Deck 24: Integration of Metabolism: Cellular Signaling
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Deck 24: Integration of Metabolism: Cellular Signaling
1
Low levels of iodide in the diet can lead to an enlarged thyroid.
True
2
Which of the following is true about sleep deprivation?
A) It causes people to lose weight due to increased metabolic activity
B) It has no deleterious effects in the long term
C) It has been correlated with reduced insulin efficiency
D) It causes blood glucose levels to drop
E) none of these
A) It causes people to lose weight due to increased metabolic activity
B) It has no deleterious effects in the long term
C) It has been correlated with reduced insulin efficiency
D) It causes blood glucose levels to drop
E) none of these
C
3
Studies of metabolism usually separate the reactions into pathways, such as the Krebs' Cycle or the Pentose Phosphate Pathway. This is really an artificial designation, since these pathways are all intimately linked and overlap.
True
4
Dietary supplements are sometimes indicated for which of the following minerals?
A) calcium
B) chloride
C) potassium
D) sodium
A) calcium
B) chloride
C) potassium
D) sodium
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5
Proteins eaten in excess can be stored to satisfy future protein requirements.
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6
For which of the following is there no RDA (recommended daily allowance)?
A) calcium
B) fluoride
C) iodine
D) iron
A) calcium
B) fluoride
C) iodine
D) iron
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7
Which of the following link photosynthesis and carbon dioxide fixation?
A) ATP:ADP and NADP+:NADPH
B) ATP:ADP and NAD+:NADH
C) NTP:NDP
D) none of these
A) ATP:ADP and NADP+:NADPH
B) ATP:ADP and NAD+:NADH
C) NTP:NDP
D) none of these
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8
What happens to the nitrogen from excess protein?
A) It is stored as carbohydrate.
B) It is stored as fat.
C) It is eliminated through the urea cycle.
D) It is exhaled as N2 gas.
E) It is stored to make future proteins
A) It is stored as carbohydrate.
B) It is stored as fat.
C) It is eliminated through the urea cycle.
D) It is exhaled as N2 gas.
E) It is stored to make future proteins
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9
Which of the following is not a macronutrient?
A) carbohydrates
B) fats
C) proteins
D) iron
A) carbohydrates
B) fats
C) proteins
D) iron
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10
Which pathway is central to virtually all living organisms?
A) glycolysis.
B) citric acid cycle
C) electron transport chain
D) photosynthesis
E) fatty acid metabolism
A) glycolysis.
B) citric acid cycle
C) electron transport chain
D) photosynthesis
E) fatty acid metabolism
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11
Overdoses are possible for which of the following vitamins?
A) vitamins A, D, and E
B) vitamins A, C, and E
C) vitamins A, B1, and C
D) vitamins A, B1, and B6
A) vitamins A, D, and E
B) vitamins A, C, and E
C) vitamins A, B1, and C
D) vitamins A, B1, and B6
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12
Which of the following is a water-soluble vitamin?
A) A
B) B6
C) D
D) E
A) A
B) B6
C) D
D) E
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13
What function do vitamins usually serve?
A) coenzymes or precursors of coenzymes
B) intermediates of the TCA cycle
C) precursors of amino acids
D) hormones or second messengers
A) coenzymes or precursors of coenzymes
B) intermediates of the TCA cycle
C) precursors of amino acids
D) hormones or second messengers
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14
Which of the following vitamins is involved in hydroxylation reactions of collagen
A) Vitamin A
B) Vitamin C
C) Vitamin D
D) Vitamin E
E) none of these
A) Vitamin A
B) Vitamin C
C) Vitamin D
D) Vitamin E
E) none of these
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15
Sweets and fats are at the top of the food pyramid, because they are so important in our diet.
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16
Which of the following is a lipid soluble vitamin?
A) biotin
B) niacin
C) folic acid
D) vitamin C
E) vitamin E
A) biotin
B) niacin
C) folic acid
D) vitamin C
E) vitamin E
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17
In addition to all the other problems, why can a person get fat from overdrinking alcohol?
A) Alcohol inhibits carnitine palmitoyltransferase I
B) Ethanol is converted to acetate and then to acetyl-CoA which makes lipids
C) Ethanol converts carbohydrates into lipids
D) none of these
A) Alcohol inhibits carnitine palmitoyltransferase I
B) Ethanol is converted to acetate and then to acetyl-CoA which makes lipids
C) Ethanol converts carbohydrates into lipids
D) none of these
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18
An essential nutrient is one which is either not made in the body or is not made in sufficient quantity to allow for survival.
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19
Which of the following compounds does not overlap between several pathways?
A) Acetyl-CoA
B) Oxaloacetate
C) Cholesterol
D) Pyruvate
E) Fumarate
A) Acetyl-CoA
B) Oxaloacetate
C) Cholesterol
D) Pyruvate
E) Fumarate
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20
Proteins are always being degraded, so there is a constant need for quality protein in order to maintain the body's structures.
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21
Many hormones come in pairs, which have opposing metabolic activity.
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22
Which of the following fats are linked with high cholesterol and heart disease?
A) saturated fats
B) monounsaturated fats
C) polyunsaturated fats
D) all fats, regardless of saturation
A) saturated fats
B) monounsaturated fats
C) polyunsaturated fats
D) all fats, regardless of saturation
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23
The following are not essential in the human diet.
A) Ethanol.
B) Nucleic acids.
C) Heme containing compounds.
D) Neither ethanol nor heme-containing compounds are required.
E) None of these is required in the human diet.
A) Ethanol.
B) Nucleic acids.
C) Heme containing compounds.
D) Neither ethanol nor heme-containing compounds are required.
E) None of these is required in the human diet.
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24
Which of the following statements concerning iron deficiency in humans is false?
A) Iron requires a carrier molecule for absorption and transport.
B) Iron can only be absorbed in the iron (III) state.
C) Iron often forms insoluble complexes with other food substances.
D) Other ions may compete with iron for uptake into the body.
A) Iron requires a carrier molecule for absorption and transport.
B) Iron can only be absorbed in the iron (III) state.
C) Iron often forms insoluble complexes with other food substances.
D) Other ions may compete with iron for uptake into the body.
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25
Fine tuning of the hormone process is done by such mechanisms as using other hormones to cause the release of the final active hormone.
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26
Hormones are
A) transported to their site of action by the lymphatic system.
B) intercellular messengers.
C) present in large quantities in organisms.
D) not well characterized.
A) transported to their site of action by the lymphatic system.
B) intercellular messengers.
C) present in large quantities in organisms.
D) not well characterized.
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27
Growth hormone imbalance does not lead to
A) acromegaly
B) dwarfism
C) giantism
D) Cushing's syndrome
A) acromegaly
B) dwarfism
C) giantism
D) Cushing's syndrome
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28
A hormone is defined as a substance which is made in one tissue, but actually acts on a different tissue.
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29
Which of the following best describes protein kinases?
A) Protein kinases act by transferring a phosphate from a protein to ADP to make ATP.
B) Protein kinases act by transfering a phosphate from a donor molecule, like ATP, to a protein molecule, thereby changing its activity
C) Protein kinases phosphorylate enzymes and activate them
D) Protein kinases phosphorylate key tyrosine residues on receptors
A) Protein kinases act by transferring a phosphate from a protein to ADP to make ATP.
B) Protein kinases act by transfering a phosphate from a donor molecule, like ATP, to a protein molecule, thereby changing its activity
C) Protein kinases phosphorylate enzymes and activate them
D) Protein kinases phosphorylate key tyrosine residues on receptors
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30
Epinephrine is an example of a hormone which uses calcium ion as a key part of its intracellular effect.
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31
Hormone activity frequently turns metabolic pathways on and off by adding phosphate to or removing it from lipids within the cell.
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32
Steroid hormones affect which of the following?
A) carbohydrate metabolism.
B) inflammatory and stress reactions.
C) sexual development.
D) All of these
A) carbohydrate metabolism.
B) inflammatory and stress reactions.
C) sexual development.
D) All of these
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33
Most hormones accomplish their activity by direct inclusion in the cell, where they carry out their catalytic function.
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34
Which of the following is not a typical structure for a hormone?
A) steroid
B) carbohydrate
C) amino Acid derivative
D) protein or polypeptide
E) All of these structures are seen as hormones.
A) steroid
B) carbohydrate
C) amino Acid derivative
D) protein or polypeptide
E) All of these structures are seen as hormones.
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35
Which of the following produces hormone-releasing factors?
A) hypothalamus
B) anterior pituitary
C) posterior pituitary
D) adrenal cortex
A) hypothalamus
B) anterior pituitary
C) posterior pituitary
D) adrenal cortex
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36
The American Heart Association advocates that 30% or less of our calories should come from fats, but the typical US diet actually exceeds 40% fat.
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37
Amino acid and protein hormones usually act by binding to a receptor on the cell surface.
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38
A second messenger is
A) a substance that brings about a desired effect in a cell as a result of a hormone binding to its receptor on the cell surface
B) a hormone that acts on a target cell, not one of the releasing factors or trophic hormones that act on specific endocrine glands
C) a hormone that affects the DNA of the target cell
D) a specialized form of mRNA
A) a substance that brings about a desired effect in a cell as a result of a hormone binding to its receptor on the cell surface
B) a hormone that acts on a target cell, not one of the releasing factors or trophic hormones that act on specific endocrine glands
C) a hormone that affects the DNA of the target cell
D) a specialized form of mRNA
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39
Which of the following is not true concerning leptin?
A) It is a hormone related to obesity
B) It stimulates acetyl-CoA carboxylase
C) It stimulates fatty acid oxidation
D) It is produced by the ob gene
E) all of these are true
A) It is a hormone related to obesity
B) It stimulates acetyl-CoA carboxylase
C) It stimulates fatty acid oxidation
D) It is produced by the ob gene
E) all of these are true
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40
Trophic hormones act on
A) specific endocrine glands.
B) liver cells.
C) muscles cells.
D) all of the above.
A) specific endocrine glands.
B) liver cells.
C) muscles cells.
D) all of the above.
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41
Which of the following is not a characteristic of catabolic pathways?
A) ATP is generated by catabolism
B) reducing equivalents are most often released in the form of hydrogen atoms
C) NAD+ is one of the major electron carriers in catabolic reactions
D) NADH produced in catabolic reactions is reoxidized to NAD+ in the mitochondria
A) ATP is generated by catabolism
B) reducing equivalents are most often released in the form of hydrogen atoms
C) NAD+ is one of the major electron carriers in catabolic reactions
D) NADH produced in catabolic reactions is reoxidized to NAD+ in the mitochondria
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42
Glycogen metabolism is influenced by
A) phosphorylase kinase
B) phosphoprotein phosphatase
C) epinephrine
D) all of these
A) phosphorylase kinase
B) phosphoprotein phosphatase
C) epinephrine
D) all of these
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43
The G protein
A) is a tetramer
B) is inactivated by cholera toxin
C) mediates the production of second messenger
D) is a hexameric complex in the cytosol
A) is a tetramer
B) is inactivated by cholera toxin
C) mediates the production of second messenger
D) is a hexameric complex in the cytosol
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44
Which of the following has opiod effects on the central nervous system?
A) Met enkephalin
B) Leu enkephalin
C) beta endorphin
D) all of these
A) Met enkephalin
B) Leu enkephalin
C) beta endorphin
D) all of these
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45
Which of the following is a second messenger?
A) Cyclic AMP
B) GTP-binding proteins.
C) Proteins kinases.
D) Phospholipase C.
E) All of these can act as second messengers.
A) Cyclic AMP
B) GTP-binding proteins.
C) Proteins kinases.
D) Phospholipase C.
E) All of these can act as second messengers.
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46
Which of these hormones regulates the level of glucose in human blood?
A) insulin
B) glucagon
C) glucagon and epinephrine
D) insulin and glucagon
E) insulin, glucagon and epinephrine
A) insulin
B) glucagon
C) glucagon and epinephrine
D) insulin and glucagon
E) insulin, glucagon and epinephrine
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47
Which of the following is not a strategy for the regulation of metabolic pathways?
A) competing pathways are located in the same organelle
B) allosteric enzymes
C) feedback inhibition
D) covalent modification of enzymes
E) all of these are strategies
A) competing pathways are located in the same organelle
B) allosteric enzymes
C) feedback inhibition
D) covalent modification of enzymes
E) all of these are strategies
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48
Which of the following is not a characteristic of catabolic pathways?
A) macromolecules, such as carbohydrates, are hydrolyzed to monomers and then oxidized
B) ATP is a common product in such pathways
C) the pathways are exergonic
D) energy input is required for these pathways to take place
A) macromolecules, such as carbohydrates, are hydrolyzed to monomers and then oxidized
B) ATP is a common product in such pathways
C) the pathways are exergonic
D) energy input is required for these pathways to take place
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49
Regulatory cascades have what advantage over direct action by the signal molecule?
A) Amplification.
B) Fine tuning of regulatory effects.
C) Coordinated response among multiple systems.
D) All of these
A) Amplification.
B) Fine tuning of regulatory effects.
C) Coordinated response among multiple systems.
D) All of these
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50
G proteins act on
A) tyrosine kinases.
B) adenylate cyclase.
C) insulin receptors.
D) steroid hormones.
A) tyrosine kinases.
B) adenylate cyclase.
C) insulin receptors.
D) steroid hormones.
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51
Intracellular second messengers include all of the following except
A) Ca2+
B) DAG
C) cATP
D) nitric oxide (NO)
A) Ca2+
B) DAG
C) cATP
D) nitric oxide (NO)
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52
The action of Ca2+ in a second messenger scheme
A) involves the calcium-binding protein calmodulin as the actual second messenger
B) relies entirely on intercellular reservoirs of Ca2+ in the endoplasmic reticulum
C) does not involve the G protein
D) produces sustained responses by controlling the flow of Ca2+ into the cell
A) involves the calcium-binding protein calmodulin as the actual second messenger
B) relies entirely on intercellular reservoirs of Ca2+ in the endoplasmic reticulum
C) does not involve the G protein
D) produces sustained responses by controlling the flow of Ca2+ into the cell
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53
Between meals, the blood glucose levels are regulated mostly by
A) glycogen phosphorylase
B) insulin
C) glucagon
D) epinephrine
E) insulin and glucagon f. none of these
A) glycogen phosphorylase
B) insulin
C) glucagon
D) epinephrine
E) insulin and glucagon f. none of these
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54
Which of the following is not a characteristic of anabolic pathways?
A) macromolecules are synthesized
B) ATP is generally consumed in these pathways
C) the pathways are exergonic
D) the molecules undergo reduction
A) macromolecules are synthesized
B) ATP is generally consumed in these pathways
C) the pathways are exergonic
D) the molecules undergo reduction
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55
Which of the following statements is not a characteristic of aerobic catabolism?
A) molecular oxygen is the final electron acceptor
B) the oxidation of acetyl groups in the citric acid cycle and oxidative phosphorylation pathways ultimately yields CO2 and H2O
C) pyruvate and acetyl-CoA are major metabolic intermediates
D) roughly equal quantities of energy are produced in each of the three stages of aerobic catabolism, namely glycolysis, the citric acid cycle, and oxidative phosphorylation
A) molecular oxygen is the final electron acceptor
B) the oxidation of acetyl groups in the citric acid cycle and oxidative phosphorylation pathways ultimately yields CO2 and H2O
C) pyruvate and acetyl-CoA are major metabolic intermediates
D) roughly equal quantities of energy are produced in each of the three stages of aerobic catabolism, namely glycolysis, the citric acid cycle, and oxidative phosphorylation
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56
Which of the following is not a role for hormones?
A) maintenance of homeostasis
B) mediation of responses to external stimuli
C) growth and development
D) antioxidants
A) maintenance of homeostasis
B) mediation of responses to external stimuli
C) growth and development
D) antioxidants
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57
The following reactions are all common parts of some hormone processes:
1)Binding of the hormone to a receptor.
2)Synthesis of cyclic AMP
3)Phosphorylation of the target enzyme.
4)Release of a G-protein from the interior cell membrane.
5)Activation of a protein kinase.
A typical path of reactions would follow this sequence:
A) 1 → 2 → 4 → 3 → 5.
B) 1 → 4 → 2 → 3 → 5.
C) 1 → 4 → 2 → 5 → 3.
D) 1 → 2 → 4 → 5 → 3.
E) 2 → 1 → 4 → 5 → 3.
1)Binding of the hormone to a receptor.
2)Synthesis of cyclic AMP
3)Phosphorylation of the target enzyme.
4)Release of a G-protein from the interior cell membrane.
5)Activation of a protein kinase.
A typical path of reactions would follow this sequence:
A) 1 → 2 → 4 → 3 → 5.
B) 1 → 4 → 2 → 3 → 5.
C) 1 → 4 → 2 → 5 → 3.
D) 1 → 2 → 4 → 5 → 3.
E) 2 → 1 → 4 → 5 → 3.
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58
When cyclic AMP is a second messenger
A) cyclic AMP inhibits a protein kinase
B) the binding of hormone produces the desired effect in the cell by stimulating the production of cyclic AMP
C) the G protein plays no role
D) a target enzyme is phosphorylated with cyclic AMP as the source of the phosphate group
A) cyclic AMP inhibits a protein kinase
B) the binding of hormone produces the desired effect in the cell by stimulating the production of cyclic AMP
C) the G protein plays no role
D) a target enzyme is phosphorylated with cyclic AMP as the source of the phosphate group
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59
Which of the following is not a potential mechanism to activate protein kinases?
A) Cyclic AMP binding to regulatory subunits on the protein kinase.
B) Binding of a calcium complex to the protein kinase.
C) Binding of inositol phosphate to the protein kinase.
D) All three of these mechanisms activate protein kinase.
A) Cyclic AMP binding to regulatory subunits on the protein kinase.
B) Binding of a calcium complex to the protein kinase.
C) Binding of inositol phosphate to the protein kinase.
D) All three of these mechanisms activate protein kinase.
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60
Which of these hormones causes elevation of the level of glucose in human blood?
A) Insulin
B) Glucagon.
C) Glucagon and Epinephrine.
D) Insulin and Glucagon.
E) All of these Hormones elevate the blood glucose levels.
A) Insulin
B) Glucagon.
C) Glucagon and Epinephrine.
D) Insulin and Glucagon.
E) All of these Hormones elevate the blood glucose levels.
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61
Insulin exerts its effects through
A) cyclic AMP.
B) calcium ions.
C) tyrosine kinases.
D) direct action on DNA-binding proteins.
E) none of these
A) cyclic AMP.
B) calcium ions.
C) tyrosine kinases.
D) direct action on DNA-binding proteins.
E) none of these
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62
Which of the following is NOT true?
A) obese individulas are more likely to get cancer
B) diabetic individuals are more likely to get cancer
C) when obese or diabetic patients get cancer, they are more likely to die from it
D) cancer strikes lean and healthy people with the same odds as it strikes obese and diabetic people
A) obese individulas are more likely to get cancer
B) diabetic individuals are more likely to get cancer
C) when obese or diabetic patients get cancer, they are more likely to die from it
D) cancer strikes lean and healthy people with the same odds as it strikes obese and diabetic people
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63
Which of the following best describes insulin's structure?
A) nucleotide
B) peptide
C) mineral
D) carbohydrate
E) steroid
A) nucleotide
B) peptide
C) mineral
D) carbohydrate
E) steroid
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64
Which of the following would stimulate cancer cell growth?
A) lowering insulin levels
B) lowering glucose levels
C) increasing insulin and glucose in the medium
D) none of these
A) lowering insulin levels
B) lowering glucose levels
C) increasing insulin and glucose in the medium
D) none of these
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65
Chronic high carbohydrate diets can result in over-release of insulin, which actually causes hypoglycemia.
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66
Which of the following cell types does not respond to insulin?
A) muscle cells
B) adipocytes
C) liver cells
D) breast tumor cells
E) all of these respond to insulin
A) muscle cells
B) adipocytes
C) liver cells
D) breast tumor cells
E) all of these respond to insulin
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67
Insulin affects which of the following?
A) GLUT 4 transporter
B) Pyruvate dehydrogenase
C) Acetyl-CoA carboxylase
D) Glycogen synthase
E) Glycogen synthase and Glycogen phosphorylase
F) all of these
A) GLUT 4 transporter
B) Pyruvate dehydrogenase
C) Acetyl-CoA carboxylase
D) Glycogen synthase
E) Glycogen synthase and Glycogen phosphorylase
F) all of these
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68
Insulin and Insulin-like Growth factor play a role in
A) tumor growth
B) obesity
C) diabetes
D) cancer
E) all of these
A) tumor growth
B) obesity
C) diabetes
D) cancer
E) all of these
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