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Homework answers / question archive / Rose State College - HES 2323 Chapter 10 The Water-Soluble Vitamins: B Vitamins and Vitamin C MULTIPLE CHOICE 1)Which of the following is a feature of vitamins? a
Rose State College - HES 2323
Chapter 10 The Water-Soluble Vitamins: B Vitamins and Vitamin C
MULTIPLE CHOICE
1)Which of the following is a feature of vitamins?
a. |
Many serve in the role of enzyme inhibitors. |
b. |
Structurally, many are found linked together. |
c. |
Several may be oxidized to yield 4 kcalories per gram. |
d. |
The quantities present in foods are measured in micrograms or milligrams. |
e. |
Some are both water- and fat-soluble. |
a. |
A conditionally essential vitamin |
b. |
A sign or symptom of a clinical vitamin deficiency disorder |
c. |
A substance that is used to synthesize another compound |
d. |
A substance that is recycled through the liver and intestines |
e. |
A sign or symptom of a subclinical vitamin deficiency disorder |
a. |
The total amount available from plant and animal food |
b. |
The amount absorbed and subsequently used by the body |
c. |
The amount that escapes destruction from food processing |
d. |
The number of different chemical forms of the same vitamin |
e. |
The number of kcal that can be produced from the vitamin |
a. |
Thiamin |
b. |
Vitamin A |
c. |
Riboflavin |
d. |
Vitamin B12 |
e. |
Vitamin C |
a. |
Bile |
b. |
Kidney |
c. |
Intestine |
d. |
Perspiration |
e. |
Feces |
a. |
Antioxidation |
b. |
Anticoagulation |
c. |
Antibody stabilization |
d. |
Coenzyme participation |
e. |
Reproductive support |
a. |
Blood coagulation |
b. |
Formation of red blood cells |
c. |
Energy release from energy-yielding nutrients |
d. |
Formation of epithelial cell mucopolysaccharides |
e. |
Production of histamine |
a. |
Thiaminacide |
b. |
Thiamin pyrophosphate |
c. |
Thiamin adenine dinucleotide |
d. |
Thiamin mononucleotide |
e. |
Thiamin flavin |
a. |
niacin. |
b. |
thiamin. |
c. |
|
d. |
vitamin B12. |
e. |
riboflavin. |
a. |
High intakes of white rice |
b. |
Low intakes of whole grains |
c. |
High intakes of unrefined rice |
d. |
Low intakes of enriched grains |
e. |
High intakes of corn |
a. |
folacin. |
b. |
thiamin. |
c. |
|
d. |
vitamin B12. |
e. |
niacin. |
a. |
It contains pyrosulfate. |
b. |
It is required for regeneration of folate |
c. |
It is required for regeneration of niacin |
d. |
It is an integral part of the nerve cell membrane |
e. |
It is integral in carrying activated carbon dioxide. |
a. |
Ham |
b. |
Squash |
c. |
Whole milk |
d. |
Whole-grain breads |
e. |
Cheddar cheese |
a. |
Microwaving the food conserves much of the thiamin. |
b. |
Prolonged heating of the food has little, if any, effect on the thiamin. |
c. |
Boiling the food tends to conserve thiamin by forming a stable, hydrated complex. |
d. |
Steaming the food can lead to substantial thiamin loss due to the high heat needed to form the steam. |
e. |
Blanching the food before cooking it will preserve thiamin content. |
a. |
Pork |
b. |
Fish |
c. |
Beef |
d. |
Chicken |
e. |
Tofu |
a. |
Beriberi |
b. |
Diarrhea |
c. |
Keratomalacia |
d. |
Inflamed mouth membranes |
e. |
Facial clefts |
a. |
Cheddar cheese |
b. |
Pinto beans |
c. |
Tuna (in water) |
d. |
Liver |
e. |
Strawberries |
a. |
pellagra. |
b. |
antiflavonosis. |
c. |
ariboflavinosis. |
d. |
flavin adenine dinucleosis. |
e. |
beriberi. |
a. |
meats. |
b. |
grains. |
c. |
vegetables. |
d. |
dairy foods. |
e. |
fruits. |
a. |
Niacin |
b. |
Choline |
c. |
Thiamin |
d. |
Riboflavin |
e. |
Pantothenic acid |
a. |
Milk |
b. |
Potatoes |
c. |
Orange juice |
d. |
Peanut butter |
e. |
Carrots |
a. |
Biotin |
b. |
Niacin |
c. |
Riboflavin |
d. |
Ascorbic acid |
e. |
B6 |
a. |
Stability to heat is good. |
b. |
Deficiency leads to beriberi. |
c. |
Requirements are proportional to body weight. |
d. |
Significant amounts are found in citrus products. |
e. |
Stability to irradiation is good. |
a. |
It is susceptible to destruction in foods exposed to light |
b. |
It participates primarily in reactions involving amino acids |
c. |
It is soluble in both water and lipids depending upon its chemical form |
d. |
It can be synthesized in the body from the essential amino acid tryptophan |
e. |
It can increase LDL and decrease HDL in large doses. |
a. |
Lysine |
b. |
Valine |
c. |
Tryptophan |
d. |
Phenylalanine |
e. |
Glycine |
a. |
Niacin |
b. |
Choline |
c. |
Inositol |
d. |
Riboflavin |
e. |
Vitamin C |
a. |
Scurvy |
b. |
Pellagra |
c. |
Wet beriberi |
d. |
Pernicious anemia |
e. |
Scaly dermatitis |
a. |
Constipation |
b. |
Mental confusion |
c. |
Painful, tingling, itching sensation |
d. |
Hair loss, bloating, and photophobia |
e. |
Sudden increase in blood pressure |
a. |
Low doses may lead to kidney stones. |
b. |
High doses may lower blood cholesterol. |
c. |
Low doses may lead to heartburn and low blood pressure. |
d. |
High doses may elevate red blood cell count in mildly anemic individuals. |
e. |
High doses may cause hypoglycemia. |
a. |
Niacin |
b. |
Biotin |
c. |
Riboflavin |
d. |
Vitamin B12 |
e. |
Thiamin |
a. |
Milk |
b. |
Broccoli |
c. |
Chicken |
d. |
Strawberries |
e. |
Whole wheat bread |
a. |
Absorption from foods is inhibited by aspirin. |
b. |
A deficiency or a toxicity shows similar symptoms. |
c. |
Deficiencies are seen primarily in children ages 4-10 years. |
d. |
It functions in the metabolism of amino acids, glucose, and fatty acids. |
e. |
It is possible to develop toxic levels on pantothenic acid if too much is ingested. |
a. |
Aged wine |
b. |
Aged cheese |
c. |
Raw egg whites |
d. |
Raw cauliflower |
e. |
Citrus fruits |
a. |
avidin. |
b. |
the skin. |
c. |
the liver. |
d. |
intestinal bacteria. |
e. |
bone marrow. |
a. |
Biotin |
b. |
Niacin |
c. |
Vitamin B12 |
d. |
Pantothenic acid |
e. |
Inositol |
a. |
Biotin |
b. |
Folate |
c. |
Vitamin B6 |
d. |
Pantothenic acid |
e. |
Thiamin |
a. |
Biotin |
b. |
Vitamin A |
c. |
Vitamin B6 |
d. |
Riboflavin |
e. |
Vitamin C |
a. |
B2. |
b. |
B6. |
c. |
B12. |
d. |
C. |
e. |
D. |
a. |
B1. |
b. |
B2. |
c. |
B6. |
d. |
B7. |
e. |
B12. |
a. |
It reduces acetaldehyde formation. |
b. |
It increases fecal excretion of the vitamin. |
c. |
It dislodges the PLP coenzyme from its enzyme. |
d. |
It interferes with synthesis of the PLP coenzyme. |
e. |
It increases urinary excretion of B6. |
a. |
Meats |
b. |
Fruits |
c. |
Legumes |
d. |
Grains |
e. |
Dairy |
a. |
folate. |
b. |
choline. |
c. |
inositol. |
d. |
pyridoxamine. |
e. |
niacin. |
a. |
Folate |
b. |
Niacin |
c. |
Thiamin |
d. |
Pyridoxine |
e. |
Pantothenic acid |
a. |
Folate |
b. |
Thiamin |
c. |
Vitamin B6 |
d. |
Ascorbic acid |
e. |
Vitamin B12 |
a. |
folate. |
b. |
niacin. |
c. |
riboflavin. |
d. |
ascorbic acid. |
e. |
pantothenic acid |
a. |
niacin. |
b. |
folate. |
c. |
|
d. |
vitamin B12. |
e. |
thiamin. |
a. |
Folate catabolyzes homocysteine |
b. |
Biotin supplements reduce blood homocysteine levels |
c. |
Excessive homocysteine intake reduces vitamin B12 absorption |
d. |
High blood homocysteine levels correlate with reduced incidence of colon cancer |
e. |
High folate levels are necessary for the synthesis of homocysteine |
a. |
A |
b. |
B6 |
c. |
B12 |
d. |
Pantothenic acid |
e. |
Ascorbic acid |
a. |
Folate |
b. |
Biotin |
c. |
Niacin |
d. |
Vitamin K |
e. |
Vitamin C |
a. |
Folate |
b. |
Niacin |
c. |
Thiamin |
d. |
Riboflavin |
e. |
Choline |
a. |
Good sources are dairy products and meats. |
b. |
Poor sources are fruit juices and vegetable juices. |
c. |
Much of the vitamin is lost due to heat and oxidation. |
d. |
Only about 10% of the amount in foods is bioavailable. |
e. |
Legumes, nuts, and seeds have very little folate. |
a. |
Meats |
b. |
Starches |
c. |
Dairy products |
d. |
Green, leafy vegetables |
e. |
Fruits |
a. |
Inadequate intake |
b. |
Increased excretion |
c. |
Inadequate absorption |
d. |
Increased losses in food preparation |
e. |
Inadequate digestion |
a. |
folate. |
b. |
selenium. |
c. |
vitamin B12. |
d. |
iron and copper. |
e. |
vitamin B6. |
a. |
Choline |
b. |
Vitamin C |
c. |
Vitamin B12 |
d. |
Pantothenic acid |
e. |
Vitamin E |
a. |
3 days. |
b. |
3 weeks. |
c. |
3 months. |
d. |
1 year. |
e. |
3 years. |
ANS: E
a. |
Pecans |
b. |
Hot dog |
c. |
Cauliflower |
d. |
Whole-grain bread |
e. |
Plain soy or rice milk |
a. |
Biotin |
b. |
Choline |
c. |
Cobalamin |
d. |
Pantothenic acid |
e. |
Carnitine |
a. |
It is an analog of ascorbic acid. |
b. |
It is abundant in green leafy vegetables. |
c. |
The body can synthesize it from cysteine. |
d. |
Average intakes in the United States are lower than recommended. |
e. |
There is no RDA for it. |
a. |
An inactive vitamin |
b. |
An unphosphorylated vitamin |
c. |
A molecule of unbound cobalamins |
d. |
A molecule with at least one unpaired electron |
e. |
A nonbound vitamin |
a. |
Antiviral agent |
b. |
Antifungal agent |
c. |
Anticancer agent |
d. |
Antioxidant agent |
e. |
Emulsifying agent |
a. |
iron. |
b. |
zinc. |
c. |
cobalamin. |
d. |
beta-carotene. |
e. |
copper. |
a. |
Liver |
b. |
Muscle |
c. |
Thyroid gland |
d. |
Adrenal glands |
e. |
Hypothalamus |
a. |
They deactivate histamine. |
b. |
They reduce episodes of diarrhea. |
c. |
They destroy intestinal pathogens. |
d. |
They alter hypothalamic control of body temperature. |
e. |
They improve blood oxygenation. |
a. |
Bleeding gums |
b. |
Pernicious anemia |
c. |
Appearance of a cold |
d. |
Hysteria and depression |
e. |
Oily skin |
a. |
Milk group |
b. |
Meat group |
c. |
Fruit group |
d. |
Grains group |
e. |
Oils group |
a. |
Milk |
b. |
Eggs |
c. |
Broccoli |
d. |
Whole-grain bread |
e. |
Bananas |
a. |
10 |
b. |
20 |
c. |
30 |
d. |
40 |
e. |
50 |
a. |
Iron |
b. |
Calcium |
c. |
Vitamin A |
d. |
Vitamin D |
e. |
Magnesium |
a. |
FDA |
b. |
CDC |
c. |
USDA |
d. |
USPHS |
e. |
DHHS |