Deck 9: Water and Minerals

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Question
A deficiency of _______________ results in impaired glucose tolerance and elevated blood cholesterol.
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Question
Consumption of this mineral in water has lowered the rate of dental caries because _______________ strengthens the crystal structure of teeth.
Question
_______________ is a maj mineral imptant f nerve and heart function and is a cofact f over 300 enzymes. It is a maj constituent of bone and is found in whole grains and vegetables. Low levels of this mineral may be associated with sudden heart attacks.
Question
The amount of water in each compartment mainly is controlled by

A) oxygen concentration.
B) glucose concentration.
C) the presence of fatty acids.
D) ion concentration.
Question
Sodium and chlide are the maj ____________ electrolytes.
Question
Intracellular water volume depends primarily on the concentration of

A) sodium and chloride.
B) phosphate and potassium.
C) potassium and sodium.
D) chloride and potassium.
Question
In people with hypertension, increased intake of _______________ may lower blood pressure. It is found in greatest abundance in fruits and vegetables. A deficiency can lead to muscle cramps and irregular heartbeat.
Question
Potassium and phosphus are the maj ____________ electrolytes.
Question
_______________ is the mineral present in the body in greatest quantity. The best dietary sources are milk and dairy products.
Question
_______________ is the process of equalizing ion concentration by movement of fluid through a semipermeable membrane, such as the one surrounding cells.
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_______________ is best absbed as the heme fm present in animal products such as beef.
Question
During intense vomiting, much _______________ can be lost because this mineral is present in stomach acid.
Question
The maj source of ____________ in the American diet is processed foods.
Question
Composed primarily of water, metabolic wastes, and minerals, the maj body waste product is ____________.
Question
_______________ is a disease in which bone mass is lost to such a degree that fractures can occur in bones, especially the wrist, spine, and hips.
Question
_______________ is imptant in the synthesis of hemoglobin and the transpt and stage of iron. With vitamin C, this mineral is imptant in collagen synthesis.
Question
Large doses of zinc can cause decreases in _______________ absption.
Question
Water constitutes ______ percent of body weight.

A) 10-20
B) 25-45
C) 50-70
D) 75-95
Question
_______________ is imptant in the synthesis of thyroid hmone. Lack of it will lead to goiter.
Question
A copper deficiency can be created by taking _______________ supplements in high amounts.
Question
Which of the following would have the most sodium?

A) Applesauce in a jar
B) Homemade apple pie made with fresh apples
C) Homemade apple pie made with canned fruit filling
D) A prepared apple pie with filling from a can, bought in the store
Question
The typical American diet contains approximately ___ milligrams of sodium.

A) 700 to 1,200
B) 1,300 to 2,200
C) 2,300 to 4,700
D) 5,000 to 10,000
Question
Which of the following statements does not describe the role of minerals in the body?

A) They make possible the transfer of nerve impulses.
B) They are constituents of important body compounds.
C) They provide 4 kilocalories per gram.
D) They help maintain water balance.
Question
Which of the following is not true about the regulation of fluid in the body?

A) Thirst is a reliable indicator of how much water an athlete should consume during and after workouts.
B) Antidiuretic hormone is released to force the kidney to conserve water.
C) There is a limit to how concentrated the kidney can make the urine.
D) Even though the kidney can effectively conserve water, insensible water losses must be replenished.
Question
The body's need f water is approximately ____ milliliter(s) per kilocalie.

A) 3
B) 2
C) 1
D) 0.5
Question
Compared to most municipal water supplies, bottled water

A) is safer to drink.
B) has higher fluoride content.
C) places less of a burden on the environment.
D) is essentially the same.
Question
Consumption of a diet high in salt by a healthy individual will

A) cause damage to the kidneys.
B) result in edema.
C) increase fecal excretion of sodium.
D) increase urinary excretion of sodium.
Question
Minerals are classified in which way?

A) Major minerals are needed in amounts greater than 500 mg per day.
B) Trace minerals are needed in amounts less than 100 mg per day.
C) Trace minerals are needed in amounts less than 10 mg per day.
D) Major minerals are needed in amounts greater than 200 mg per day.
Question
Adult men need how much total water intake per day?

A) 2.2 liters (9 cups)
B) 2.7 liters (11 cups)
C) 3.0 liters (13 cups)
D) 3.7 liters (15 cups)
Question
A liter of perspiration lost by the body represents ____ kilocalies.

A) 200
B) 400
C) 600
D) 800
Question
In the United States, the safety of municipal water supplies is regulated by the

A) Environmental Protection Agency.
B) United States Department of Agriculture.
C) Food and Drug Administration.
D) International Bottled Water Association.
Question
The Beverage Guidance System recommends that fluids should provide ______ of total calies consumed.

A) 0%
B) less than 10%
C) no more than 20%
D) at least 50%
Question
Adult women need how much total water intake per day?

A) 1.5 liters (6 cups)
B) 2.2 liters (9 cups)
C) 2.7 liters (11 cups)
D) 3 liters (13 cups)
Question
Water regulates body temperature through heat loss via

A) conduction.
B) radiation.
C) respiration.
D) evaporation.
Question
All foods in their unprocessed fm tend to be low in sodium except

A) milk and dairy products.
B) whole grains.
C) legumes.
D) fruits.
Question
The two most significant extracellular ions are

A) sodium and chloride.
B) phosphate and potassium.
C) potassium and sodium.
D) chloride and potassium.
Question
Joe is a wrestler and during his wkouts he loses 2 pounds. How much water would he have to drink to replenish this water weight loss?

A) 2 to 4 cups
B) 4 to 6 cups
C) 6 to 8 cups
D) 8 to 10 cups
Question
Which of the following is true about mineral bioavailability?

A) Minerals from plants are better absorbed than those from animal products.
B) Minerals from animal products are better absorbed than those from plants.
C) The trace mineral content of plants is relatively constant no matter which soil serves as the medium.
D) Refining foods will increase the trace mineral content.
Question
Of the following foods, which one is lowest in sodium?

A) Pepperoni pizza
B) Macaroni salad
C) Milk
D) Grape juice
Question
Potassium perfms all the following functions except which one?

A) It maintains the ability to see at night.
B) It maintains fluid balance.
C) It assists nerve transmission.
D) It maintains normal heart function.
Question
The maj chlide source in the diet is

A) nuts.
B) milk.
C) cheese.
D) salt.
Question
Lowering blood pressure is associated with which of the following minerals?

A) Sodium
B) Potassium
C) Cadmium
D) Chloride
Question
We get most of the sulfur in our diets from

A) carbohydrates.
B) water.
C) fats and oils.
D) proteins.
Question
Magnesium is provided in the diet primarily by

A) whole grains.
B) meat.
C) legumes.
D) milk.
Question
The mineral that is least likely to be deficient in the American diet is

A) calcium.
B) phosphorus.
C) iron.
D) copper.
Question
Magnesium deficiency causes all of the following except

A) irregular heartbeat.
B) muscle pain.
C) seizures.
D) anemia.
Question
Accding to the RDA, the mineral that you need in the largest amount is

A) iron.
B) iodine.
C) calcium.
D) copper.
Question
The amount of iron in the body is mostly regulated by

A) excretion in the urine.
B) absorption in the small intestine.
C) absorption through the skin.
D) absorption in the large intestine.
Question
The most nutrient-dense calcium food source is

A) dark green vegetables.
B) meat.
C) milk and dairy products.
D) cereal grains.
Question
Which of the following statements is true about iron?

A) Iron deficiency anemia is found among young children, adolescents, and menstruating women.
B) Sixty-five percent of dietary iron is absorbed.
C) An iron-deficient individual absorbs less iron.
D) Excess dietary iron is excreted readily via the kidneys.
Question
The best food source of iron is

A) whole wheat bread.
B) egg yolk.
C) raisins.
D) liver.
Question
The AI f sodium f those under 51 years of age is

A) 500 mg/day.
B) 1000 mg/day.
C) 1500 mg/day.
D) 2000 mg/day.
Question
Which of the following food combinations would provide the most phosphus?

A) Strawberries, orange juice, potatoes
B) Cream of wheat, enriched bread, muffin
C) Cheeseburger on whole wheat bun, cola
D) Broccoli and cauliflower salad
Question
Which of the following is not a function of calcium?

A) Muscle contraction
B) Appetite regulation
C) Blood clotting
D) Normal nerve transmission
Question
Which would you expect to furnish the largest amount of calcium?

A) 1 medium egg
B) 1 slice of bread
C) 1 ounce of cheese
D) 1 medium apple
Question
Of the following, the best source of potassium is

A) fresh spinach.
B) milk.
C) white bread.
D) canned tuna.
Question
Potassium is found in the largest quantities in

A) milk and dairy products.
B) meats.
C) fruits and vegetables.
D) refined grains.
Question
What is magnesium's primary function?

A) It acts as the carrier for calcium absorption.
B) It is important in hemoglobin synthesis.
C) It maintains mucus production in the digestive tract.
D) It is important for nerve and heart function.
Question
In the body, 99 percent of calcium is found in

A) the liver.
B) intracellular fluid.
C) bones and teeth.
D) nerve cells.
Question
Phosphus functions in all the following ways except which one?

A) It is a cofactor for a variety of enzymes.
B) It is important for blood glucose regulation.
C) It is a component of cell membranes.
D) It is a component of DNA.
Question
This mineral can be protective f the teeth when introduced into the water supply; however it can cause tooth mottling when consumed in high quantities.

A) Fluoride
B) Copper
C) Iron
D) Selenium
Question
The best-absbed iron source is found in which of the following foods?

A) Sirloin steak
B) Broccoli
C) Kidney beans
D) Cheese
Question
A suboptimal intake of chromium in individuals in the United States may be linked to

A) impaired glucose tolerance.
B) elevated calcitriol levels.
C) lowered serum cholesterol levels.
D) elevated blood pressure.
Question
Which of the following is the best copper source?

A) Beef liver
B) Milk
C) Carrots
D) Legumes
Question
A severe iodide deficiency during early pregnancy may result in an infant afflicted with

A) scurvy.
B) rickets.
C) cretinism.
D) xerophthalmia.
Question
In women, bone loss begins around age

A) 20.
B) 25.
C) 30.
D) 35.
Question
A reduced sense of taste is associated with a deficiency of

A) iron.
B) zinc.
C) chromium.
D) selenium.
Question
The mineral that protects tooth enamel from erosion by acid-producing bacteria is

A) selenium.
B) zinc.
C) copper.
D) fluoride.
Question
Copper's functions consist of all the following except

A) connective tissue formation.
B) thyroid hormone synthesis.
C) iron release from storage.
D) hemoglobin formation.
Question
The first line of defense against bone loss in those at risk f osteoposis is

A) consuming adequate bone building nutrients.
B) hormone therapy.
C) increasing physical activity.
D) limiting sodium and caffeine intakes.
Question
Hypertension is defined as a systolic/diastolic blood pressure at above ____ mm Hg.

A) 100/50
B) 120/80
C) 140/90
D) 180/100
Question
Which of the following foods is highest in selenium?

A) Raisins
B) Special K
C) Skim milk
D) Tuna
Question
People who eat large amounts of seaweed can consume toxic levels of which trace mineral?

A) Selenium
B) Iron
C) Zinc
D) Iodide
Question
Which of the following is true about selenium?

A) It is needed for insulin formation and use.
B) An excess can cause hypertension.
C) It acts as a cofactor in protein metabolism.
D) It acts as an antioxidant.
Question
A mineral that has antioxidant functions and has been suggested to reduce cancer risk is

A) iron.
B) calcium.
C) selenium.
D) sulfur.
Question
Which of the following is a good chromium source?

A) Cherries
B) Whole grains
C) Enriched, refined grains
D) Drinking water
Question
A goiter may fm as a consequence of an inadequate intake of

A) copper.
B) magnesium.
C) sodium.
D) iodide.
Question
The best zinc source is

A) turkey.
B) cheese.
C) pears.
D) potatoes.
Question
Match between columns
Decreased bone mass where no outward cause can be found
Bioavailability
Decreased bone mass where no outward cause can be found
Major mineral
Decreased bone mass where no outward cause can be found
Electrolytes
Decreased bone mass where no outward cause can be found
Bone mass
Decreased bone mass where no outward cause can be found
Trace mineral
Decreased bone mass where no outward cause can be found
Hemoglobin
Decreased bone mass where no outward cause can be found
Myoglobin
Decreased bone mass where no outward cause can be found
Heme iron
Decreased bone mass where no outward cause can be found
Nonheme iron
Decreased bone mass where no outward cause can be found
Goiter
Decreased bone mass where no outward cause can be found
Cretinism
Decreased bone mass where no outward cause can be found
Osteoporosis
Decreased bone mass where no outward cause can be found
Bone mineral density
Decreased bone mass where no outward cause can be found
Tetany
Iron provided from animal tissues
Bioavailability
Iron provided from animal tissues
Major mineral
Iron provided from animal tissues
Electrolytes
Iron provided from animal tissues
Bone mass
Iron provided from animal tissues
Trace mineral
Iron provided from animal tissues
Hemoglobin
Iron provided from animal tissues
Myoglobin
Iron provided from animal tissues
Heme iron
Iron provided from animal tissues
Nonheme iron
Iron provided from animal tissues
Goiter
Iron provided from animal tissues
Cretinism
Iron provided from animal tissues
Osteoporosis
Iron provided from animal tissues
Bone mineral density
Iron provided from animal tissues
Tetany
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Bioavailability
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Major mineral
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Electrolytes
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Bone mass
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Trace mineral
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Hemoglobin
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Myoglobin
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Heme iron
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Nonheme iron
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Goiter
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Cretinism
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Osteoporosis
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Bone mineral density
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Tetany
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Bioavailability
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Major mineral
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Electrolytes
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Bone mass
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Trace mineral
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Hemoglobin
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Myoglobin
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Heme iron
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Nonheme iron
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Goiter
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Cretinism
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Osteoporosis
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Bone mineral density
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Tetany
A body condition marked by sharp contraction of muscles and failure to relax afterward
Bioavailability
A body condition marked by sharp contraction of muscles and failure to relax afterward
Major mineral
A body condition marked by sharp contraction of muscles and failure to relax afterward
Electrolytes
A body condition marked by sharp contraction of muscles and failure to relax afterward
Bone mass
A body condition marked by sharp contraction of muscles and failure to relax afterward
Trace mineral
A body condition marked by sharp contraction of muscles and failure to relax afterward
Hemoglobin
A body condition marked by sharp contraction of muscles and failure to relax afterward
Myoglobin
A body condition marked by sharp contraction of muscles and failure to relax afterward
Heme iron
A body condition marked by sharp contraction of muscles and failure to relax afterward
Nonheme iron
A body condition marked by sharp contraction of muscles and failure to relax afterward
Goiter
A body condition marked by sharp contraction of muscles and failure to relax afterward
Cretinism
A body condition marked by sharp contraction of muscles and failure to relax afterward
Osteoporosis
A body condition marked by sharp contraction of muscles and failure to relax afterward
Bone mineral density
A body condition marked by sharp contraction of muscles and failure to relax afterward
Tetany
Mineral required in the diet in amounts greater than 100 milligrams per day
Bioavailability
Mineral required in the diet in amounts greater than 100 milligrams per day
Major mineral
Mineral required in the diet in amounts greater than 100 milligrams per day
Electrolytes
Mineral required in the diet in amounts greater than 100 milligrams per day
Bone mass
Mineral required in the diet in amounts greater than 100 milligrams per day
Trace mineral
Mineral required in the diet in amounts greater than 100 milligrams per day
Hemoglobin
Mineral required in the diet in amounts greater than 100 milligrams per day
Myoglobin
Mineral required in the diet in amounts greater than 100 milligrams per day
Heme iron
Mineral required in the diet in amounts greater than 100 milligrams per day
Nonheme iron
Mineral required in the diet in amounts greater than 100 milligrams per day
Goiter
Mineral required in the diet in amounts greater than 100 milligrams per day
Cretinism
Mineral required in the diet in amounts greater than 100 milligrams per day
Osteoporosis
Mineral required in the diet in amounts greater than 100 milligrams per day
Bone mineral density
Mineral required in the diet in amounts greater than 100 milligrams per day
Tetany
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Bioavailability
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Major mineral
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Electrolytes
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Bone mass
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Trace mineral
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Hemoglobin
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Myoglobin
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Heme iron
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Nonheme iron
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Goiter
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Cretinism
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Osteoporosis
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Bone mineral density
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Tetany
Iron provided from plant sources
Bioavailability
Iron provided from plant sources
Major mineral
Iron provided from plant sources
Electrolytes
Iron provided from plant sources
Bone mass
Iron provided from plant sources
Trace mineral
Iron provided from plant sources
Hemoglobin
Iron provided from plant sources
Myoglobin
Iron provided from plant sources
Heme iron
Iron provided from plant sources
Nonheme iron
Iron provided from plant sources
Goiter
Iron provided from plant sources
Cretinism
Iron provided from plant sources
Osteoporosis
Iron provided from plant sources
Bone mineral density
Iron provided from plant sources
Tetany
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Bioavailability
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Major mineral
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Electrolytes
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Bone mass
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Trace mineral
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Hemoglobin
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Myoglobin
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Heme iron
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Nonheme iron
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Goiter
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Cretinism
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Osteoporosis
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Bone mineral density
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Tetany
Iron-containing compound that binds oxygen in muscle tissue
Bioavailability
Iron-containing compound that binds oxygen in muscle tissue
Major mineral
Iron-containing compound that binds oxygen in muscle tissue
Electrolytes
Iron-containing compound that binds oxygen in muscle tissue
Bone mass
Iron-containing compound that binds oxygen in muscle tissue
Trace mineral
Iron-containing compound that binds oxygen in muscle tissue
Hemoglobin
Iron-containing compound that binds oxygen in muscle tissue
Myoglobin
Iron-containing compound that binds oxygen in muscle tissue
Heme iron
Iron-containing compound that binds oxygen in muscle tissue
Nonheme iron
Iron-containing compound that binds oxygen in muscle tissue
Goiter
Iron-containing compound that binds oxygen in muscle tissue
Cretinism
Iron-containing compound that binds oxygen in muscle tissue
Osteoporosis
Iron-containing compound that binds oxygen in muscle tissue
Bone mineral density
Iron-containing compound that binds oxygen in muscle tissue
Tetany
An enlargement of the thyroid gland
Bioavailability
An enlargement of the thyroid gland
Major mineral
An enlargement of the thyroid gland
Electrolytes
An enlargement of the thyroid gland
Bone mass
An enlargement of the thyroid gland
Trace mineral
An enlargement of the thyroid gland
Hemoglobin
An enlargement of the thyroid gland
Myoglobin
An enlargement of the thyroid gland
Heme iron
An enlargement of the thyroid gland
Nonheme iron
An enlargement of the thyroid gland
Goiter
An enlargement of the thyroid gland
Cretinism
An enlargement of the thyroid gland
Osteoporosis
An enlargement of the thyroid gland
Bone mineral density
An enlargement of the thyroid gland
Tetany
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Bioavailability
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Major mineral
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Electrolytes
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Bone mass
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Trace mineral
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Hemoglobin
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Myoglobin
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Heme iron
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Nonheme iron
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Goiter
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Cretinism
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Osteoporosis
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Bone mineral density
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Tetany
Stunting of body growth and poor mental development
Bioavailability
Stunting of body growth and poor mental development
Major mineral
Stunting of body growth and poor mental development
Electrolytes
Stunting of body growth and poor mental development
Bone mass
Stunting of body growth and poor mental development
Trace mineral
Stunting of body growth and poor mental development
Hemoglobin
Stunting of body growth and poor mental development
Myoglobin
Stunting of body growth and poor mental development
Heme iron
Stunting of body growth and poor mental development
Nonheme iron
Stunting of body growth and poor mental development
Goiter
Stunting of body growth and poor mental development
Cretinism
Stunting of body growth and poor mental development
Osteoporosis
Stunting of body growth and poor mental development
Bone mineral density
Stunting of body growth and poor mental development
Tetany
Total mineral substance in a cross section of bone
Bioavailability
Total mineral substance in a cross section of bone
Major mineral
Total mineral substance in a cross section of bone
Electrolytes
Total mineral substance in a cross section of bone
Bone mass
Total mineral substance in a cross section of bone
Trace mineral
Total mineral substance in a cross section of bone
Hemoglobin
Total mineral substance in a cross section of bone
Myoglobin
Total mineral substance in a cross section of bone
Heme iron
Total mineral substance in a cross section of bone
Nonheme iron
Total mineral substance in a cross section of bone
Goiter
Total mineral substance in a cross section of bone
Cretinism
Total mineral substance in a cross section of bone
Osteoporosis
Total mineral substance in a cross section of bone
Bone mineral density
Total mineral substance in a cross section of bone
Tetany
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Deck 9: Water and Minerals
1
A deficiency of _______________ results in impaired glucose tolerance and elevated blood cholesterol.
chromium OR Cr
2
Consumption of this mineral in water has lowered the rate of dental caries because _______________ strengthens the crystal structure of teeth.
fluoride OR F
3
_______________ is a maj mineral imptant f nerve and heart function and is a cofact f over 300 enzymes. It is a maj constituent of bone and is found in whole grains and vegetables. Low levels of this mineral may be associated with sudden heart attacks.
Magnesium OR Mg
4
The amount of water in each compartment mainly is controlled by

A) oxygen concentration.
B) glucose concentration.
C) the presence of fatty acids.
D) ion concentration.
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5
Sodium and chlide are the maj ____________ electrolytes.
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6
Intracellular water volume depends primarily on the concentration of

A) sodium and chloride.
B) phosphate and potassium.
C) potassium and sodium.
D) chloride and potassium.
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7
In people with hypertension, increased intake of _______________ may lower blood pressure. It is found in greatest abundance in fruits and vegetables. A deficiency can lead to muscle cramps and irregular heartbeat.
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8
Potassium and phosphus are the maj ____________ electrolytes.
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9
_______________ is the mineral present in the body in greatest quantity. The best dietary sources are milk and dairy products.
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10
_______________ is the process of equalizing ion concentration by movement of fluid through a semipermeable membrane, such as the one surrounding cells.
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11
_______________ is best absbed as the heme fm present in animal products such as beef.
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12
During intense vomiting, much _______________ can be lost because this mineral is present in stomach acid.
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13
The maj source of ____________ in the American diet is processed foods.
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14
Composed primarily of water, metabolic wastes, and minerals, the maj body waste product is ____________.
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15
_______________ is a disease in which bone mass is lost to such a degree that fractures can occur in bones, especially the wrist, spine, and hips.
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16
_______________ is imptant in the synthesis of hemoglobin and the transpt and stage of iron. With vitamin C, this mineral is imptant in collagen synthesis.
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17
Large doses of zinc can cause decreases in _______________ absption.
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18
Water constitutes ______ percent of body weight.

A) 10-20
B) 25-45
C) 50-70
D) 75-95
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19
_______________ is imptant in the synthesis of thyroid hmone. Lack of it will lead to goiter.
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20
A copper deficiency can be created by taking _______________ supplements in high amounts.
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21
Which of the following would have the most sodium?

A) Applesauce in a jar
B) Homemade apple pie made with fresh apples
C) Homemade apple pie made with canned fruit filling
D) A prepared apple pie with filling from a can, bought in the store
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22
The typical American diet contains approximately ___ milligrams of sodium.

A) 700 to 1,200
B) 1,300 to 2,200
C) 2,300 to 4,700
D) 5,000 to 10,000
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23
Which of the following statements does not describe the role of minerals in the body?

A) They make possible the transfer of nerve impulses.
B) They are constituents of important body compounds.
C) They provide 4 kilocalories per gram.
D) They help maintain water balance.
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24
Which of the following is not true about the regulation of fluid in the body?

A) Thirst is a reliable indicator of how much water an athlete should consume during and after workouts.
B) Antidiuretic hormone is released to force the kidney to conserve water.
C) There is a limit to how concentrated the kidney can make the urine.
D) Even though the kidney can effectively conserve water, insensible water losses must be replenished.
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25
The body's need f water is approximately ____ milliliter(s) per kilocalie.

A) 3
B) 2
C) 1
D) 0.5
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26
Compared to most municipal water supplies, bottled water

A) is safer to drink.
B) has higher fluoride content.
C) places less of a burden on the environment.
D) is essentially the same.
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27
Consumption of a diet high in salt by a healthy individual will

A) cause damage to the kidneys.
B) result in edema.
C) increase fecal excretion of sodium.
D) increase urinary excretion of sodium.
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28
Minerals are classified in which way?

A) Major minerals are needed in amounts greater than 500 mg per day.
B) Trace minerals are needed in amounts less than 100 mg per day.
C) Trace minerals are needed in amounts less than 10 mg per day.
D) Major minerals are needed in amounts greater than 200 mg per day.
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29
Adult men need how much total water intake per day?

A) 2.2 liters (9 cups)
B) 2.7 liters (11 cups)
C) 3.0 liters (13 cups)
D) 3.7 liters (15 cups)
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30
A liter of perspiration lost by the body represents ____ kilocalies.

A) 200
B) 400
C) 600
D) 800
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31
In the United States, the safety of municipal water supplies is regulated by the

A) Environmental Protection Agency.
B) United States Department of Agriculture.
C) Food and Drug Administration.
D) International Bottled Water Association.
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32
The Beverage Guidance System recommends that fluids should provide ______ of total calies consumed.

A) 0%
B) less than 10%
C) no more than 20%
D) at least 50%
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33
Adult women need how much total water intake per day?

A) 1.5 liters (6 cups)
B) 2.2 liters (9 cups)
C) 2.7 liters (11 cups)
D) 3 liters (13 cups)
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34
Water regulates body temperature through heat loss via

A) conduction.
B) radiation.
C) respiration.
D) evaporation.
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35
All foods in their unprocessed fm tend to be low in sodium except

A) milk and dairy products.
B) whole grains.
C) legumes.
D) fruits.
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36
The two most significant extracellular ions are

A) sodium and chloride.
B) phosphate and potassium.
C) potassium and sodium.
D) chloride and potassium.
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37
Joe is a wrestler and during his wkouts he loses 2 pounds. How much water would he have to drink to replenish this water weight loss?

A) 2 to 4 cups
B) 4 to 6 cups
C) 6 to 8 cups
D) 8 to 10 cups
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38
Which of the following is true about mineral bioavailability?

A) Minerals from plants are better absorbed than those from animal products.
B) Minerals from animal products are better absorbed than those from plants.
C) The trace mineral content of plants is relatively constant no matter which soil serves as the medium.
D) Refining foods will increase the trace mineral content.
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39
Of the following foods, which one is lowest in sodium?

A) Pepperoni pizza
B) Macaroni salad
C) Milk
D) Grape juice
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40
Potassium perfms all the following functions except which one?

A) It maintains the ability to see at night.
B) It maintains fluid balance.
C) It assists nerve transmission.
D) It maintains normal heart function.
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41
The maj chlide source in the diet is

A) nuts.
B) milk.
C) cheese.
D) salt.
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42
Lowering blood pressure is associated with which of the following minerals?

A) Sodium
B) Potassium
C) Cadmium
D) Chloride
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43
We get most of the sulfur in our diets from

A) carbohydrates.
B) water.
C) fats and oils.
D) proteins.
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44
Magnesium is provided in the diet primarily by

A) whole grains.
B) meat.
C) legumes.
D) milk.
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45
The mineral that is least likely to be deficient in the American diet is

A) calcium.
B) phosphorus.
C) iron.
D) copper.
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46
Magnesium deficiency causes all of the following except

A) irregular heartbeat.
B) muscle pain.
C) seizures.
D) anemia.
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47
Accding to the RDA, the mineral that you need in the largest amount is

A) iron.
B) iodine.
C) calcium.
D) copper.
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48
The amount of iron in the body is mostly regulated by

A) excretion in the urine.
B) absorption in the small intestine.
C) absorption through the skin.
D) absorption in the large intestine.
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49
The most nutrient-dense calcium food source is

A) dark green vegetables.
B) meat.
C) milk and dairy products.
D) cereal grains.
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50
Which of the following statements is true about iron?

A) Iron deficiency anemia is found among young children, adolescents, and menstruating women.
B) Sixty-five percent of dietary iron is absorbed.
C) An iron-deficient individual absorbs less iron.
D) Excess dietary iron is excreted readily via the kidneys.
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51
The best food source of iron is

A) whole wheat bread.
B) egg yolk.
C) raisins.
D) liver.
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52
The AI f sodium f those under 51 years of age is

A) 500 mg/day.
B) 1000 mg/day.
C) 1500 mg/day.
D) 2000 mg/day.
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53
Which of the following food combinations would provide the most phosphus?

A) Strawberries, orange juice, potatoes
B) Cream of wheat, enriched bread, muffin
C) Cheeseburger on whole wheat bun, cola
D) Broccoli and cauliflower salad
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54
Which of the following is not a function of calcium?

A) Muscle contraction
B) Appetite regulation
C) Blood clotting
D) Normal nerve transmission
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55
Which would you expect to furnish the largest amount of calcium?

A) 1 medium egg
B) 1 slice of bread
C) 1 ounce of cheese
D) 1 medium apple
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56
Of the following, the best source of potassium is

A) fresh spinach.
B) milk.
C) white bread.
D) canned tuna.
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57
Potassium is found in the largest quantities in

A) milk and dairy products.
B) meats.
C) fruits and vegetables.
D) refined grains.
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58
What is magnesium's primary function?

A) It acts as the carrier for calcium absorption.
B) It is important in hemoglobin synthesis.
C) It maintains mucus production in the digestive tract.
D) It is important for nerve and heart function.
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59
In the body, 99 percent of calcium is found in

A) the liver.
B) intracellular fluid.
C) bones and teeth.
D) nerve cells.
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60
Phosphus functions in all the following ways except which one?

A) It is a cofactor for a variety of enzymes.
B) It is important for blood glucose regulation.
C) It is a component of cell membranes.
D) It is a component of DNA.
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61
This mineral can be protective f the teeth when introduced into the water supply; however it can cause tooth mottling when consumed in high quantities.

A) Fluoride
B) Copper
C) Iron
D) Selenium
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62
The best-absbed iron source is found in which of the following foods?

A) Sirloin steak
B) Broccoli
C) Kidney beans
D) Cheese
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63
A suboptimal intake of chromium in individuals in the United States may be linked to

A) impaired glucose tolerance.
B) elevated calcitriol levels.
C) lowered serum cholesterol levels.
D) elevated blood pressure.
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64
Which of the following is the best copper source?

A) Beef liver
B) Milk
C) Carrots
D) Legumes
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65
A severe iodide deficiency during early pregnancy may result in an infant afflicted with

A) scurvy.
B) rickets.
C) cretinism.
D) xerophthalmia.
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66
In women, bone loss begins around age

A) 20.
B) 25.
C) 30.
D) 35.
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67
A reduced sense of taste is associated with a deficiency of

A) iron.
B) zinc.
C) chromium.
D) selenium.
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68
The mineral that protects tooth enamel from erosion by acid-producing bacteria is

A) selenium.
B) zinc.
C) copper.
D) fluoride.
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69
Copper's functions consist of all the following except

A) connective tissue formation.
B) thyroid hormone synthesis.
C) iron release from storage.
D) hemoglobin formation.
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70
The first line of defense against bone loss in those at risk f osteoposis is

A) consuming adequate bone building nutrients.
B) hormone therapy.
C) increasing physical activity.
D) limiting sodium and caffeine intakes.
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71
Hypertension is defined as a systolic/diastolic blood pressure at above ____ mm Hg.

A) 100/50
B) 120/80
C) 140/90
D) 180/100
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72
Which of the following foods is highest in selenium?

A) Raisins
B) Special K
C) Skim milk
D) Tuna
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73
People who eat large amounts of seaweed can consume toxic levels of which trace mineral?

A) Selenium
B) Iron
C) Zinc
D) Iodide
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74
Which of the following is true about selenium?

A) It is needed for insulin formation and use.
B) An excess can cause hypertension.
C) It acts as a cofactor in protein metabolism.
D) It acts as an antioxidant.
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75
A mineral that has antioxidant functions and has been suggested to reduce cancer risk is

A) iron.
B) calcium.
C) selenium.
D) sulfur.
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76
Which of the following is a good chromium source?

A) Cherries
B) Whole grains
C) Enriched, refined grains
D) Drinking water
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77
A goiter may fm as a consequence of an inadequate intake of

A) copper.
B) magnesium.
C) sodium.
D) iodide.
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78
The best zinc source is

A) turkey.
B) cheese.
C) pears.
D) potatoes.
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79
Match between columns
Decreased bone mass where no outward cause can be found
Bioavailability
Decreased bone mass where no outward cause can be found
Major mineral
Decreased bone mass where no outward cause can be found
Electrolytes
Decreased bone mass where no outward cause can be found
Bone mass
Decreased bone mass where no outward cause can be found
Trace mineral
Decreased bone mass where no outward cause can be found
Hemoglobin
Decreased bone mass where no outward cause can be found
Myoglobin
Decreased bone mass where no outward cause can be found
Heme iron
Decreased bone mass where no outward cause can be found
Nonheme iron
Decreased bone mass where no outward cause can be found
Goiter
Decreased bone mass where no outward cause can be found
Cretinism
Decreased bone mass where no outward cause can be found
Osteoporosis
Decreased bone mass where no outward cause can be found
Bone mineral density
Decreased bone mass where no outward cause can be found
Tetany
Iron provided from animal tissues
Bioavailability
Iron provided from animal tissues
Major mineral
Iron provided from animal tissues
Electrolytes
Iron provided from animal tissues
Bone mass
Iron provided from animal tissues
Trace mineral
Iron provided from animal tissues
Hemoglobin
Iron provided from animal tissues
Myoglobin
Iron provided from animal tissues
Heme iron
Iron provided from animal tissues
Nonheme iron
Iron provided from animal tissues
Goiter
Iron provided from animal tissues
Cretinism
Iron provided from animal tissues
Osteoporosis
Iron provided from animal tissues
Bone mineral density
Iron provided from animal tissues
Tetany
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Bioavailability
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Major mineral
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Electrolytes
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Bone mass
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Trace mineral
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Hemoglobin
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Myoglobin
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Heme iron
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Nonheme iron
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Goiter
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Cretinism
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Osteoporosis
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Bone mineral density
Substances that break down into ions in water and, in turn, are able to conduct an electrical current
Tetany
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Bioavailability
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Major mineral
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Electrolytes
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Bone mass
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Trace mineral
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Hemoglobin
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Myoglobin
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Heme iron
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Nonheme iron
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Goiter
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Cretinism
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Osteoporosis
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Bone mineral density
The degree to which the amount of an ingested nutrient is absorbed and is available to the body
Tetany
A body condition marked by sharp contraction of muscles and failure to relax afterward
Bioavailability
A body condition marked by sharp contraction of muscles and failure to relax afterward
Major mineral
A body condition marked by sharp contraction of muscles and failure to relax afterward
Electrolytes
A body condition marked by sharp contraction of muscles and failure to relax afterward
Bone mass
A body condition marked by sharp contraction of muscles and failure to relax afterward
Trace mineral
A body condition marked by sharp contraction of muscles and failure to relax afterward
Hemoglobin
A body condition marked by sharp contraction of muscles and failure to relax afterward
Myoglobin
A body condition marked by sharp contraction of muscles and failure to relax afterward
Heme iron
A body condition marked by sharp contraction of muscles and failure to relax afterward
Nonheme iron
A body condition marked by sharp contraction of muscles and failure to relax afterward
Goiter
A body condition marked by sharp contraction of muscles and failure to relax afterward
Cretinism
A body condition marked by sharp contraction of muscles and failure to relax afterward
Osteoporosis
A body condition marked by sharp contraction of muscles and failure to relax afterward
Bone mineral density
A body condition marked by sharp contraction of muscles and failure to relax afterward
Tetany
Mineral required in the diet in amounts greater than 100 milligrams per day
Bioavailability
Mineral required in the diet in amounts greater than 100 milligrams per day
Major mineral
Mineral required in the diet in amounts greater than 100 milligrams per day
Electrolytes
Mineral required in the diet in amounts greater than 100 milligrams per day
Bone mass
Mineral required in the diet in amounts greater than 100 milligrams per day
Trace mineral
Mineral required in the diet in amounts greater than 100 milligrams per day
Hemoglobin
Mineral required in the diet in amounts greater than 100 milligrams per day
Myoglobin
Mineral required in the diet in amounts greater than 100 milligrams per day
Heme iron
Mineral required in the diet in amounts greater than 100 milligrams per day
Nonheme iron
Mineral required in the diet in amounts greater than 100 milligrams per day
Goiter
Mineral required in the diet in amounts greater than 100 milligrams per day
Cretinism
Mineral required in the diet in amounts greater than 100 milligrams per day
Osteoporosis
Mineral required in the diet in amounts greater than 100 milligrams per day
Bone mineral density
Mineral required in the diet in amounts greater than 100 milligrams per day
Tetany
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Bioavailability
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Major mineral
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Electrolytes
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Bone mass
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Trace mineral
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Hemoglobin
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Myoglobin
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Heme iron
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Nonheme iron
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Goiter
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Cretinism
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Osteoporosis
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Bone mineral density
A mineral vital to health that is required in the diet in amounts less than 100 milligrams per day
Tetany
Iron provided from plant sources
Bioavailability
Iron provided from plant sources
Major mineral
Iron provided from plant sources
Electrolytes
Iron provided from plant sources
Bone mass
Iron provided from plant sources
Trace mineral
Iron provided from plant sources
Hemoglobin
Iron provided from plant sources
Myoglobin
Iron provided from plant sources
Heme iron
Iron provided from plant sources
Nonheme iron
Iron provided from plant sources
Goiter
Iron provided from plant sources
Cretinism
Iron provided from plant sources
Osteoporosis
Iron provided from plant sources
Bone mineral density
Iron provided from plant sources
Tetany
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Bioavailability
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Major mineral
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Electrolytes
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Bone mass
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Trace mineral
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Hemoglobin
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Myoglobin
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Heme iron
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Nonheme iron
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Goiter
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Cretinism
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Osteoporosis
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Bone mineral density
The iron-containing part of the red blood cell that carries oxygen to cells and some carbon dioxide away from cells
Tetany
Iron-containing compound that binds oxygen in muscle tissue
Bioavailability
Iron-containing compound that binds oxygen in muscle tissue
Major mineral
Iron-containing compound that binds oxygen in muscle tissue
Electrolytes
Iron-containing compound that binds oxygen in muscle tissue
Bone mass
Iron-containing compound that binds oxygen in muscle tissue
Trace mineral
Iron-containing compound that binds oxygen in muscle tissue
Hemoglobin
Iron-containing compound that binds oxygen in muscle tissue
Myoglobin
Iron-containing compound that binds oxygen in muscle tissue
Heme iron
Iron-containing compound that binds oxygen in muscle tissue
Nonheme iron
Iron-containing compound that binds oxygen in muscle tissue
Goiter
Iron-containing compound that binds oxygen in muscle tissue
Cretinism
Iron-containing compound that binds oxygen in muscle tissue
Osteoporosis
Iron-containing compound that binds oxygen in muscle tissue
Bone mineral density
Iron-containing compound that binds oxygen in muscle tissue
Tetany
An enlargement of the thyroid gland
Bioavailability
An enlargement of the thyroid gland
Major mineral
An enlargement of the thyroid gland
Electrolytes
An enlargement of the thyroid gland
Bone mass
An enlargement of the thyroid gland
Trace mineral
An enlargement of the thyroid gland
Hemoglobin
An enlargement of the thyroid gland
Myoglobin
An enlargement of the thyroid gland
Heme iron
An enlargement of the thyroid gland
Nonheme iron
An enlargement of the thyroid gland
Goiter
An enlargement of the thyroid gland
Cretinism
An enlargement of the thyroid gland
Osteoporosis
An enlargement of the thyroid gland
Bone mineral density
An enlargement of the thyroid gland
Tetany
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Bioavailability
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Major mineral
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Electrolytes
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Bone mass
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Trace mineral
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Hemoglobin
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Myoglobin
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Heme iron
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Nonheme iron
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Goiter
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Cretinism
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Osteoporosis
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Bone mineral density
Total mineral content of bone at a specific bone site divided by the width of the bone at that site
Tetany
Stunting of body growth and poor mental development
Bioavailability
Stunting of body growth and poor mental development
Major mineral
Stunting of body growth and poor mental development
Electrolytes
Stunting of body growth and poor mental development
Bone mass
Stunting of body growth and poor mental development
Trace mineral
Stunting of body growth and poor mental development
Hemoglobin
Stunting of body growth and poor mental development
Myoglobin
Stunting of body growth and poor mental development
Heme iron
Stunting of body growth and poor mental development
Nonheme iron
Stunting of body growth and poor mental development
Goiter
Stunting of body growth and poor mental development
Cretinism
Stunting of body growth and poor mental development
Osteoporosis
Stunting of body growth and poor mental development
Bone mineral density
Stunting of body growth and poor mental development
Tetany
Total mineral substance in a cross section of bone
Bioavailability
Total mineral substance in a cross section of bone
Major mineral
Total mineral substance in a cross section of bone
Electrolytes
Total mineral substance in a cross section of bone
Bone mass
Total mineral substance in a cross section of bone
Trace mineral
Total mineral substance in a cross section of bone
Hemoglobin
Total mineral substance in a cross section of bone
Myoglobin
Total mineral substance in a cross section of bone
Heme iron
Total mineral substance in a cross section of bone
Nonheme iron
Total mineral substance in a cross section of bone
Goiter
Total mineral substance in a cross section of bone
Cretinism
Total mineral substance in a cross section of bone
Osteoporosis
Total mineral substance in a cross section of bone
Bone mineral density
Total mineral substance in a cross section of bone
Tetany
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