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Question
Two hormones that stimulate glycogenolysis in the muscle and liver, respectively, are _____.a. cortisol and epinephrine
b. epinephrine and glucagon
c. insulin and epinephrine
d. glucagon and insulin
Answer
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Related questions
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a. sodium
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a. serum sodium concentration
b. urinary sodium excretion
c. average daily sodium intake
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a. blood urea nitrogen.
b. creatinine.
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a. ascending loop of Henle
b. distal convoluted tubule
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b. atrial natriuretic peptide
c. aldosterone
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Which hormone, mediated by the enzyme renin, is primarily responsible for active reabsorption of sodium ions in the distal and collecting tubules?
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a. intracellular
b. extracellular
c. total body water
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Q:
Why are vitamins A and E said to be antagonists of vitamin K?
Q:
Although for micronutrients increasing the amount of a protein by directly inducing gene expression is certainly a common mechanism, we have encountered other mechanisms by which vitamins can regulate proteins. Provide one example of posttranslational modification, being as specific as possible.
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The absorbed carotenoids that enter the liver can follow three routes: _____, _____ and _____.
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The active form of vitamin A that regulates cell differentiation through gene expression is _____.
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The 2 forms of naturally occurring provitamin D are: _____ and _____.
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Match each vitamer with its function.Vitamer1) 11-cis retinal2) retinoic acid3) alpha-tocopherol4) calcitriol5) hydroquinone (KH2)Functiona. interacts with nuclear VDR to increase calbindin b. required for carboxylation of glutamic acid c. needed for binding with opsin in the photoreceptor rod cells d. transported into nucleus to affect gene transcription of keratin proteins e. donates hydrogens to terminate propagation of membrane lipid peroxidation chain reactions
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Which fat-soluble vitamin appears to operate as a coenzyme that modifies proteins to bind with calcium?a. Ab. -carotenec. Ed. K
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For which vitamin is the Tolerable Upper Intake Level set because of increased tendency for bleeding?
a. A
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Which vitamin is associated with improved plasma membrane structure and glucose transport/metabolic control in people with type 2 diabetes?
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Which fat-soluble vitamin has as its principal function the maintenance of membrane integrity?
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A genetic deficiency in _____ leads to a vitamin E deficiency syndrome.
a. RRR alpha-tocopherol
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c. tocopherol carrier protein in the jejunum
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Who discovered vitamin E?
a. Evans and Bishop
b. McCollum and Davis
c. Mellanby and Hopkins
d. Simon and Garfunkel
Q:
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a. circulating 25-OH cholecalciferol
b. circulating 1,25-OH2 cholecalciferol
c. circulating cholecalciferol
d. serum calcium levels
Q:
If asked about the relationship of vitamin D to autoimmune disease, the best information for a dietetic professional to provide is:
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b. the evidence is only in animals, not humans.
c. some evidence suggests a protective effect of vitamin D.
d. take a supplement containing 2000 IU vitamin D each day.
Q:
Which is the best technique to assess status of vitamin A liver stores?
a. serum retinol levels
b. the relative dose response
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a. neurological function
b. growth
c. immunity
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Q:
Which vitamin directs cellular differentiation of epithelial cells?
a. riboflavin
b. vitamin K
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Q:
When ascorbic acid becomes dehydroascorbic acid it has _____.
a. lost 2 electrons
b. lost 1 electron
c. gained 2 electrons
d. gained 1 electron
Q:
Nutrients can be used to compensate for some gaps in our DNA. For example:a. Individuals with a change in the base sequence for the phenylalanine hydroxylase gene can correct the sequence of bases by eating a lot of phenylalanine.b. Obese individuals can lose body weight by eating fewer calories than they expend.c. Omega-3 fatty acids can up-regulate genes encoding for fat oxidation.d. Individuals with a polymorphism that decreases activity of a folate-metabolizing enzyme, methylene tetrahydrofolate reductase, may have more elevated plasma homocysteine than those with a normal enzyme while more folate intake can normalize plasma homocysteine for those with this polymorphism.