
A)acetyl CoA.
B)phosphoenolpyruvate.
C)lactic acid.
D)citrate.
C
3
How many ATP are produced in anaerobic glycolysis from one pyruvate molecule?
A)0
B)1
C)2
D)3
A)0
B)1
C)2
D)3
A
4
The primary high-energy molecule in human metabolism is:
A)nicotinamide adenine dinucleotide (NAD).
B)alcohol.
C)glucose.
D)adenosine triphosphate (ATP).
A)nicotinamide adenine dinucleotide (NAD).
B)alcohol.
C)glucose.
D)adenosine triphosphate (ATP).
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5
The oxidation-reduction reactions that produce energy require which of the following coenzymes?
A)vitamin C
B)B-vitamins
C)minerals
D)antioxidants
A)vitamin C
B)B-vitamins
C)minerals
D)antioxidants
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6
A molecule that gives up electrons is:
A)reduced.
B)condensed.
C)oxidized.
D)hydrolyzed.
A)reduced.
B)condensed.
C)oxidized.
D)hydrolyzed.
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7
Disaccharides are catabolized to monosaccharides through a ________ reaction.
A)dehydration synthesis
B)hydrolysis
C)phosphorylation
D)hydrogen bonding
A)dehydration synthesis
B)hydrolysis
C)phosphorylation
D)hydrogen bonding
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8
The process of making large molecules from smaller ones is called:
A)catabolism.
B)anabolism.
C)hydrolysis.
D)metabolism.
A)catabolism.
B)anabolism.
C)hydrolysis.
D)metabolism.
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9
The process of breaking down large molecules to release energy is called:
A)catabolism.
B)anabolism.
C)hydrolysis.
D)metabolism.
A)catabolism.
B)anabolism.
C)hydrolysis.
D)metabolism.
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10
Disaccharides are formed by what type of reaction?
A)dehydration synthesis
B)hydrolysis
C)hydrogen bonding
D)phosphorylation
A)dehydration synthesis
B)hydrolysis
C)hydrogen bonding
D)phosphorylation
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11
When oxygen is plentiful,pyruvate from glucose is converted to:
A)acetyl CoA.
B)glycogen.
C)fatty acid.
D)lactic acid.
A)acetyl CoA.
B)glycogen.
C)fatty acid.
D)lactic acid.
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12
Which of the following reactions represents dephosphorylation?
A)breakdown of ATP
B)synthesis of sucrose
C)breakdown of maltose
D)synthesis of glucose phosphate
A)breakdown of ATP
B)synthesis of sucrose
C)breakdown of maltose
D)synthesis of glucose phosphate
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13
An anabolic reaction in which water is released as a by-product is called:
A)hydrolysis.
B)dehydration synthesis.
C)phosphorylation.
D)dephosphorylation.
A)hydrolysis.
B)dehydration synthesis.
C)phosphorylation.
D)dephosphorylation.
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14
Which cellular organelle is the primary site of ATP production?
A)ribosome
B)cytoplasm
C)endoplasmic reticulum
D)mitochondrion
A)ribosome
B)cytoplasm
C)endoplasmic reticulum
D)mitochondrion
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15
The final stage of glucose oxidation,which is carried out in the inner membranes of the mitochondria,involves which series of reactions?
A)oxidation-reduction
B)tricarboxylic acid (TCA)cycle
C)electron transport chain
D)beta-oxidation
A)oxidation-reduction
B)tricarboxylic acid (TCA)cycle
C)electron transport chain
D)beta-oxidation
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16
Oxidative phosphorylation metabolism ultimately yields:
A)carbon dioxide.
B)nitrogen and sucrose.
C)ATP and water.
D)glucose.
A)carbon dioxide.
B)nitrogen and sucrose.
C)ATP and water.
D)glucose.
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17
Which of the following cells rely on anaerobic metabolism for adenosine triphosphate (ATP)production?
A)liver cells
B)epidermis
C)red blood cells
D)neurons
A)liver cells
B)epidermis
C)red blood cells
D)neurons
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18
The glycolysis of glucose occurs in which cellular component?
A)mitochondrion
B)cytosol
C)nucleus
D)intercellular fluid
A)mitochondrion
B)cytosol
C)nucleus
D)intercellular fluid
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19
In oxidation-reduction reactions,what is exchanged?
A)electrons
B)neutrons
C)protons
D)quarks
A)electrons
B)neutrons
C)protons
D)quarks
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20
The first step of glycolysis is:
A)deamination of glucose.
B)dephosphorylation of glucose.
C)phosphorylation of glucose.
D)condensation of glucose to lactate.
A)deamination of glucose.
B)dephosphorylation of glucose.
C)phosphorylation of glucose.
D)condensation of glucose to lactate.
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21
The primary anabolic hormone is:
A)cortisol.
B)epinephrine.
C)glucagon.
D)insulin.
A)cortisol.
B)epinephrine.
C)glucagon.
D)insulin.
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22
The process of producing glucose from noncarbohydrate sources is called:
A)glycolysis.
B)gluconeogenesis.
C)glycogenolysis.
D)lipolysis.
A)glycolysis.
B)gluconeogenesis.
C)glycogenolysis.
D)lipolysis.
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23
The primary energy molecule for human metabolism is:
A)glucagon.
B)adenosine triphosphate (ATP).
C)adenosine diphosphate (ADP).
D)nicotinamide adenine dinucleotide (NAD).
A)glucagon.
B)adenosine triphosphate (ATP).
C)adenosine diphosphate (ADP).
D)nicotinamide adenine dinucleotide (NAD).
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24
Adenosine triphosphate (ATP)can be synthesized from adenosine monophosphate (AMP)and adenosine diphosphate (ADP)through the process of:
A)phosphorylation.
B)dephosphorylation.
C)hydrolysis.
D)deamination.
A)phosphorylation.
B)dephosphorylation.
C)hydrolysis.
D)deamination.
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25
In the first step of alcohol oxidation,the action of alcohol dehydrogenase (ADH)converts ethanol into:
A)methanol.
B)pyruvate.
C)acetaldehyde.
D)acetyl CoA.
A)methanol.
B)pyruvate.
C)acetaldehyde.
D)acetyl CoA.
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26
The tricarboxylic acid (TCA)cycle is a continuous circle of how many metabolic reactions?
A)4
B)8
C)11
D)21
A)4
B)8
C)11
D)21
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27
For a person who chronically abuses alcohol,which pathway becomes important in metabolizing large amounts of alcohol?
A)microsomal ethanol oxidizing system (MEOS)
B)first pass
C)alcohol dehydrogenase
D)aldehyde dehydrogenase
A)microsomal ethanol oxidizing system (MEOS)
B)first pass
C)alcohol dehydrogenase
D)aldehyde dehydrogenase
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28
Glucose is stored in the body as:
A)triglyceride.
B)glycogen.
C)fatty acid.
D)gluconeogenesis.
A)triglyceride.
B)glycogen.
C)fatty acid.
D)gluconeogenesis.
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29
The reaction between acetyl CoA and oxaloacetate yields ________,the starting molecule in the tricarboxylic acid (TCA)cycle.
A)pyruvate
B)citrate
C)ATP
D)carbon dioxide
A)pyruvate
B)citrate
C)ATP
D)carbon dioxide
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30
Juan ate a healthy,well-balanced meal three hours ago and is resting comfortably on the couch.Which metabolic pathway is providing most of his ATP?
A)beta-oxidation
B)glycolysis
C)gluconeogenesis
D)lipogenesis
A)beta-oxidation
B)glycolysis
C)gluconeogenesis
D)lipogenesis
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31
Which of the following enzymes facilitates the release of fatty acids into the blood?
A)hormone-sensitive lipase
B)hexokinase
C)pepsin
D)peptidase
A)hormone-sensitive lipase
B)hexokinase
C)pepsin
D)peptidase
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32
The oxidation of alcohol occurs primarily in the:
A)pancreas.
B)stomach.
C)bloodstream.
D)liver.
A)pancreas.
B)stomach.
C)bloodstream.
D)liver.
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33
Fruity breath is a sign of:
A)lipolysis.
B)ketoacidosis.
C)lacticacidosis.
D)glycogenolysis.
A)lipolysis.
B)ketoacidosis.
C)lacticacidosis.
D)glycogenolysis.
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34
The catabolism of triglycerides is called:
A)glycolysis.
B)TCA.
C)lipolysis.
D)lipogenesis.
A)glycolysis.
B)TCA.
C)lipolysis.
D)lipogenesis.
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35
Which of the following metabolic pathways occurs in the cytosol of the cell?
A)glycolysis
B)TCA
C)electron transport chain
D)beta-oxidation
A)glycolysis
B)TCA
C)electron transport chain
D)beta-oxidation
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36
Which molecule is common to the metabolism of carbohydrates,fatty acids,amino acids,and alcohol?
A)phosphofructokinase
B)hexokinase
C)carnitine
D)acetyl CoA
A)phosphofructokinase
B)hexokinase
C)carnitine
D)acetyl CoA
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37
Which hormone secreted by the pancreas triggers the catabolism of glycogen?
A)glucagon
B)epinephrine
C)testosterone
D)cortisol
A)glucagon
B)epinephrine
C)testosterone
D)cortisol
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38
Which of the following situations will result in a buildup of ketones in the blood?
A)low carbohydrate availability
B)low levels of acetyl CoA due to increased fat mobilization
C)excess of tricarboxyl acid (TCA)-cycle intermediates
D)high-carbohydrate diet
A)low carbohydrate availability
B)low levels of acetyl CoA due to increased fat mobilization
C)excess of tricarboxyl acid (TCA)-cycle intermediates
D)high-carbohydrate diet
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39
The end products of deamination are ammonia and:
A)nitrogen.
B)carbon skeleton.
C)ATP.
D)carbon dioxide.
A)nitrogen.
B)carbon skeleton.
C)ATP.
D)carbon dioxide.
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40
Which metabolic pathway will predominate after eating a balanced meal?
A)lipolysis
B)gluconeogenesis
C)oxidative glycolysis
D)deamination
A)lipolysis
B)gluconeogenesis
C)oxidative glycolysis
D)deamination
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41
What is the name of the molecule that results from the removal of two phosphates from ATP?
A)adenosine diphosphate (ADP)
B)adenosine monophosphate (AMP)
C)nicotinamide adenine dinucleotide (NAD)
D)flavin adenine dinucleotide (FAD)
A)adenosine diphosphate (ADP)
B)adenosine monophosphate (AMP)
C)nicotinamide adenine dinucleotide (NAD)
D)flavin adenine dinucleotide (FAD)
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42
The removal of a phosphate is called:
A)dephosphorylation.
B)deamination.
C)hydrolysis.
D)oxidation-reduction.
A)dephosphorylation.
B)deamination.
C)hydrolysis.
D)oxidation-reduction.
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43
As we sleep,the body maintains blood glucose levels by synthesizing glucose through:
A)gluconeogenesis.
B)lipolysis.
C)proteolysis.
D)hydrolysis.
A)gluconeogenesis.
B)lipolysis.
C)proteolysis.
D)hydrolysis.
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44
After a meal has been consumed and its nutrients absorbed,what are the primary metabolic processes occurring in the body?
A)anabolic
B)catabolic
C)gluconeogenic
D)ketonic
A)anabolic
B)catabolic
C)gluconeogenic
D)ketonic
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45
Catabolism results in a release of chemical energy.
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46
Petra is an endurance athlete who has just completed the Boston Marathon.Which of the following foods would BEST help her replenish her glycogen stores?
A)fried chicken
B)whole-milk mozzarella
C)sirloin steak
D)spaghetti
A)fried chicken
B)whole-milk mozzarella
C)sirloin steak
D)spaghetti
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47
In order to be used to produce energy for the body,protein-unlike carbohydrates and lipids-must first be stripped of:
A)carbon.
B)nitrogen.
C)hydrogen.
D)oxygen.
A)carbon.
B)nitrogen.
C)hydrogen.
D)oxygen.
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48
Elevated levels of the hormone ________,coupled with a sedentary lifestyle,have been linked to an increased risk of excess belly fat and glucose intolerance.
A)insulin
B)glucagon
C)epinephrine
D)cortisol
A)insulin
B)glucagon
C)epinephrine
D)cortisol
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49
A cofactor that contains carbon is known as a:
A)carbohydrate.
B)lipid.
C)coenzyme.
D)carnitine.
A)carbohydrate.
B)lipid.
C)coenzyme.
D)carnitine.
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50
For people with type 2 diabetes,the hormone insulin triggers:
A)glycogen,triglyceride,and protein anabolism.
B)protein catabolism.
C)essential fatty acid catabolism.
D)glucose catabolism.
A)glycogen,triglyceride,and protein anabolism.
B)protein catabolism.
C)essential fatty acid catabolism.
D)glucose catabolism.
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51
When we eat more Calories than we need,the body responds by using:
A)fat for energy and carbohydrates for storage as glycogen.
B)protein for energy and carbohydrates converted to body fat.
C)carbohydrates for energy and dietary fats stored as body fat.
D)ketones for energy and proteins converted to body fat.
A)fat for energy and carbohydrates for storage as glycogen.
B)protein for energy and carbohydrates converted to body fat.
C)carbohydrates for energy and dietary fats stored as body fat.
D)ketones for energy and proteins converted to body fat.
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52
In response to a drop in blood glucose,the concentration of the hormone ________ increases to stimulate the release of glucose from glycogen.
A)insulin
B)glucagon
C)epinephrine
D)cortisol
A)insulin
B)glucagon
C)epinephrine
D)cortisol
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53
Which of the following activates the phosphorylation of glucose?
A)glucokinase
B)glucagon
C)pyruvate
D)ammonia
A)glucokinase
B)glucagon
C)pyruvate
D)ammonia
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54
Carbohydrates,ketogenic amino acids,and alcohol can be converted to body fat through the process of:
A)proteolysis.
B)lipogenesis.
C)lipolysis.
D)liposuction.
A)proteolysis.
B)lipogenesis.
C)lipolysis.
D)liposuction.
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55
What are the three end products of the oxidation-reduction reactions involved in metabolism?
A)glucose,pyruvate,and adenosine diphosphate (ADP)
B)sucrose,lactate,and adenosine monophosphate (AMP)
C)acetyl CoA,nitrogen,and flavin adenine dinucleotide (FAD)
D)water,carbon dioxide,and ATP
A)glucose,pyruvate,and adenosine diphosphate (ADP)
B)sucrose,lactate,and adenosine monophosphate (AMP)
C)acetyl CoA,nitrogen,and flavin adenine dinucleotide (FAD)
D)water,carbon dioxide,and ATP
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56
Which process plays a critical role in the synthesis of nonessential amino acids?
A)gluconeogenesis
B)transamination
C)ketosis
D)lipogenesis
A)gluconeogenesis
B)transamination
C)ketosis
D)lipogenesis
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57
Evan is a well-nourished adult who weighs 70 kg (about 154 lbs.).How much energy reserve would his body typically store in the form of glycogen?
A)15 kg
B)2 kg
C))2 kg
D))002 kg
A)15 kg
B)2 kg
C))2 kg
D))002 kg
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58
During exercise,which hormone stimulates the breakdown of stored energy?
A)insulin
B)glucagon
C)epinephrine
D)estrogen
A)insulin
B)glucagon
C)epinephrine
D)estrogen
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59
Which of the following binds the different parts of an enzyme together to speed up a metabolic reaction?
A)calorimeter
B)lactate
C)ketone
D)cofactor
A)calorimeter
B)lactate
C)ketone
D)cofactor
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60
What is the first step in the body's metabolism of alcohol?
A)Acetate is converted to acetyl CoA.
B)Alcohol dehydrogenase (ADH)produces acetaldehyde.
C)Aldehyde dehydrogenase produces acetate.
D)P450 enzymes produce acetyl CoA.
A)Acetate is converted to acetyl CoA.
B)Alcohol dehydrogenase (ADH)produces acetaldehyde.
C)Aldehyde dehydrogenase produces acetate.
D)P450 enzymes produce acetyl CoA.
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61
Alcohol can be converted to glucose.
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62
A ketone body can be converted to glucose via gluconeogenesis.
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63
Glycogen stores are the body's most abundant energy source.
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64
Amino acids are stored in the body for energy.
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65
The process of making larger molecules from smaller ones is called anabolism.
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66
In anaerobic metabolism lactate is converted to glucose.
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67
Amino acids are a primary source of ATP.
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68
Muscle glycogen is used to raise blood glucose.
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69
The microsomal ethanol oxidizing system (MEOS)is used to metabolize large amounts of alcohol.
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70
Glycolysis requires oxygen.
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71
Describe metabolism in relation to energy production and food intake.
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72
Two of the B-vitamins are essential to the oxidation-reduction reactions involved in metabolism.
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73
The hydrolysis of sucrose produces two molecules of glucose.
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74
A majority of the body's ATP is produced in the mitochondrion.
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75
Drinking black coffee speeds up alcohol metabolism.
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76
Amino acids produce more ATP than glucose or fatty acid can generate.
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77
Fatty acids can be converted to glucose.
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78
In the presence of oxygen pyruvate is converted to acetyl CoA.
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79
The body can store an unlimited amount of excess glucose in the form of glycogen.
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80
Oxaloacetate is a metabolic intermediate in the tricarboxylic acid (TCA)cycle.
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