Deck 1: What You Eat and Why

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Question
Nutrients are sted into three groups: (1) those that provide energy; (2) those that promote growth, development, and maintenance; and (3) those that _______________.
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Question
Nutrition is the science that links _______ to health and disease.
Question
Carbohydrates, fats, and _______________ are nutrients that provide energy.
Question
Which nutrient makes up 60 percent of the human body?_______________
Question
_______________ are substances found in plants that, if consumed regularly, may contribute to a reduced risk of cancer cardiovascular disease.
Question
Consuming five me alcoholic drinks in a row f men, four alcoholic drinks me f women, is considered _______________.
Question
Recent surveys indicate that the most commonly purchased foods in America are

A) milk, ready-to-eat cereal, bottled water, soft drinks, and bread.
B) pizza, soft drinks, cheesburgers, and French fries.
C) tacos, bagels, bottled water, and ice cream.
D) fried chicken, ribs, beer, and donuts.
Question
F student athletes, water is an adequate fluid replacement f events lasting less than _______________ minutes.
Question
A weight reduction regimen calls f a daily intake of 1,400 kcal and 30 grams of fat. Approximately ______% of the total energy is contributed by fat.
30 g fat x 9 kcal/g = 270 kcal from fat
270 kcal from fat / 1400 total kcal = 0.19
Question
On average, Americans consume approximately ______% of total kcal as fat.
Question
Which of the following nutrition-related diseases is not one of the three leading causes of death in the United States?

A) Cardiovascular disease
B) Cancer
C) Diabetes
Question
Pat purchases a 2-liter bottle of root beer. This would be approximately _______________ quart(s).
1 quart is approximately equal to 1 liter (0.946 L).
Question
When in Europe you are told that you are eating a steak weighing 140 grams. This would be _______________ ounces.
140 g / 28 g/oz = 5 oz
Question
Loss of menstrual periods, thinning of bones, gastrointestinal problems, kidney problems, heart abnmalities, and eventually death are serious adverse effects of _______________.
Question
Which of the following is not a class of nutrient?

A) Alcohol
B) Carbohydrates
C) Lipids
D) Minerals
Question
One cup of chocolate milk contains 15 grams of carbohydrate, 8 grams of fat, and 8 grams of protein. This cup of milk supplies _______________ kcal.
15 g carbohydrate x 4 kcal/g = 60 kcal from carbohydrate
8 g fat x 9 kcal/g = 72 kcal from fat
8 g protein x 4 kcal/g = 32 kcal from protein
60 + 72 + 32 = 164 kcal
Question
The nutrient values on the _____________________________ can be used to calculate calie content of a food.
Question
The six classes of nutrients include carbohydrates, lipids, proteins, vitamins, minerals, and _______________.
Question
The _____________________________ is one imptant region in the brain that influences whether we eat not.
Question
Shelby weighs 70 kilograms, which is _______________ pounds.
70 kg x 2.2 lb/kg = 154 lb
Question
Which of the following is characteristic of lipids?

A) Supply 4 kcalories per gram
B) Add structural strength to bones and muscles
C) Supply a concentrated form of fuel for the body
D) Add sweetness to food
Question
What substances, present in fruits and vegetables, provide significant health benefits such as reducing the risk of cancer?

A) Phytochemicals
B) Beta blockers
C) Deoxidizers
D) Free radicals
Question
Gram f gram, which provides the most energy?

A) Carbohydrates
B) Proteins
C) Alcohol
D) Fats
Question
A large hamburger (e.g., Whopper) sandwich contains 628 kilocalies and 36 grams of fat. Approximately what percentage of the total energy is contributed by fat?

A) 23%
B) 52%
C) 19%
D) 41%
Question
Fibers belong to the class of nutrients known as

A) carbohydrates.
B) protein.
C) lipids.
D) minerals.
Question
Which of the following is a characteristic of vitamins?

A) Provide energy
B) Become structural components of the body
C) Enable chemical processes in the body
D) Made in sufficient quantities by the body
Question
Which of the following is not true about water?

A) Provides energy
B) Provides a way to transport nutrients and waste
C) By-product of cell chemical reactions
D) Dietary need of approximately 9-13 cups per day
Question
The essential nutrients

A) must be consumed at every meal.
B) are required for infants but not adults.
C) can be made in the body when they are needed.
D) cannot be made by the body and therefore must be consumed to maintain health.
Question
A meal consisting of a cheeseburger, large fries, and a chocolate shake provides a total of 1,120 kilocalies. Fty-eight percent of the energy is from carbohydrate and 13 percent is from protein. How many kilocalies of fat does the meal contain?

A) 137
B) 313
C) 287
D) 437
Question
A serving of bleu cheese dressing containing 23 grams of fat would yield _____ kilocalies from fat.

A) 161
B) 92
C) 207
D) 255
Question
Which of the following is not a characteristic shared by carbohydrates?

A) Contain more kcalories than protein
B) Supply 4 kcalories per gram
C) Add sweetness to food
D) Provide a major source of fuel for the body
Question
A kilocalie is a measure of

A) heat energy.
B) fat in food.
C) nutrients in food.
D) sugar and fat in food.
Question
Certain nutrients provide us with energy. Some are imptant f growth and development. Others act to keep body functions running smoothly. Which of the following does not promote growth and development?

A) Lipids
B) Carbohydrates
C) Proteins
D) Minerals
Question
Which of the following is true about the energy content of nutrients?

A) Lipids supply 7 kcalories per gram.
B) Carbohydrates and proteins supply 4 kcalories per gram.
C) Alcohol supplies 9 kcalories per gram.
D) Lipids and alcohol supply 9 kcalories per gram.
Question
A warning sign symptom of alcohol poisoning is

A) semiconsciousness or unconsciousness.
B) rapid breathing.
C) skin that is hot to the touch.
D) insomnia.
Question
Which of the following is not a characteristic of protein?

A) Major component of body structure
B) Supplies 4 kcalories per gram
C) Most significant energy source for humans
D) Forms enzymes
Question
The Food and Nutrition Board (FNB) of the National Academy of Sciences advocates that 10% to 35% of calies come from protein and ________________ from carbohydrate.

A) 20% to 35%
B) 45% to 65%
C) 50% to 70%
D) 55% to 75%
Question
Minerals can

A) provide energy.
B) be destroyed during cooking.
C) be degraded by the body.
D) become part of the body structural systems.
Question
Which of the following yield greater than 4 kcalies per gram?

A) Plant fats
B) Plant carbohydrates
C) Plant proteins
D) Animal proteins
Question
Which of the following nutrients can directly supply energy f human use?

A) Lipids and oils
B) Fiber
C) Vitamins
D) Minerals
Question
The cruciferous vegetables include broccoli, cabbage, and kale.
Question
The "Freshman 15" is the

A) typical waist circumference of college students after freshman year.
B) typical body fat percentage of college students after freshman year.
C) amount of weight (in pounds) typically gained during freshman year of college.
D) typical BMI of college students after freshman year.
Question
Which of the following is not a simple carbohydrate?

A) Starches
B) Table sugar
C) Disaccharides
D) Monosaccharides
Question
Which of the following is not a nutrition and weight status objective from Healthy People 2020?

A) Reduce the proportion of adults who are obese.
B) Increase the contribution of fruits to the diets.
C) Increase the contribution of whole grains to the diets.
D) Increase the consumption of protein.
Question
In 2001 nearly 12% of children and adolescents were overweight, whereas in 2010 nearly ________ of children and teens fell into these categies.

A) 15%
B) 20%
C) one-third
D) one-half
Question
Which of the following does not regulate body processes?

A) Proteins
B) Carbohydrates
C) Water
D) Vitamins
Question
A recent study found that a low-risk lifestyle protected women from sudden cardiac death. The low-risk lifestyle was considered as

A) no alcohol consumption, not overweight, exercising 60 minutes/day or longer, and following a vegan diet.
B) not smoking, not overweight, exercising 30 minutes/day or longer, and following the Mediterranean Diet.
C) drinking one glass of red wine/day, exercising 20 minutes/day or longer, and following a low-carbohydrate diet.
D) not overweight, exercising 45 minutes/day or longer, and following the Ornish Diet.
Question
Recent studies clearly indicate an association between TV advertising of foods and drinks and ______________________, especially in the United States.

A) dollars spent for food in restaurants
B) purchase of more nutritious products from grocery stores
C) the prevalence of childhood obesity
D) the number of meals eaten at home
Question
Which of the following includes all energy-yielding substances?

A) Carbohydrates, lipids, protein
B) Vitamins, minerals, carbohydrates, lipids, protein
C) Alcohol, carbohydrates, lipids, protein
D) Carbohydrates, lipids, protein, vitamins, minerals, water
Question
Current facts that can influence American food habits negatively are

A) more offerings of chicken and fish in restaurants as alternatives to beef.
B) social changes are leading to a general time shortage for many of us.
C) the variety of new, low fat products in the supermarket.
D) more published information on the nutritional content of fast foods.
Question
Which of the following are substances in plant foods that are not digested in the stomach small intestine?

A) Dextrose
B) Disaccharides
C) Dietary fiber
D) Simple sugars
Question
Healthy People 2020 was designed to

A) eliminate health disparities, improve access to health education and quality health care, and strengthen public health services.
B) disclose dietary practices that best support health.
C) prevent chronic disease.
D) eliminate dietary inadequacies and excesses, and to encourage healthful practices.
Question
Which of the following is not one of the six categies of Healthy People 2020: Nutrition and Weight Status Objectives?

A) Healthier Food Access
B) Food Insecurity
C) Iron Deficiency
D) Calcium Deficiency
Question
In 2008, the Food and Drug Administration (FDA) found that ________ of consumers in the United States read the food label when buying a product f the first time.

A) only 25%
B) about one-third (33%)
C) more than half (54%)
D) most (90%)
Question
To reduce their risk f many chronic diseases, Americans should limit their intakes of

A) whole grains.
B) water.
C) solid fats.
D) phytochemicals.
Question
Which of the following is true about the Nth American diet?

A) Most of our protein comes from plant sources.
B) Approximately half of our carbohydrates come from simple sugars.
C) Most of our fats come from plant sources.
D) Most of our carbohydrates come from fibers.
Question
Which of the following terms describes psychological influences that encourage us to find and eat food?

A) Appetite
B) Hunger
C) Satiety
D) Obsession
Question
Which of the following contain no calies?

A) Alcohol
B) Proteins
C) Carbohydrates
D) Vitamins
Question
Match between columns
Heat needed to raise 1 liter of water 1 degree Celsius
Amino acid
Heat needed to raise 1 liter of water 1 degree Celsius
Phytochemicals
Heat needed to raise 1 liter of water 1 degree Celsius
Kilocalorie
Heat needed to raise 1 liter of water 1 degree Celsius
Appetite
Heat needed to raise 1 liter of water 1 degree Celsius
Vitamins
Heat needed to raise 1 liter of water 1 degree Celsius
Nutrients
Heat needed to raise 1 liter of water 1 degree Celsius
Hunger
Heat needed to raise 1 liter of water 1 degree Celsius
Minerals
Heat needed to raise 1 liter of water 1 degree Celsius
Risk factor
Heat needed to raise 1 liter of water 1 degree Celsius
Enzyme
Heat needed to raise 1 liter of water 1 degree Celsius
Satiety
Heat needed to raise 1 liter of water 1 degree Celsius
Hormone
Heat needed to raise 1 liter of water 1 degree Celsius
Genes
Heat needed to raise 1 liter of water 1 degree Celsius
Obesity
Heat needed to raise 1 liter of water 1 degree Celsius
Hypertension
Psychological (external) influences that encourage us to find and eat food
Amino acid
Psychological (external) influences that encourage us to find and eat food
Phytochemicals
Psychological (external) influences that encourage us to find and eat food
Kilocalorie
Psychological (external) influences that encourage us to find and eat food
Appetite
Psychological (external) influences that encourage us to find and eat food
Vitamins
Psychological (external) influences that encourage us to find and eat food
Nutrients
Psychological (external) influences that encourage us to find and eat food
Hunger
Psychological (external) influences that encourage us to find and eat food
Minerals
Psychological (external) influences that encourage us to find and eat food
Risk factor
Psychological (external) influences that encourage us to find and eat food
Enzyme
Psychological (external) influences that encourage us to find and eat food
Satiety
Psychological (external) influences that encourage us to find and eat food
Hormone
Psychological (external) influences that encourage us to find and eat food
Genes
Psychological (external) influences that encourage us to find and eat food
Obesity
Psychological (external) influences that encourage us to find and eat food
Hypertension
Chemical elements used in the body to promote chemical reactions and to form body structures
Amino acid
Chemical elements used in the body to promote chemical reactions and to form body structures
Phytochemicals
Chemical elements used in the body to promote chemical reactions and to form body structures
Kilocalorie
Chemical elements used in the body to promote chemical reactions and to form body structures
Appetite
Chemical elements used in the body to promote chemical reactions and to form body structures
Vitamins
Chemical elements used in the body to promote chemical reactions and to form body structures
Nutrients
Chemical elements used in the body to promote chemical reactions and to form body structures
Hunger
Chemical elements used in the body to promote chemical reactions and to form body structures
Minerals
Chemical elements used in the body to promote chemical reactions and to form body structures
Risk factor
Chemical elements used in the body to promote chemical reactions and to form body structures
Enzyme
Chemical elements used in the body to promote chemical reactions and to form body structures
Satiety
Chemical elements used in the body to promote chemical reactions and to form body structures
Hormone
Chemical elements used in the body to promote chemical reactions and to form body structures
Genes
Chemical elements used in the body to promote chemical reactions and to form body structures
Obesity
Chemical elements used in the body to promote chemical reactions and to form body structures
Hypertension
Chemical substances in food that contribute to health.
Amino acid
Chemical substances in food that contribute to health.
Phytochemicals
Chemical substances in food that contribute to health.
Kilocalorie
Chemical substances in food that contribute to health.
Appetite
Chemical substances in food that contribute to health.
Vitamins
Chemical substances in food that contribute to health.
Nutrients
Chemical substances in food that contribute to health.
Hunger
Chemical substances in food that contribute to health.
Minerals
Chemical substances in food that contribute to health.
Risk factor
Chemical substances in food that contribute to health.
Enzyme
Chemical substances in food that contribute to health.
Satiety
Chemical substances in food that contribute to health.
Hormone
Chemical substances in food that contribute to health.
Genes
Chemical substances in food that contribute to health.
Obesity
Chemical substances in food that contribute to health.
Hypertension
Hereditary material that provides the blueprints for the production of cell proteins
Amino acid
Hereditary material that provides the blueprints for the production of cell proteins
Phytochemicals
Hereditary material that provides the blueprints for the production of cell proteins
Kilocalorie
Hereditary material that provides the blueprints for the production of cell proteins
Appetite
Hereditary material that provides the blueprints for the production of cell proteins
Vitamins
Hereditary material that provides the blueprints for the production of cell proteins
Nutrients
Hereditary material that provides the blueprints for the production of cell proteins
Hunger
Hereditary material that provides the blueprints for the production of cell proteins
Minerals
Hereditary material that provides the blueprints for the production of cell proteins
Risk factor
Hereditary material that provides the blueprints for the production of cell proteins
Enzyme
Hereditary material that provides the blueprints for the production of cell proteins
Satiety
Hereditary material that provides the blueprints for the production of cell proteins
Hormone
Hereditary material that provides the blueprints for the production of cell proteins
Genes
Hereditary material that provides the blueprints for the production of cell proteins
Obesity
Hereditary material that provides the blueprints for the production of cell proteins
Hypertension
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Amino acid
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Phytochemicals
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Kilocalorie
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Appetite
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Vitamins
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Nutrients
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Hunger
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Minerals
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Risk factor
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Enzyme
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Satiety
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Hormone
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Genes
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Obesity
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Hypertension
An aspect of our lives that may make us more likely to develop a disease
Amino acid
An aspect of our lives that may make us more likely to develop a disease
Phytochemicals
An aspect of our lives that may make us more likely to develop a disease
Kilocalorie
An aspect of our lives that may make us more likely to develop a disease
Appetite
An aspect of our lives that may make us more likely to develop a disease
Vitamins
An aspect of our lives that may make us more likely to develop a disease
Nutrients
An aspect of our lives that may make us more likely to develop a disease
Hunger
An aspect of our lives that may make us more likely to develop a disease
Minerals
An aspect of our lives that may make us more likely to develop a disease
Risk factor
An aspect of our lives that may make us more likely to develop a disease
Enzyme
An aspect of our lives that may make us more likely to develop a disease
Satiety
An aspect of our lives that may make us more likely to develop a disease
Hormone
An aspect of our lives that may make us more likely to develop a disease
Genes
An aspect of our lives that may make us more likely to develop a disease
Obesity
An aspect of our lives that may make us more likely to develop a disease
Hypertension
Compound that speeds the rate of a chemical process but is not altered by the process
Amino acid
Compound that speeds the rate of a chemical process but is not altered by the process
Phytochemicals
Compound that speeds the rate of a chemical process but is not altered by the process
Kilocalorie
Compound that speeds the rate of a chemical process but is not altered by the process
Appetite
Compound that speeds the rate of a chemical process but is not altered by the process
Vitamins
Compound that speeds the rate of a chemical process but is not altered by the process
Nutrients
Compound that speeds the rate of a chemical process but is not altered by the process
Hunger
Compound that speeds the rate of a chemical process but is not altered by the process
Minerals
Compound that speeds the rate of a chemical process but is not altered by the process
Risk factor
Compound that speeds the rate of a chemical process but is not altered by the process
Enzyme
Compound that speeds the rate of a chemical process but is not altered by the process
Satiety
Compound that speeds the rate of a chemical process but is not altered by the process
Hormone
Compound that speeds the rate of a chemical process but is not altered by the process
Genes
Compound that speeds the rate of a chemical process but is not altered by the process
Obesity
Compound that speeds the rate of a chemical process but is not altered by the process
Hypertension
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Amino acid
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Phytochemicals
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Kilocalorie
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Appetite
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Vitamins
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Nutrients
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Hunger
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Minerals
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Risk factor
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Enzyme
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Satiety
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Hormone
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Genes
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Obesity
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Hypertension
A condition in which blood pressure remains persistently elevated.
Amino acid
A condition in which blood pressure remains persistently elevated.
Phytochemicals
A condition in which blood pressure remains persistently elevated.
Kilocalorie
A condition in which blood pressure remains persistently elevated.
Appetite
A condition in which blood pressure remains persistently elevated.
Vitamins
A condition in which blood pressure remains persistently elevated.
Nutrients
A condition in which blood pressure remains persistently elevated.
Hunger
A condition in which blood pressure remains persistently elevated.
Minerals
A condition in which blood pressure remains persistently elevated.
Risk factor
A condition in which blood pressure remains persistently elevated.
Enzyme
A condition in which blood pressure remains persistently elevated.
Satiety
A condition in which blood pressure remains persistently elevated.
Hormone
A condition in which blood pressure remains persistently elevated.
Genes
A condition in which blood pressure remains persistently elevated.
Obesity
A condition in which blood pressure remains persistently elevated.
Hypertension
Compound secreted into the bloodstream that acts to control the function of distant cells
Amino acid
Compound secreted into the bloodstream that acts to control the function of distant cells
Phytochemicals
Compound secreted into the bloodstream that acts to control the function of distant cells
Kilocalorie
Compound secreted into the bloodstream that acts to control the function of distant cells
Appetite
Compound secreted into the bloodstream that acts to control the function of distant cells
Vitamins
Compound secreted into the bloodstream that acts to control the function of distant cells
Nutrients
Compound secreted into the bloodstream that acts to control the function of distant cells
Hunger
Compound secreted into the bloodstream that acts to control the function of distant cells
Minerals
Compound secreted into the bloodstream that acts to control the function of distant cells
Risk factor
Compound secreted into the bloodstream that acts to control the function of distant cells
Enzyme
Compound secreted into the bloodstream that acts to control the function of distant cells
Satiety
Compound secreted into the bloodstream that acts to control the function of distant cells
Hormone
Compound secreted into the bloodstream that acts to control the function of distant cells
Genes
Compound secreted into the bloodstream that acts to control the function of distant cells
Obesity
Compound secreted into the bloodstream that acts to control the function of distant cells
Hypertension
State in which there is no longer a desire to eat; a feeling of satisfaction
Amino acid
State in which there is no longer a desire to eat; a feeling of satisfaction
Phytochemicals
State in which there is no longer a desire to eat; a feeling of satisfaction
Kilocalorie
State in which there is no longer a desire to eat; a feeling of satisfaction
Appetite
State in which there is no longer a desire to eat; a feeling of satisfaction
Vitamins
State in which there is no longer a desire to eat; a feeling of satisfaction
Nutrients
State in which there is no longer a desire to eat; a feeling of satisfaction
Hunger
State in which there is no longer a desire to eat; a feeling of satisfaction
Minerals
State in which there is no longer a desire to eat; a feeling of satisfaction
Risk factor
State in which there is no longer a desire to eat; a feeling of satisfaction
Enzyme
State in which there is no longer a desire to eat; a feeling of satisfaction
Satiety
State in which there is no longer a desire to eat; a feeling of satisfaction
Hormone
State in which there is no longer a desire to eat; a feeling of satisfaction
Genes
State in which there is no longer a desire to eat; a feeling of satisfaction
Obesity
State in which there is no longer a desire to eat; a feeling of satisfaction
Hypertension
A condition characterized by excess body fat
Amino acid
A condition characterized by excess body fat
Phytochemicals
A condition characterized by excess body fat
Kilocalorie
A condition characterized by excess body fat
Appetite
A condition characterized by excess body fat
Vitamins
A condition characterized by excess body fat
Nutrients
A condition characterized by excess body fat
Hunger
A condition characterized by excess body fat
Minerals
A condition characterized by excess body fat
Risk factor
A condition characterized by excess body fat
Enzyme
A condition characterized by excess body fat
Satiety
A condition characterized by excess body fat
Hormone
A condition characterized by excess body fat
Genes
A condition characterized by excess body fat
Obesity
A condition characterized by excess body fat
Hypertension
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Amino acid
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Phytochemicals
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Kilocalorie
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Appetite
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Vitamins
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Nutrients
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Hunger
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Minerals
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Risk factor
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Enzyme
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Satiety
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Hormone
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Genes
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Obesity
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Hypertension
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Amino acid
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Phytochemicals
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Kilocalorie
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Appetite
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Vitamins
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Nutrients
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Hunger
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Minerals
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Risk factor
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Enzyme
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Satiety
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Hormone
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Genes
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Obesity
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Hypertension
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Deck 1: What You Eat and Why
1
Nutrients are sted into three groups: (1) those that provide energy; (2) those that promote growth, development, and maintenance; and (3) those that _______________.
regulate body processes OR regulate metabolism OR regulate processes
2
Nutrition is the science that links _______ to health and disease.
foods OR food
3
Carbohydrates, fats, and _______________ are nutrients that provide energy.
proteins OR protein
4
Which nutrient makes up 60 percent of the human body?_______________
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5
_______________ are substances found in plants that, if consumed regularly, may contribute to a reduced risk of cancer cardiovascular disease.
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6
Consuming five me alcoholic drinks in a row f men, four alcoholic drinks me f women, is considered _______________.
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7
Recent surveys indicate that the most commonly purchased foods in America are

A) milk, ready-to-eat cereal, bottled water, soft drinks, and bread.
B) pizza, soft drinks, cheesburgers, and French fries.
C) tacos, bagels, bottled water, and ice cream.
D) fried chicken, ribs, beer, and donuts.
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8
F student athletes, water is an adequate fluid replacement f events lasting less than _______________ minutes.
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9
A weight reduction regimen calls f a daily intake of 1,400 kcal and 30 grams of fat. Approximately ______% of the total energy is contributed by fat.
30 g fat x 9 kcal/g = 270 kcal from fat
270 kcal from fat / 1400 total kcal = 0.19
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10
On average, Americans consume approximately ______% of total kcal as fat.
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11
Which of the following nutrition-related diseases is not one of the three leading causes of death in the United States?

A) Cardiovascular disease
B) Cancer
C) Diabetes
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12
Pat purchases a 2-liter bottle of root beer. This would be approximately _______________ quart(s).
1 quart is approximately equal to 1 liter (0.946 L).
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13
When in Europe you are told that you are eating a steak weighing 140 grams. This would be _______________ ounces.
140 g / 28 g/oz = 5 oz
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14
Loss of menstrual periods, thinning of bones, gastrointestinal problems, kidney problems, heart abnmalities, and eventually death are serious adverse effects of _______________.
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15
Which of the following is not a class of nutrient?

A) Alcohol
B) Carbohydrates
C) Lipids
D) Minerals
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16
One cup of chocolate milk contains 15 grams of carbohydrate, 8 grams of fat, and 8 grams of protein. This cup of milk supplies _______________ kcal.
15 g carbohydrate x 4 kcal/g = 60 kcal from carbohydrate
8 g fat x 9 kcal/g = 72 kcal from fat
8 g protein x 4 kcal/g = 32 kcal from protein
60 + 72 + 32 = 164 kcal
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17
The nutrient values on the _____________________________ can be used to calculate calie content of a food.
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18
The six classes of nutrients include carbohydrates, lipids, proteins, vitamins, minerals, and _______________.
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19
The _____________________________ is one imptant region in the brain that influences whether we eat not.
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20
Shelby weighs 70 kilograms, which is _______________ pounds.
70 kg x 2.2 lb/kg = 154 lb
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21
Which of the following is characteristic of lipids?

A) Supply 4 kcalories per gram
B) Add structural strength to bones and muscles
C) Supply a concentrated form of fuel for the body
D) Add sweetness to food
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22
What substances, present in fruits and vegetables, provide significant health benefits such as reducing the risk of cancer?

A) Phytochemicals
B) Beta blockers
C) Deoxidizers
D) Free radicals
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23
Gram f gram, which provides the most energy?

A) Carbohydrates
B) Proteins
C) Alcohol
D) Fats
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24
A large hamburger (e.g., Whopper) sandwich contains 628 kilocalies and 36 grams of fat. Approximately what percentage of the total energy is contributed by fat?

A) 23%
B) 52%
C) 19%
D) 41%
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25
Fibers belong to the class of nutrients known as

A) carbohydrates.
B) protein.
C) lipids.
D) minerals.
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26
Which of the following is a characteristic of vitamins?

A) Provide energy
B) Become structural components of the body
C) Enable chemical processes in the body
D) Made in sufficient quantities by the body
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27
Which of the following is not true about water?

A) Provides energy
B) Provides a way to transport nutrients and waste
C) By-product of cell chemical reactions
D) Dietary need of approximately 9-13 cups per day
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28
The essential nutrients

A) must be consumed at every meal.
B) are required for infants but not adults.
C) can be made in the body when they are needed.
D) cannot be made by the body and therefore must be consumed to maintain health.
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29
A meal consisting of a cheeseburger, large fries, and a chocolate shake provides a total of 1,120 kilocalies. Fty-eight percent of the energy is from carbohydrate and 13 percent is from protein. How many kilocalies of fat does the meal contain?

A) 137
B) 313
C) 287
D) 437
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30
A serving of bleu cheese dressing containing 23 grams of fat would yield _____ kilocalies from fat.

A) 161
B) 92
C) 207
D) 255
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31
Which of the following is not a characteristic shared by carbohydrates?

A) Contain more kcalories than protein
B) Supply 4 kcalories per gram
C) Add sweetness to food
D) Provide a major source of fuel for the body
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32
A kilocalie is a measure of

A) heat energy.
B) fat in food.
C) nutrients in food.
D) sugar and fat in food.
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33
Certain nutrients provide us with energy. Some are imptant f growth and development. Others act to keep body functions running smoothly. Which of the following does not promote growth and development?

A) Lipids
B) Carbohydrates
C) Proteins
D) Minerals
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34
Which of the following is true about the energy content of nutrients?

A) Lipids supply 7 kcalories per gram.
B) Carbohydrates and proteins supply 4 kcalories per gram.
C) Alcohol supplies 9 kcalories per gram.
D) Lipids and alcohol supply 9 kcalories per gram.
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35
A warning sign symptom of alcohol poisoning is

A) semiconsciousness or unconsciousness.
B) rapid breathing.
C) skin that is hot to the touch.
D) insomnia.
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36
Which of the following is not a characteristic of protein?

A) Major component of body structure
B) Supplies 4 kcalories per gram
C) Most significant energy source for humans
D) Forms enzymes
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37
The Food and Nutrition Board (FNB) of the National Academy of Sciences advocates that 10% to 35% of calies come from protein and ________________ from carbohydrate.

A) 20% to 35%
B) 45% to 65%
C) 50% to 70%
D) 55% to 75%
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38
Minerals can

A) provide energy.
B) be destroyed during cooking.
C) be degraded by the body.
D) become part of the body structural systems.
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39
Which of the following yield greater than 4 kcalies per gram?

A) Plant fats
B) Plant carbohydrates
C) Plant proteins
D) Animal proteins
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40
Which of the following nutrients can directly supply energy f human use?

A) Lipids and oils
B) Fiber
C) Vitamins
D) Minerals
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41
The cruciferous vegetables include broccoli, cabbage, and kale.
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42
The "Freshman 15" is the

A) typical waist circumference of college students after freshman year.
B) typical body fat percentage of college students after freshman year.
C) amount of weight (in pounds) typically gained during freshman year of college.
D) typical BMI of college students after freshman year.
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43
Which of the following is not a simple carbohydrate?

A) Starches
B) Table sugar
C) Disaccharides
D) Monosaccharides
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44
Which of the following is not a nutrition and weight status objective from Healthy People 2020?

A) Reduce the proportion of adults who are obese.
B) Increase the contribution of fruits to the diets.
C) Increase the contribution of whole grains to the diets.
D) Increase the consumption of protein.
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45
In 2001 nearly 12% of children and adolescents were overweight, whereas in 2010 nearly ________ of children and teens fell into these categies.

A) 15%
B) 20%
C) one-third
D) one-half
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46
Which of the following does not regulate body processes?

A) Proteins
B) Carbohydrates
C) Water
D) Vitamins
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47
A recent study found that a low-risk lifestyle protected women from sudden cardiac death. The low-risk lifestyle was considered as

A) no alcohol consumption, not overweight, exercising 60 minutes/day or longer, and following a vegan diet.
B) not smoking, not overweight, exercising 30 minutes/day or longer, and following the Mediterranean Diet.
C) drinking one glass of red wine/day, exercising 20 minutes/day or longer, and following a low-carbohydrate diet.
D) not overweight, exercising 45 minutes/day or longer, and following the Ornish Diet.
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48
Recent studies clearly indicate an association between TV advertising of foods and drinks and ______________________, especially in the United States.

A) dollars spent for food in restaurants
B) purchase of more nutritious products from grocery stores
C) the prevalence of childhood obesity
D) the number of meals eaten at home
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49
Which of the following includes all energy-yielding substances?

A) Carbohydrates, lipids, protein
B) Vitamins, minerals, carbohydrates, lipids, protein
C) Alcohol, carbohydrates, lipids, protein
D) Carbohydrates, lipids, protein, vitamins, minerals, water
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50
Current facts that can influence American food habits negatively are

A) more offerings of chicken and fish in restaurants as alternatives to beef.
B) social changes are leading to a general time shortage for many of us.
C) the variety of new, low fat products in the supermarket.
D) more published information on the nutritional content of fast foods.
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51
Which of the following are substances in plant foods that are not digested in the stomach small intestine?

A) Dextrose
B) Disaccharides
C) Dietary fiber
D) Simple sugars
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52
Healthy People 2020 was designed to

A) eliminate health disparities, improve access to health education and quality health care, and strengthen public health services.
B) disclose dietary practices that best support health.
C) prevent chronic disease.
D) eliminate dietary inadequacies and excesses, and to encourage healthful practices.
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53
Which of the following is not one of the six categies of Healthy People 2020: Nutrition and Weight Status Objectives?

A) Healthier Food Access
B) Food Insecurity
C) Iron Deficiency
D) Calcium Deficiency
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54
In 2008, the Food and Drug Administration (FDA) found that ________ of consumers in the United States read the food label when buying a product f the first time.

A) only 25%
B) about one-third (33%)
C) more than half (54%)
D) most (90%)
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55
To reduce their risk f many chronic diseases, Americans should limit their intakes of

A) whole grains.
B) water.
C) solid fats.
D) phytochemicals.
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56
Which of the following is true about the Nth American diet?

A) Most of our protein comes from plant sources.
B) Approximately half of our carbohydrates come from simple sugars.
C) Most of our fats come from plant sources.
D) Most of our carbohydrates come from fibers.
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57
Which of the following terms describes psychological influences that encourage us to find and eat food?

A) Appetite
B) Hunger
C) Satiety
D) Obsession
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58
Which of the following contain no calies?

A) Alcohol
B) Proteins
C) Carbohydrates
D) Vitamins
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59
Match between columns
Heat needed to raise 1 liter of water 1 degree Celsius
Amino acid
Heat needed to raise 1 liter of water 1 degree Celsius
Phytochemicals
Heat needed to raise 1 liter of water 1 degree Celsius
Kilocalorie
Heat needed to raise 1 liter of water 1 degree Celsius
Appetite
Heat needed to raise 1 liter of water 1 degree Celsius
Vitamins
Heat needed to raise 1 liter of water 1 degree Celsius
Nutrients
Heat needed to raise 1 liter of water 1 degree Celsius
Hunger
Heat needed to raise 1 liter of water 1 degree Celsius
Minerals
Heat needed to raise 1 liter of water 1 degree Celsius
Risk factor
Heat needed to raise 1 liter of water 1 degree Celsius
Enzyme
Heat needed to raise 1 liter of water 1 degree Celsius
Satiety
Heat needed to raise 1 liter of water 1 degree Celsius
Hormone
Heat needed to raise 1 liter of water 1 degree Celsius
Genes
Heat needed to raise 1 liter of water 1 degree Celsius
Obesity
Heat needed to raise 1 liter of water 1 degree Celsius
Hypertension
Psychological (external) influences that encourage us to find and eat food
Amino acid
Psychological (external) influences that encourage us to find and eat food
Phytochemicals
Psychological (external) influences that encourage us to find and eat food
Kilocalorie
Psychological (external) influences that encourage us to find and eat food
Appetite
Psychological (external) influences that encourage us to find and eat food
Vitamins
Psychological (external) influences that encourage us to find and eat food
Nutrients
Psychological (external) influences that encourage us to find and eat food
Hunger
Psychological (external) influences that encourage us to find and eat food
Minerals
Psychological (external) influences that encourage us to find and eat food
Risk factor
Psychological (external) influences that encourage us to find and eat food
Enzyme
Psychological (external) influences that encourage us to find and eat food
Satiety
Psychological (external) influences that encourage us to find and eat food
Hormone
Psychological (external) influences that encourage us to find and eat food
Genes
Psychological (external) influences that encourage us to find and eat food
Obesity
Psychological (external) influences that encourage us to find and eat food
Hypertension
Chemical elements used in the body to promote chemical reactions and to form body structures
Amino acid
Chemical elements used in the body to promote chemical reactions and to form body structures
Phytochemicals
Chemical elements used in the body to promote chemical reactions and to form body structures
Kilocalorie
Chemical elements used in the body to promote chemical reactions and to form body structures
Appetite
Chemical elements used in the body to promote chemical reactions and to form body structures
Vitamins
Chemical elements used in the body to promote chemical reactions and to form body structures
Nutrients
Chemical elements used in the body to promote chemical reactions and to form body structures
Hunger
Chemical elements used in the body to promote chemical reactions and to form body structures
Minerals
Chemical elements used in the body to promote chemical reactions and to form body structures
Risk factor
Chemical elements used in the body to promote chemical reactions and to form body structures
Enzyme
Chemical elements used in the body to promote chemical reactions and to form body structures
Satiety
Chemical elements used in the body to promote chemical reactions and to form body structures
Hormone
Chemical elements used in the body to promote chemical reactions and to form body structures
Genes
Chemical elements used in the body to promote chemical reactions and to form body structures
Obesity
Chemical elements used in the body to promote chemical reactions and to form body structures
Hypertension
Chemical substances in food that contribute to health.
Amino acid
Chemical substances in food that contribute to health.
Phytochemicals
Chemical substances in food that contribute to health.
Kilocalorie
Chemical substances in food that contribute to health.
Appetite
Chemical substances in food that contribute to health.
Vitamins
Chemical substances in food that contribute to health.
Nutrients
Chemical substances in food that contribute to health.
Hunger
Chemical substances in food that contribute to health.
Minerals
Chemical substances in food that contribute to health.
Risk factor
Chemical substances in food that contribute to health.
Enzyme
Chemical substances in food that contribute to health.
Satiety
Chemical substances in food that contribute to health.
Hormone
Chemical substances in food that contribute to health.
Genes
Chemical substances in food that contribute to health.
Obesity
Chemical substances in food that contribute to health.
Hypertension
Hereditary material that provides the blueprints for the production of cell proteins
Amino acid
Hereditary material that provides the blueprints for the production of cell proteins
Phytochemicals
Hereditary material that provides the blueprints for the production of cell proteins
Kilocalorie
Hereditary material that provides the blueprints for the production of cell proteins
Appetite
Hereditary material that provides the blueprints for the production of cell proteins
Vitamins
Hereditary material that provides the blueprints for the production of cell proteins
Nutrients
Hereditary material that provides the blueprints for the production of cell proteins
Hunger
Hereditary material that provides the blueprints for the production of cell proteins
Minerals
Hereditary material that provides the blueprints for the production of cell proteins
Risk factor
Hereditary material that provides the blueprints for the production of cell proteins
Enzyme
Hereditary material that provides the blueprints for the production of cell proteins
Satiety
Hereditary material that provides the blueprints for the production of cell proteins
Hormone
Hereditary material that provides the blueprints for the production of cell proteins
Genes
Hereditary material that provides the blueprints for the production of cell proteins
Obesity
Hereditary material that provides the blueprints for the production of cell proteins
Hypertension
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Amino acid
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Phytochemicals
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Kilocalorie
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Appetite
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Vitamins
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Nutrients
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Hunger
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Minerals
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Risk factor
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Enzyme
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Satiety
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Hormone
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Genes
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Obesity
Compounds needed in very small amounts in the diet to help regulate and support chemical reactions in the body
Hypertension
An aspect of our lives that may make us more likely to develop a disease
Amino acid
An aspect of our lives that may make us more likely to develop a disease
Phytochemicals
An aspect of our lives that may make us more likely to develop a disease
Kilocalorie
An aspect of our lives that may make us more likely to develop a disease
Appetite
An aspect of our lives that may make us more likely to develop a disease
Vitamins
An aspect of our lives that may make us more likely to develop a disease
Nutrients
An aspect of our lives that may make us more likely to develop a disease
Hunger
An aspect of our lives that may make us more likely to develop a disease
Minerals
An aspect of our lives that may make us more likely to develop a disease
Risk factor
An aspect of our lives that may make us more likely to develop a disease
Enzyme
An aspect of our lives that may make us more likely to develop a disease
Satiety
An aspect of our lives that may make us more likely to develop a disease
Hormone
An aspect of our lives that may make us more likely to develop a disease
Genes
An aspect of our lives that may make us more likely to develop a disease
Obesity
An aspect of our lives that may make us more likely to develop a disease
Hypertension
Compound that speeds the rate of a chemical process but is not altered by the process
Amino acid
Compound that speeds the rate of a chemical process but is not altered by the process
Phytochemicals
Compound that speeds the rate of a chemical process but is not altered by the process
Kilocalorie
Compound that speeds the rate of a chemical process but is not altered by the process
Appetite
Compound that speeds the rate of a chemical process but is not altered by the process
Vitamins
Compound that speeds the rate of a chemical process but is not altered by the process
Nutrients
Compound that speeds the rate of a chemical process but is not altered by the process
Hunger
Compound that speeds the rate of a chemical process but is not altered by the process
Minerals
Compound that speeds the rate of a chemical process but is not altered by the process
Risk factor
Compound that speeds the rate of a chemical process but is not altered by the process
Enzyme
Compound that speeds the rate of a chemical process but is not altered by the process
Satiety
Compound that speeds the rate of a chemical process but is not altered by the process
Hormone
Compound that speeds the rate of a chemical process but is not altered by the process
Genes
Compound that speeds the rate of a chemical process but is not altered by the process
Obesity
Compound that speeds the rate of a chemical process but is not altered by the process
Hypertension
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Amino acid
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Phytochemicals
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Kilocalorie
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Appetite
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Vitamins
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Nutrients
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Hunger
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Minerals
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Risk factor
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Enzyme
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Satiety
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Hormone
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Genes
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Obesity
Physiological (internal) drive to find and eat food, mostly regulated by innate cues to eating
Hypertension
A condition in which blood pressure remains persistently elevated.
Amino acid
A condition in which blood pressure remains persistently elevated.
Phytochemicals
A condition in which blood pressure remains persistently elevated.
Kilocalorie
A condition in which blood pressure remains persistently elevated.
Appetite
A condition in which blood pressure remains persistently elevated.
Vitamins
A condition in which blood pressure remains persistently elevated.
Nutrients
A condition in which blood pressure remains persistently elevated.
Hunger
A condition in which blood pressure remains persistently elevated.
Minerals
A condition in which blood pressure remains persistently elevated.
Risk factor
A condition in which blood pressure remains persistently elevated.
Enzyme
A condition in which blood pressure remains persistently elevated.
Satiety
A condition in which blood pressure remains persistently elevated.
Hormone
A condition in which blood pressure remains persistently elevated.
Genes
A condition in which blood pressure remains persistently elevated.
Obesity
A condition in which blood pressure remains persistently elevated.
Hypertension
Compound secreted into the bloodstream that acts to control the function of distant cells
Amino acid
Compound secreted into the bloodstream that acts to control the function of distant cells
Phytochemicals
Compound secreted into the bloodstream that acts to control the function of distant cells
Kilocalorie
Compound secreted into the bloodstream that acts to control the function of distant cells
Appetite
Compound secreted into the bloodstream that acts to control the function of distant cells
Vitamins
Compound secreted into the bloodstream that acts to control the function of distant cells
Nutrients
Compound secreted into the bloodstream that acts to control the function of distant cells
Hunger
Compound secreted into the bloodstream that acts to control the function of distant cells
Minerals
Compound secreted into the bloodstream that acts to control the function of distant cells
Risk factor
Compound secreted into the bloodstream that acts to control the function of distant cells
Enzyme
Compound secreted into the bloodstream that acts to control the function of distant cells
Satiety
Compound secreted into the bloodstream that acts to control the function of distant cells
Hormone
Compound secreted into the bloodstream that acts to control the function of distant cells
Genes
Compound secreted into the bloodstream that acts to control the function of distant cells
Obesity
Compound secreted into the bloodstream that acts to control the function of distant cells
Hypertension
State in which there is no longer a desire to eat; a feeling of satisfaction
Amino acid
State in which there is no longer a desire to eat; a feeling of satisfaction
Phytochemicals
State in which there is no longer a desire to eat; a feeling of satisfaction
Kilocalorie
State in which there is no longer a desire to eat; a feeling of satisfaction
Appetite
State in which there is no longer a desire to eat; a feeling of satisfaction
Vitamins
State in which there is no longer a desire to eat; a feeling of satisfaction
Nutrients
State in which there is no longer a desire to eat; a feeling of satisfaction
Hunger
State in which there is no longer a desire to eat; a feeling of satisfaction
Minerals
State in which there is no longer a desire to eat; a feeling of satisfaction
Risk factor
State in which there is no longer a desire to eat; a feeling of satisfaction
Enzyme
State in which there is no longer a desire to eat; a feeling of satisfaction
Satiety
State in which there is no longer a desire to eat; a feeling of satisfaction
Hormone
State in which there is no longer a desire to eat; a feeling of satisfaction
Genes
State in which there is no longer a desire to eat; a feeling of satisfaction
Obesity
State in which there is no longer a desire to eat; a feeling of satisfaction
Hypertension
A condition characterized by excess body fat
Amino acid
A condition characterized by excess body fat
Phytochemicals
A condition characterized by excess body fat
Kilocalorie
A condition characterized by excess body fat
Appetite
A condition characterized by excess body fat
Vitamins
A condition characterized by excess body fat
Nutrients
A condition characterized by excess body fat
Hunger
A condition characterized by excess body fat
Minerals
A condition characterized by excess body fat
Risk factor
A condition characterized by excess body fat
Enzyme
A condition characterized by excess body fat
Satiety
A condition characterized by excess body fat
Hormone
A condition characterized by excess body fat
Genes
A condition characterized by excess body fat
Obesity
A condition characterized by excess body fat
Hypertension
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Amino acid
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Phytochemicals
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Kilocalorie
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Appetite
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Vitamins
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Nutrients
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Hunger
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Minerals
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Risk factor
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Enzyme
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Satiety
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Hormone
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Genes
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Obesity
Substances found in plants that contribute to a reduced risk of cancer or heart disease in people who consume them regularly
Hypertension
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Amino acid
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Phytochemicals
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Kilocalorie
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Appetite
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Vitamins
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Nutrients
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Hunger
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Minerals
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Risk factor
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Enzyme
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Satiety
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Hormone
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Genes
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Obesity
The building block for proteins containing carbon, hydrogen, oxygen, and nitrogen
Hypertension
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