Deck 17: Adult Nutrition: Conditions and Interventions

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Question
Risk factors for cardiovascular diseases include _____.

A) low level of LDL
B) low level of HDL
C) low blood pressure
D) high level of HDL
E) regular physical activity
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Question
An environmental factor that causes cancer is _____.

A) genetic mutation
B) oxidative stress
C) radiation
D) hormonal activity
E) inherited genes
Question
Eating 1½ cups of cooked oatmeal a day has been shown to reduce LDL by 10-15%.
Question
Bariatric surgery is reserved for patients with clinically severe obesity and those who have BMI ≥40 or ≥35 with high risk for obesity-related morbidity or mortality.
Question
A majority of cancers develop in _____.

A) epithelial tissue
B) lymph nodes
C) adipocytes
D) bone marrow
E) connective tissue
Question
The leading cause of death for adults aged 24-44 is _____.

A) syphilis
B) Down's syndrome
C) injury
D) pernicious anemia
E) Turner's syndrome
Question
The hyperinsulinemic state related to insulin insensitivity is recognized as a major risk factor for the development of early atherosclerotic cardiovascular disease.
Question
The loss of desire to eat or aversion to food related to disease, treatment, and/or emotional distress is known as _____.

A) anorexia
B) cachexia
C) gastrointestinal reflux
D) metabolic syndrome
E) prediabetes
Question
Metabolic obesity occurs when the body weight set point shifts to a higher level due to alterations of the energy balance system.
Question
Gut microbiota influence the release of several metabolites and hormones that communicate from the gastrointestinal tract to the appetite regulatory centers in the brain through nerve signaling pathways.
Question
Atherosclerosis is a multifactorial disease that can develop because of _____.

A) the relaxation of blood vessels
B) high blood levels of homocysteine
C) low blood levels of glucose
D) low blood levels of insulin
E) the depletion of plaque
Question
Atherosclerotic lesions begin to form in adolescence and early adulthood and gradually decline through the decades.
Question
Viscous fiber facilitates the movement of water in the gut, forming a liquid gel that increases absorption of cholesterol-rich bile acids and carries them throughout the body.
Question
Studies show that overweight and obesity result entirely from taking in more energy than you are expending.
Question
The physiological effects of atherosclerosis include _____.

A) increased blood circulation to the heart
B) decreased blood pressure
C) increased energy
D) decreased flexibility of blood vessels
E) increased circulation in the extremities
Question
Which of the following is a nutrition and physical activity guideline for cancer prevention?

A) participating in an hour of physical activity each week
B) avoiding meats cooked at high temperatures
C) watching TV for long durations
D) eating refined grain products
E) limiting red meat consumption to 36 ounces a week
Question
Metabolic syndrome designates a cluster of unaltered metabolic conditions.
Question
African Americans with very high BMIs may be underdiagnosed for metabolic syndrome if the diagnosis criteria relies on triglyceride levels as a marker.
Question
Which nutrition-related factor is associated with increased cancer risk?

A) whole grains
B) coffee
C) salt-preserved foods
D) garlic
E) foods containing calcium
Question
Carcinogenesis is the process by which normal cells are transformed into cancer cells.
Question
Obesity can be defined as _____.

A) weight greater than 190 pounds
B) a fat, unfit appearance
C) a waist circumference of 28 inches in women
D) a BMI of 23
E) an excess accumulation of adipose tissue
Question
Which evidence-based population approach for improving diet includes subsidy strategies to lower prices of more healthful food and beverages?

A) media and education
B) labeling and information
C) worksite wellness
D) local supermarkets
E) economic incentives
Question
When eaten, plant stanol and sterol esters block particles responsible for _____ transport.

A) protein
B) insulin
C) triglyceride
D) glucose
E) cholesterol
Question
Having a BMI of _____ classifies a person as obese.

A) >25
B) >27
C) >26
D) >30
E) >40
Question
In the long run, which of the following is most likely to occur   as a result of diabetes?

A) AIDS
B) all types of cancer
C) kidney disease
D) menopause
E) arthritis
Question
Adherence to a _____ dietary pattern reduces risk factors for metabolic syndrome.

A) high-protein/low-carbohydrate
B) high-protein/moderate-carbohydrate
C) low-MSG Asian-style
D) Mediterranean-style
E) Middle Eastern-style
Question
A primary cause of death for an HIV-infected person is _____.

A) malnutrition
B) infection
C) mental illness leading to suicide
D) cardiovascular disease
E) kidney failure
Question
In type 2 diabetes, circulating insulin is high, and _____ , triglycerides, and blood pressure are commonly elevated.

A) cholesterol
B) iron
C) sodium
D) proteins
E) vitamin A
Question
Lipid-lowering medications are prescribed for an individual when LDL is _____.

A) >40 mg/dL
B) >70 mg/dL
C) >150 mg/dL
D) >190 mg/dL
E) >280 mg/dL
Question
Screening for CVD should occur about every five years beginning at age _____.

A) 20
B) 25
C) 30
D) 35
E) 40
Question
Overweight individuals have a BMI of _____ kg/m 2 .

A) 25.0-29.9
B) 18.5-24.9
C)
D) 30.0-34.9
E) >35.0
Question
A body mass index (BMI) >30 is roughly equivalent to being _____ or more pounds overweight for a 5-ft, 4-in. person.

A) 15
B) 30
C) 45
D) 75
E) 100
Question
_____ occurs when body weight is maintained above the set point because of sustained overeating.

A) Metabolic obesity
B) Hedonic obesity
C) Moderate obesity
D) Chronic obesity
E) Severe obesity
Question
The latency stage of HIV disease can last from several weeks to _____ years.

A) 10
B) 20
C) 15
D) 25
E) 30
Question
BMI measures don't accurately represent body fatness for _____.

A) athletes with a low percentage of muscle
B) individuals with negligible fat deposits
C) individuals with large, dense bones
D) men over the age of 65
E) women over the age of 60
Question
If a female ate 100 extra calories per day in excess of her needs, approximately how many days would it take her to gain one pound if energy expenditure remained constant?

A) 7 days
B) 14 days
C) 1 month (30 days)
D) 1 month + 1 week (35 days)
E) 1 month + 2 weeks (42 days)
Question
A man who is 50 years old and has a BMI of 27.9 would be considered _____.

A) underweight
B) normal weight
C) overweight
D) obese
E) extremely obese
Question
Which of the following biomechanical conditions is associated with overweight and obesity?

A) sleep apnea
B) prediabetes
C) hypertension
D) infertility
E) stomach cancer
Question
Insulin resistance in muscle cells reduces glucose uptake and interferes with muscle storage of glucose as _____.

A) fatty acid
B) glucagon
C) lipid
D) glycogen
E) protein
Question
As a high-intensity dietary approach for reducing the risk of cardiovascular disease, the Therapeutic Lifestyle Changes approach recommends _____.

A) avoidance of stanols/sterols
B) consumption of saturated fats
C) less than 5-6 percent of total calories from trans fat
D) consumption of 5-10 grams of viscous fiber daily
E) avoidance of unsaturated fat
Question
If you are counting carbohydrates in your diet plan, it is important to know that half a cup of fresh fruit or 4 ounces of orange or apple juice is equal to _____ g of carbohydrate.

A) 5
B) 12
C) 15
D) 20
E) 25
Question
Mr. Jones
Sex: male \quad Hours of work: 55+/55 + / wk
Age: 61 Occupation: computer programmer
Household members: wife, 65 years old
Family history: coronary artery disease in father; had a myocardial infarction at age 59
Smoker: yes; 40 years; 1 pack/day
Height: 70" \quad Weight: 190lb190 \mathrm { lb }
Waist circumference: 43in.43 \mathrm { in. }
Cholesterol: 220mg/dL220 \mathrm { mg } / \mathrm { dL } ; HDL-C: 30mg/dL30 \mathrm { mg } / \mathrm { dL } ; LDL-C: 160mg/dL160 \mathrm { mg } / \mathrm { dL } ; VLDL: 45mg/dL;45 \mathrm { mg } / \mathrm { dL } ; TG: 150mg/dL150 \mathrm { mg } / \mathrm { dL }
Blood pressure: 140/85140 / 85 The diet history of Mr. Jones shows that he consumes dairy products such as milk, cheese, and ice cream regularly; a variety of protein-rich foods including fish, shellfish, beef, poultry, and eggs; and large quantities of rice and potatoes. He and his wife also frequently eat breads, crackers, and potato chips. Mr. Jones consumes a large variety of vegetables including eggplant, broccoli, mushrooms, onions, and tomatoes; however, many of these are deep-fried or cooked in butter.  
What is Mr. Jones's BMI?

A) 23
B) 27
C) 32
D) 37
E) 42
Question
Mr. Jones
Sex: male \quad Hours of work: 55+/55 + / wk
Age: 61 Occupation: computer programmer
Household members: wife, 65 years old
Family history: coronary artery disease in father; had a myocardial infarction at age 59
Smoker: yes; 40 years; 1 pack/day
Height: 70" \quad Weight: 190lb190 \mathrm { lb }
Waist circumference: 43in.43 \mathrm { in. }
Cholesterol: 220mg/dL220 \mathrm { mg } / \mathrm { dL } ; HDL-C: 30mg/dL30 \mathrm { mg } / \mathrm { dL } ; LDL-C: 160mg/dL160 \mathrm { mg } / \mathrm { dL } ; VLDL: 45mg/dL;45 \mathrm { mg } / \mathrm { dL } ; TG: 150mg/dL150 \mathrm { mg } / \mathrm { dL }
Blood pressure: 140/85140 / 85 The diet history of Mr. Jones shows that he consumes dairy products such as milk, cheese, and ice cream regularly; a variety of protein-rich foods including fish, shellfish, beef, poultry, and eggs; and large quantities of rice and potatoes. He and his wife also frequently eat breads, crackers, and potato chips. Mr. Jones consumes a large variety of vegetables including eggplant, broccoli, mushrooms, onions, and tomatoes; however, many of these are deep-fried or cooked in butter.  
What dietary recommendations can you give to Mr. Jones to help decrease his risk factors?

A) Decrease consumption of high-fat dairy products.
B) Avoid whole grain products.
C) Decrease dietary fiber intake.
D) Avoid lean cuts of meat and poultry.
E) Increase consumption of high-fat dairy products.
Question
Match between columns
Ischem ia
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Ischem ia
The presence of one or more diseases or conditions in addition to the primary diagnosis
Ischem ia
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Ischem ia
Narrowing of blood vessels due to a buildup of plaque
Ischem ia
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Ischem ia
Treatment of disease through the use of drugs
Ischem ia
A dietary approach for reducing CVD risk
Ischem ia
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Ischem ia
Hyperpigmentation of the skin at the back of the neck
Ischem ia
Fatty liver disease
Ischem ia
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Ischem ia
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Ischem ia
An abnormal metabolism and deposition of fat
Dyslipidemia
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Dyslipidemia
The presence of one or more diseases or conditions in addition to the primary diagnosis
Dyslipidemia
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Dyslipidemia
Narrowing of blood vessels due to a buildup of plaque
Dyslipidemia
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Dyslipidemia
Treatment of disease through the use of drugs
Dyslipidemia
A dietary approach for reducing CVD risk
Dyslipidemia
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Dyslipidemia
Hyperpigmentation of the skin at the back of the neck
Dyslipidemia
Fatty liver disease
Dyslipidemia
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Dyslipidemia
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Dyslipidemia
An abnormal metabolism and deposition of fat
Atherosclerosis
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Atherosclerosis
The presence of one or more diseases or conditions in addition to the primary diagnosis
Atherosclerosis
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Atherosclerosis
Narrowing of blood vessels due to a buildup of plaque
Atherosclerosis
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Atherosclerosis
Treatment of disease through the use of drugs
Atherosclerosis
A dietary approach for reducing CVD risk
Atherosclerosis
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Atherosclerosis
Hyperpigmentation of the skin at the back of the neck
Atherosclerosis
Fatty liver disease
Atherosclerosis
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Atherosclerosis
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Atherosclerosis
An abnormal metabolism and deposition of fat
Acanthosis nigricans
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Acanthosis nigricans
The presence of one or more diseases or conditions in addition to the primary diagnosis
Acanthosis nigricans
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Acanthosis nigricans
Narrowing of blood vessels due to a buildup of plaque
Acanthosis nigricans
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Acanthosis nigricans
Treatment of disease through the use of drugs
Acanthosis nigricans
A dietary approach for reducing CVD risk
Acanthosis nigricans
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Acanthosis nigricans
Hyperpigmentation of the skin at the back of the neck
Acanthosis nigricans
Fatty liver disease
Acanthosis nigricans
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Acanthosis nigricans
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Acanthosis nigricans
An abnormal metabolism and deposition of fat
Type 2 diabetes
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Type 2 diabetes
The presence of one or more diseases or conditions in addition to the primary diagnosis
Type 2 diabetes
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Type 2 diabetes
Narrowing of blood vessels due to a buildup of plaque
Type 2 diabetes
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Type 2 diabetes
Treatment of disease through the use of drugs
Type 2 diabetes
A dietary approach for reducing CVD risk
Type 2 diabetes
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Type 2 diabetes
Hyperpigmentation of the skin at the back of the neck
Type 2 diabetes
Fatty liver disease
Type 2 diabetes
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Type 2 diabetes
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Type 2 diabetes
An abnormal metabolism and deposition of fat
Steatohepatitis
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Steatohepatitis
The presence of one or more diseases or conditions in addition to the primary diagnosis
Steatohepatitis
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Steatohepatitis
Narrowing of blood vessels due to a buildup of plaque
Steatohepatitis
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Steatohepatitis
Treatment of disease through the use of drugs
Steatohepatitis
A dietary approach for reducing CVD risk
Steatohepatitis
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Steatohepatitis
Hyperpigmentation of the skin at the back of the neck
Steatohepatitis
Fatty liver disease
Steatohepatitis
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Steatohepatitis
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Steatohepatitis
An abnormal metabolism and deposition of fat
Pharmacotherapy
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Pharmacotherapy
The presence of one or more diseases or conditions in addition to the primary diagnosis
Pharmacotherapy
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Pharmacotherapy
Narrowing of blood vessels due to a buildup of plaque
Pharmacotherapy
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Pharmacotherapy
Treatment of disease through the use of drugs
Pharmacotherapy
A dietary approach for reducing CVD risk
Pharmacotherapy
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Pharmacotherapy
Hyperpigmentation of the skin at the back of the neck
Pharmacotherapy
Fatty liver disease
Pharmacotherapy
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Pharmacotherapy
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Pharmacotherapy
An abnormal metabolism and deposition of fat
Type 1 diabetes
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Type 1 diabetes
The presence of one or more diseases or conditions in addition to the primary diagnosis
Type 1 diabetes
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Type 1 diabetes
Narrowing of blood vessels due to a buildup of plaque
Type 1 diabetes
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Type 1 diabetes
Treatment of disease through the use of drugs
Type 1 diabetes
A dietary approach for reducing CVD risk
Type 1 diabetes
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Type 1 diabetes
Hyperpigmentation of the skin at the back of the neck
Type 1 diabetes
Fatty liver disease
Type 1 diabetes
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Type 1 diabetes
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Type 1 diabetes
An abnormal metabolism and deposition of fat
Metabolic syndrome
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Metabolic syndrome
The presence of one or more diseases or conditions in addition to the primary diagnosis
Metabolic syndrome
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Metabolic syndrome
Narrowing of blood vessels due to a buildup of plaque
Metabolic syndrome
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Metabolic syndrome
Treatment of disease through the use of drugs
Metabolic syndrome
A dietary approach for reducing CVD risk
Metabolic syndrome
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Metabolic syndrome
Hyperpigmentation of the skin at the back of the neck
Metabolic syndrome
Fatty liver disease
Metabolic syndrome
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Metabolic syndrome
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Metabolic syndrome
An abnormal metabolism and deposition of fat
Lipodystrophy
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Lipodystrophy
The presence of one or more diseases or conditions in addition to the primary diagnosis
Lipodystrophy
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Lipodystrophy
Narrowing of blood vessels due to a buildup of plaque
Lipodystrophy
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Lipodystrophy
Treatment of disease through the use of drugs
Lipodystrophy
A dietary approach for reducing CVD risk
Lipodystrophy
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Lipodystrophy
Hyperpigmentation of the skin at the back of the neck
Lipodystrophy
Fatty liver disease
Lipodystrophy
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Lipodystrophy
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Lipodystrophy
An abnormal metabolism and deposition of fat
Comorbidity
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Comorbidity
The presence of one or more diseases or conditions in addition to the primary diagnosis
Comorbidity
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Comorbidity
Narrowing of blood vessels due to a buildup of plaque
Comorbidity
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Comorbidity
Treatment of disease through the use of drugs
Comorbidity
A dietary approach for reducing CVD risk
Comorbidity
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Comorbidity
Hyperpigmentation of the skin at the back of the neck
Comorbidity
Fatty liver disease
Comorbidity
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Comorbidity
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Comorbidity
An abnormal metabolism and deposition of fat
TLC
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
TLC
The presence of one or more diseases or conditions in addition to the primary diagnosis
TLC
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
TLC
Narrowing of blood vessels due to a buildup of plaque
TLC
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
TLC
Treatment of disease through the use of drugs
TLC
A dietary approach for reducing CVD risk
TLC
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
TLC
Hyperpigmentation of the skin at the back of the neck
TLC
Fatty liver disease
TLC
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
TLC
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
TLC
An abnormal metabolism and deposition of fat
Question
The American Diabetes Association recommends that adults should be screened for type 2 diabetes or prediabetes if they are _____ years old, or earlier if they are overweight.

A) 25
B) 35
C) 45
D) 55
E) 65
Question
Mr. Jones
Sex: male \quad Hours of work: 55+/55 + / wk
Age: 61 Occupation: computer programmer
Household members: wife, 65 years old
Family history: coronary artery disease in father; had a myocardial infarction at age 59
Smoker: yes; 40 years; 1 pack/day
Height: 70" \quad Weight: 190lb190 \mathrm { lb }
Waist circumference: 43in.43 \mathrm { in. }
Cholesterol: 220mg/dL220 \mathrm { mg } / \mathrm { dL } ; HDL-C: 30mg/dL30 \mathrm { mg } / \mathrm { dL } ; LDL-C: 160mg/dL160 \mathrm { mg } / \mathrm { dL } ; VLDL: 45mg/dL;45 \mathrm { mg } / \mathrm { dL } ; TG: 150mg/dL150 \mathrm { mg } / \mathrm { dL }
Blood pressure: 140/85140 / 85 The diet history of Mr. Jones shows that he consumes dairy products such as milk, cheese, and ice cream regularly; a variety of protein-rich foods including fish, shellfish, beef, poultry, and eggs; and large quantities of rice and potatoes. He and his wife also frequently eat breads, crackers, and potato chips. Mr. Jones consumes a large variety of vegetables including eggplant, broccoli, mushrooms, onions, and tomatoes; however, many of these are deep-fried or cooked in butter.  
Based on the information above, he is at risk of developing several cardiometabolic conditions, including _____.

A) osteoarthritis
B) gall bladder disease
C) gastrointestinal reflux disease
D) pancreatic cancer
E) hypertension
Question
Metabolic syndrome is related to a cluster of metabolic abnormalities that include _____.

A) low fasting blood glucose levels
B) abdominal obesity
C) low LDL levels
D) high HDL levels
E) low blood pressure
Question
A simple, low-cost method that can be used to screen for metabolic syndrome in community or clinic settings is _____.

A) random finger-stick blood sugar
B) waist circumference
C) waist-hip ratio
D) urine dipstick
E) basal body temperature
Question
Molly is 5-ft, 2-in. tall and weighs 170 pounds. What is her BMI?

A) 24
B) 31
C) 36
D) 41
E) 44
Question
Nutrition goals in the early phase of an HIV infection _____.

A) include the consumption of a maximum of 2,500 calories per day
B) include non-weight-bearing exercise regimens
C) do not include mineral supplements
D) do not include vitamin supplements
E) include the consumption of calcium-rich and vitamin D-fortified foods
Question
A recent addition to screening procedures for asymptomatic patients is a CT scan that measures calcium deposits in _____ and produces a coronary artery calcium (CAC) score.

A) veins
B) capillaries
C) arteries
D) pancreas
E) lungs
Question
Fifteen grams of carbohydrate could be obtained from which of the following?

A) 3 cups popcorn (popped)
B) 1.5 oz potato chips
C) 2 slices bread
D) 1 cup corn
E) 1 medium baked potato
Question
The two main factors believed to cause metabolic syndrome are _____ and _____.

A) obesity; diabetes
B) central adiposity; insulin resistance
C) inflammation; obesity
D) hypertension; insulin resistance
E) central adiposity; heart disease
Question
Mr. Jones
Sex: male \quad Hours of work: 55+/55 + / wk
Age: 61 Occupation: computer programmer
Household members: wife, 65 years old
Family history: coronary artery disease in father; had a myocardial infarction at age 59
Smoker: yes; 40 years; 1 pack/day
Height: 70" \quad Weight: 190lb190 \mathrm { lb }
Waist circumference: 43in.43 \mathrm { in. }
Cholesterol: 220mg/dL220 \mathrm { mg } / \mathrm { dL } ; HDL-C: 30mg/dL30 \mathrm { mg } / \mathrm { dL } ; LDL-C: 160mg/dL160 \mathrm { mg } / \mathrm { dL } ; VLDL: 45mg/dL;45 \mathrm { mg } / \mathrm { dL } ; TG: 150mg/dL150 \mathrm { mg } / \mathrm { dL }
Blood pressure: 140/85140 / 85 The diet history of Mr. Jones shows that he consumes dairy products such as milk, cheese, and ice cream regularly; a variety of protein-rich foods including fish, shellfish, beef, poultry, and eggs; and large quantities of rice and potatoes. He and his wife also frequently eat breads, crackers, and potato chips. Mr. Jones consumes a large variety of vegetables including eggplant, broccoli, mushrooms, onions, and tomatoes; however, many of these are deep-fried or cooked in butter.  
Mr. Jones is _____.

A) underweight
B) normal weight
C) overweight
D) obese
E) severely obese
Question
What term applies to liquid meals, meal bars, or packaged meals?

A) etiologic meals
B) functional food
C) low-calorie meals
D) snack food
E) meal replacements
Question
Patient-centered care for diabetes would likely include a _____.

A) personal trainer
B) social worker
C) nurse
D) pharmacy student
E) speech therapist
Question
Molly's BMI is 31. She is categorized as a(n) _____.

A) underweight individual
B) normal weight individual
C) overweight individual
D) obese individual
E) severely obese individual
Question
The component of weight management programs based on cognitive behavioral therapy that helps a client in examining his/her thought processes and recognizing dysfunctional thinking is called _____.

A) maintenance
B) support system
C) realistic goals
D) cognitive restructuring
E) caloric deficit
Question
Small dense LDL particles contain more _____ that makes it more available for binding to the lining of arteries and entry into the endothelium.

A) lipoprotein B
B) cholesterol
C) lipoprotein A
D) apolipoprotein B
E) apolipoprotein D
Question
List the factors that are important for working with a diabetic patient when determining his or her needs, tailoring a diabetes management plan, planning patient education and counseling, and monitoring progress over time.
Question
Describe the central defect in type 2 diabetes and the adverse side effects high levels of blood glucose have on the body.
Question
Identify the key assessment components that are to be included in a nutrition assessment for a person at high risk for cardiovascular disease.
Question
List the factors related to a client's motivation to engage in a weight-loss program and his or her ability to adhere to a treatment plan.
Question
Describe the prevalence of CVD and the development of coronary heart disease beginning with the process of atherosclerosis. What are the risk factors associated with CVD? What can you do to prevent the risk factors from occurring?
Question
Discuss the cause of metabolic syndrome, and identify two risk factors for developing metabolic syndrome. Provide recommendations that would decrease the risk of developing this syndrome.
Question
D iscuss the physiological effects of HIV disease and the effect of ARV drugs on the body.
Question
Describe the stages of carcinogenesis and relate how dietary elements can modify this process.
Question
Discuss cognitive behavioral therapy for weight management. List all the 12 components of weight-management programs based on this type of therapy.
Question
List the main considerations in developing a diet plan (nutrition prescription) for an individual with diabetes.
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Deck 17: Adult Nutrition: Conditions and Interventions
1
Risk factors for cardiovascular diseases include _____.

A) low level of LDL
B) low level of HDL
C) low blood pressure
D) high level of HDL
E) regular physical activity
B
2
An environmental factor that causes cancer is _____.

A) genetic mutation
B) oxidative stress
C) radiation
D) hormonal activity
E) inherited genes
C
3
Eating 1½ cups of cooked oatmeal a day has been shown to reduce LDL by 10-15%.
True
4
Bariatric surgery is reserved for patients with clinically severe obesity and those who have BMI ≥40 or ≥35 with high risk for obesity-related morbidity or mortality.
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5
A majority of cancers develop in _____.

A) epithelial tissue
B) lymph nodes
C) adipocytes
D) bone marrow
E) connective tissue
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6
The leading cause of death for adults aged 24-44 is _____.

A) syphilis
B) Down's syndrome
C) injury
D) pernicious anemia
E) Turner's syndrome
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7
The hyperinsulinemic state related to insulin insensitivity is recognized as a major risk factor for the development of early atherosclerotic cardiovascular disease.
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8
The loss of desire to eat or aversion to food related to disease, treatment, and/or emotional distress is known as _____.

A) anorexia
B) cachexia
C) gastrointestinal reflux
D) metabolic syndrome
E) prediabetes
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9
Metabolic obesity occurs when the body weight set point shifts to a higher level due to alterations of the energy balance system.
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10
Gut microbiota influence the release of several metabolites and hormones that communicate from the gastrointestinal tract to the appetite regulatory centers in the brain through nerve signaling pathways.
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11
Atherosclerosis is a multifactorial disease that can develop because of _____.

A) the relaxation of blood vessels
B) high blood levels of homocysteine
C) low blood levels of glucose
D) low blood levels of insulin
E) the depletion of plaque
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12
Atherosclerotic lesions begin to form in adolescence and early adulthood and gradually decline through the decades.
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13
Viscous fiber facilitates the movement of water in the gut, forming a liquid gel that increases absorption of cholesterol-rich bile acids and carries them throughout the body.
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14
Studies show that overweight and obesity result entirely from taking in more energy than you are expending.
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15
The physiological effects of atherosclerosis include _____.

A) increased blood circulation to the heart
B) decreased blood pressure
C) increased energy
D) decreased flexibility of blood vessels
E) increased circulation in the extremities
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16
Which of the following is a nutrition and physical activity guideline for cancer prevention?

A) participating in an hour of physical activity each week
B) avoiding meats cooked at high temperatures
C) watching TV for long durations
D) eating refined grain products
E) limiting red meat consumption to 36 ounces a week
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17
Metabolic syndrome designates a cluster of unaltered metabolic conditions.
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18
African Americans with very high BMIs may be underdiagnosed for metabolic syndrome if the diagnosis criteria relies on triglyceride levels as a marker.
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19
Which nutrition-related factor is associated with increased cancer risk?

A) whole grains
B) coffee
C) salt-preserved foods
D) garlic
E) foods containing calcium
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20
Carcinogenesis is the process by which normal cells are transformed into cancer cells.
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21
Obesity can be defined as _____.

A) weight greater than 190 pounds
B) a fat, unfit appearance
C) a waist circumference of 28 inches in women
D) a BMI of 23
E) an excess accumulation of adipose tissue
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22
Which evidence-based population approach for improving diet includes subsidy strategies to lower prices of more healthful food and beverages?

A) media and education
B) labeling and information
C) worksite wellness
D) local supermarkets
E) economic incentives
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23
When eaten, plant stanol and sterol esters block particles responsible for _____ transport.

A) protein
B) insulin
C) triglyceride
D) glucose
E) cholesterol
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24
Having a BMI of _____ classifies a person as obese.

A) >25
B) >27
C) >26
D) >30
E) >40
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25
In the long run, which of the following is most likely to occur   as a result of diabetes?

A) AIDS
B) all types of cancer
C) kidney disease
D) menopause
E) arthritis
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26
Adherence to a _____ dietary pattern reduces risk factors for metabolic syndrome.

A) high-protein/low-carbohydrate
B) high-protein/moderate-carbohydrate
C) low-MSG Asian-style
D) Mediterranean-style
E) Middle Eastern-style
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27
A primary cause of death for an HIV-infected person is _____.

A) malnutrition
B) infection
C) mental illness leading to suicide
D) cardiovascular disease
E) kidney failure
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28
In type 2 diabetes, circulating insulin is high, and _____ , triglycerides, and blood pressure are commonly elevated.

A) cholesterol
B) iron
C) sodium
D) proteins
E) vitamin A
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29
Lipid-lowering medications are prescribed for an individual when LDL is _____.

A) >40 mg/dL
B) >70 mg/dL
C) >150 mg/dL
D) >190 mg/dL
E) >280 mg/dL
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30
Screening for CVD should occur about every five years beginning at age _____.

A) 20
B) 25
C) 30
D) 35
E) 40
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31
Overweight individuals have a BMI of _____ kg/m 2 .

A) 25.0-29.9
B) 18.5-24.9
C)
D) 30.0-34.9
E) >35.0
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32
A body mass index (BMI) >30 is roughly equivalent to being _____ or more pounds overweight for a 5-ft, 4-in. person.

A) 15
B) 30
C) 45
D) 75
E) 100
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33
_____ occurs when body weight is maintained above the set point because of sustained overeating.

A) Metabolic obesity
B) Hedonic obesity
C) Moderate obesity
D) Chronic obesity
E) Severe obesity
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34
The latency stage of HIV disease can last from several weeks to _____ years.

A) 10
B) 20
C) 15
D) 25
E) 30
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35
BMI measures don't accurately represent body fatness for _____.

A) athletes with a low percentage of muscle
B) individuals with negligible fat deposits
C) individuals with large, dense bones
D) men over the age of 65
E) women over the age of 60
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36
If a female ate 100 extra calories per day in excess of her needs, approximately how many days would it take her to gain one pound if energy expenditure remained constant?

A) 7 days
B) 14 days
C) 1 month (30 days)
D) 1 month + 1 week (35 days)
E) 1 month + 2 weeks (42 days)
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37
A man who is 50 years old and has a BMI of 27.9 would be considered _____.

A) underweight
B) normal weight
C) overweight
D) obese
E) extremely obese
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38
Which of the following biomechanical conditions is associated with overweight and obesity?

A) sleep apnea
B) prediabetes
C) hypertension
D) infertility
E) stomach cancer
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39
Insulin resistance in muscle cells reduces glucose uptake and interferes with muscle storage of glucose as _____.

A) fatty acid
B) glucagon
C) lipid
D) glycogen
E) protein
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40
As a high-intensity dietary approach for reducing the risk of cardiovascular disease, the Therapeutic Lifestyle Changes approach recommends _____.

A) avoidance of stanols/sterols
B) consumption of saturated fats
C) less than 5-6 percent of total calories from trans fat
D) consumption of 5-10 grams of viscous fiber daily
E) avoidance of unsaturated fat
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41
If you are counting carbohydrates in your diet plan, it is important to know that half a cup of fresh fruit or 4 ounces of orange or apple juice is equal to _____ g of carbohydrate.

A) 5
B) 12
C) 15
D) 20
E) 25
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42
Mr. Jones
Sex: male \quad Hours of work: 55+/55 + / wk
Age: 61 Occupation: computer programmer
Household members: wife, 65 years old
Family history: coronary artery disease in father; had a myocardial infarction at age 59
Smoker: yes; 40 years; 1 pack/day
Height: 70" \quad Weight: 190lb190 \mathrm { lb }
Waist circumference: 43in.43 \mathrm { in. }
Cholesterol: 220mg/dL220 \mathrm { mg } / \mathrm { dL } ; HDL-C: 30mg/dL30 \mathrm { mg } / \mathrm { dL } ; LDL-C: 160mg/dL160 \mathrm { mg } / \mathrm { dL } ; VLDL: 45mg/dL;45 \mathrm { mg } / \mathrm { dL } ; TG: 150mg/dL150 \mathrm { mg } / \mathrm { dL }
Blood pressure: 140/85140 / 85 The diet history of Mr. Jones shows that he consumes dairy products such as milk, cheese, and ice cream regularly; a variety of protein-rich foods including fish, shellfish, beef, poultry, and eggs; and large quantities of rice and potatoes. He and his wife also frequently eat breads, crackers, and potato chips. Mr. Jones consumes a large variety of vegetables including eggplant, broccoli, mushrooms, onions, and tomatoes; however, many of these are deep-fried or cooked in butter.  
What is Mr. Jones's BMI?

A) 23
B) 27
C) 32
D) 37
E) 42
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43
Mr. Jones
Sex: male \quad Hours of work: 55+/55 + / wk
Age: 61 Occupation: computer programmer
Household members: wife, 65 years old
Family history: coronary artery disease in father; had a myocardial infarction at age 59
Smoker: yes; 40 years; 1 pack/day
Height: 70" \quad Weight: 190lb190 \mathrm { lb }
Waist circumference: 43in.43 \mathrm { in. }
Cholesterol: 220mg/dL220 \mathrm { mg } / \mathrm { dL } ; HDL-C: 30mg/dL30 \mathrm { mg } / \mathrm { dL } ; LDL-C: 160mg/dL160 \mathrm { mg } / \mathrm { dL } ; VLDL: 45mg/dL;45 \mathrm { mg } / \mathrm { dL } ; TG: 150mg/dL150 \mathrm { mg } / \mathrm { dL }
Blood pressure: 140/85140 / 85 The diet history of Mr. Jones shows that he consumes dairy products such as milk, cheese, and ice cream regularly; a variety of protein-rich foods including fish, shellfish, beef, poultry, and eggs; and large quantities of rice and potatoes. He and his wife also frequently eat breads, crackers, and potato chips. Mr. Jones consumes a large variety of vegetables including eggplant, broccoli, mushrooms, onions, and tomatoes; however, many of these are deep-fried or cooked in butter.  
What dietary recommendations can you give to Mr. Jones to help decrease his risk factors?

A) Decrease consumption of high-fat dairy products.
B) Avoid whole grain products.
C) Decrease dietary fiber intake.
D) Avoid lean cuts of meat and poultry.
E) Increase consumption of high-fat dairy products.
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44
Match between columns
Ischem ia
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Ischem ia
The presence of one or more diseases or conditions in addition to the primary diagnosis
Ischem ia
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Ischem ia
Narrowing of blood vessels due to a buildup of plaque
Ischem ia
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Ischem ia
Treatment of disease through the use of drugs
Ischem ia
A dietary approach for reducing CVD risk
Ischem ia
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Ischem ia
Hyperpigmentation of the skin at the back of the neck
Ischem ia
Fatty liver disease
Ischem ia
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Ischem ia
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Ischem ia
An abnormal metabolism and deposition of fat
Dyslipidemia
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Dyslipidemia
The presence of one or more diseases or conditions in addition to the primary diagnosis
Dyslipidemia
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Dyslipidemia
Narrowing of blood vessels due to a buildup of plaque
Dyslipidemia
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Dyslipidemia
Treatment of disease through the use of drugs
Dyslipidemia
A dietary approach for reducing CVD risk
Dyslipidemia
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Dyslipidemia
Hyperpigmentation of the skin at the back of the neck
Dyslipidemia
Fatty liver disease
Dyslipidemia
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Dyslipidemia
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Dyslipidemia
An abnormal metabolism and deposition of fat
Atherosclerosis
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Atherosclerosis
The presence of one or more diseases or conditions in addition to the primary diagnosis
Atherosclerosis
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Atherosclerosis
Narrowing of blood vessels due to a buildup of plaque
Atherosclerosis
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Atherosclerosis
Treatment of disease through the use of drugs
Atherosclerosis
A dietary approach for reducing CVD risk
Atherosclerosis
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Atherosclerosis
Hyperpigmentation of the skin at the back of the neck
Atherosclerosis
Fatty liver disease
Atherosclerosis
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Atherosclerosis
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Atherosclerosis
An abnormal metabolism and deposition of fat
Acanthosis nigricans
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Acanthosis nigricans
The presence of one or more diseases or conditions in addition to the primary diagnosis
Acanthosis nigricans
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Acanthosis nigricans
Narrowing of blood vessels due to a buildup of plaque
Acanthosis nigricans
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Acanthosis nigricans
Treatment of disease through the use of drugs
Acanthosis nigricans
A dietary approach for reducing CVD risk
Acanthosis nigricans
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Acanthosis nigricans
Hyperpigmentation of the skin at the back of the neck
Acanthosis nigricans
Fatty liver disease
Acanthosis nigricans
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Acanthosis nigricans
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Acanthosis nigricans
An abnormal metabolism and deposition of fat
Type 2 diabetes
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Type 2 diabetes
The presence of one or more diseases or conditions in addition to the primary diagnosis
Type 2 diabetes
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Type 2 diabetes
Narrowing of blood vessels due to a buildup of plaque
Type 2 diabetes
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Type 2 diabetes
Treatment of disease through the use of drugs
Type 2 diabetes
A dietary approach for reducing CVD risk
Type 2 diabetes
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Type 2 diabetes
Hyperpigmentation of the skin at the back of the neck
Type 2 diabetes
Fatty liver disease
Type 2 diabetes
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Type 2 diabetes
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Type 2 diabetes
An abnormal metabolism and deposition of fat
Steatohepatitis
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Steatohepatitis
The presence of one or more diseases or conditions in addition to the primary diagnosis
Steatohepatitis
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Steatohepatitis
Narrowing of blood vessels due to a buildup of plaque
Steatohepatitis
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Steatohepatitis
Treatment of disease through the use of drugs
Steatohepatitis
A dietary approach for reducing CVD risk
Steatohepatitis
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Steatohepatitis
Hyperpigmentation of the skin at the back of the neck
Steatohepatitis
Fatty liver disease
Steatohepatitis
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Steatohepatitis
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Steatohepatitis
An abnormal metabolism and deposition of fat
Pharmacotherapy
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Pharmacotherapy
The presence of one or more diseases or conditions in addition to the primary diagnosis
Pharmacotherapy
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Pharmacotherapy
Narrowing of blood vessels due to a buildup of plaque
Pharmacotherapy
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Pharmacotherapy
Treatment of disease through the use of drugs
Pharmacotherapy
A dietary approach for reducing CVD risk
Pharmacotherapy
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Pharmacotherapy
Hyperpigmentation of the skin at the back of the neck
Pharmacotherapy
Fatty liver disease
Pharmacotherapy
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Pharmacotherapy
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Pharmacotherapy
An abnormal metabolism and deposition of fat
Type 1 diabetes
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Type 1 diabetes
The presence of one or more diseases or conditions in addition to the primary diagnosis
Type 1 diabetes
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Type 1 diabetes
Narrowing of blood vessels due to a buildup of plaque
Type 1 diabetes
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Type 1 diabetes
Treatment of disease through the use of drugs
Type 1 diabetes
A dietary approach for reducing CVD risk
Type 1 diabetes
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Type 1 diabetes
Hyperpigmentation of the skin at the back of the neck
Type 1 diabetes
Fatty liver disease
Type 1 diabetes
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Type 1 diabetes
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Type 1 diabetes
An abnormal metabolism and deposition of fat
Metabolic syndrome
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Metabolic syndrome
The presence of one or more diseases or conditions in addition to the primary diagnosis
Metabolic syndrome
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Metabolic syndrome
Narrowing of blood vessels due to a buildup of plaque
Metabolic syndrome
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Metabolic syndrome
Treatment of disease through the use of drugs
Metabolic syndrome
A dietary approach for reducing CVD risk
Metabolic syndrome
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Metabolic syndrome
Hyperpigmentation of the skin at the back of the neck
Metabolic syndrome
Fatty liver disease
Metabolic syndrome
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Metabolic syndrome
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Metabolic syndrome
An abnormal metabolism and deposition of fat
Lipodystrophy
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Lipodystrophy
The presence of one or more diseases or conditions in addition to the primary diagnosis
Lipodystrophy
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Lipodystrophy
Narrowing of blood vessels due to a buildup of plaque
Lipodystrophy
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Lipodystrophy
Treatment of disease through the use of drugs
Lipodystrophy
A dietary approach for reducing CVD risk
Lipodystrophy
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Lipodystrophy
Hyperpigmentation of the skin at the back of the neck
Lipodystrophy
Fatty liver disease
Lipodystrophy
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Lipodystrophy
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Lipodystrophy
An abnormal metabolism and deposition of fat
Comorbidity
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
Comorbidity
The presence of one or more diseases or conditions in addition to the primary diagnosis
Comorbidity
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
Comorbidity
Narrowing of blood vessels due to a buildup of plaque
Comorbidity
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
Comorbidity
Treatment of disease through the use of drugs
Comorbidity
A dietary approach for reducing CVD risk
Comorbidity
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
Comorbidity
Hyperpigmentation of the skin at the back of the neck
Comorbidity
Fatty liver disease
Comorbidity
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
Comorbidity
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
Comorbidity
An abnormal metabolism and deposition of fat
TLC
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered metabolism
TLC
The presence of one or more diseases or conditions in addition to the primary diagnosis
TLC
Inadequate blood supply to a local area due to partial or complete blockage of a blood vessel
TLC
Narrowing of blood vessels due to a buildup of plaque
TLC
Abnormal blood levels of cholesterol and/or triglycerides resulting from altered lipid metabolism
TLC
Treatment of disease through the use of drugs
TLC
A dietary approach for reducing CVD risk
TLC
A constellation of abnormalities that increases the risk of type 2 diabetes and CVD
TLC
Hyperpigmentation of the skin at the back of the neck
TLC
Fatty liver disease
TLC
High blood glucose levels resulting from the destruction of insulin-producing cells of the pancreas
TLC
High blood glucose levels due to the body's inability to use insulin normally, or to produce enough insulin
TLC
An abnormal metabolism and deposition of fat
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45
The American Diabetes Association recommends that adults should be screened for type 2 diabetes or prediabetes if they are _____ years old, or earlier if they are overweight.

A) 25
B) 35
C) 45
D) 55
E) 65
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46
Mr. Jones
Sex: male \quad Hours of work: 55+/55 + / wk
Age: 61 Occupation: computer programmer
Household members: wife, 65 years old
Family history: coronary artery disease in father; had a myocardial infarction at age 59
Smoker: yes; 40 years; 1 pack/day
Height: 70" \quad Weight: 190lb190 \mathrm { lb }
Waist circumference: 43in.43 \mathrm { in. }
Cholesterol: 220mg/dL220 \mathrm { mg } / \mathrm { dL } ; HDL-C: 30mg/dL30 \mathrm { mg } / \mathrm { dL } ; LDL-C: 160mg/dL160 \mathrm { mg } / \mathrm { dL } ; VLDL: 45mg/dL;45 \mathrm { mg } / \mathrm { dL } ; TG: 150mg/dL150 \mathrm { mg } / \mathrm { dL }
Blood pressure: 140/85140 / 85 The diet history of Mr. Jones shows that he consumes dairy products such as milk, cheese, and ice cream regularly; a variety of protein-rich foods including fish, shellfish, beef, poultry, and eggs; and large quantities of rice and potatoes. He and his wife also frequently eat breads, crackers, and potato chips. Mr. Jones consumes a large variety of vegetables including eggplant, broccoli, mushrooms, onions, and tomatoes; however, many of these are deep-fried or cooked in butter.  
Based on the information above, he is at risk of developing several cardiometabolic conditions, including _____.

A) osteoarthritis
B) gall bladder disease
C) gastrointestinal reflux disease
D) pancreatic cancer
E) hypertension
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47
Metabolic syndrome is related to a cluster of metabolic abnormalities that include _____.

A) low fasting blood glucose levels
B) abdominal obesity
C) low LDL levels
D) high HDL levels
E) low blood pressure
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48
A simple, low-cost method that can be used to screen for metabolic syndrome in community or clinic settings is _____.

A) random finger-stick blood sugar
B) waist circumference
C) waist-hip ratio
D) urine dipstick
E) basal body temperature
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49
Molly is 5-ft, 2-in. tall and weighs 170 pounds. What is her BMI?

A) 24
B) 31
C) 36
D) 41
E) 44
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50
Nutrition goals in the early phase of an HIV infection _____.

A) include the consumption of a maximum of 2,500 calories per day
B) include non-weight-bearing exercise regimens
C) do not include mineral supplements
D) do not include vitamin supplements
E) include the consumption of calcium-rich and vitamin D-fortified foods
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51
A recent addition to screening procedures for asymptomatic patients is a CT scan that measures calcium deposits in _____ and produces a coronary artery calcium (CAC) score.

A) veins
B) capillaries
C) arteries
D) pancreas
E) lungs
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52
Fifteen grams of carbohydrate could be obtained from which of the following?

A) 3 cups popcorn (popped)
B) 1.5 oz potato chips
C) 2 slices bread
D) 1 cup corn
E) 1 medium baked potato
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53
The two main factors believed to cause metabolic syndrome are _____ and _____.

A) obesity; diabetes
B) central adiposity; insulin resistance
C) inflammation; obesity
D) hypertension; insulin resistance
E) central adiposity; heart disease
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54
Mr. Jones
Sex: male \quad Hours of work: 55+/55 + / wk
Age: 61 Occupation: computer programmer
Household members: wife, 65 years old
Family history: coronary artery disease in father; had a myocardial infarction at age 59
Smoker: yes; 40 years; 1 pack/day
Height: 70" \quad Weight: 190lb190 \mathrm { lb }
Waist circumference: 43in.43 \mathrm { in. }
Cholesterol: 220mg/dL220 \mathrm { mg } / \mathrm { dL } ; HDL-C: 30mg/dL30 \mathrm { mg } / \mathrm { dL } ; LDL-C: 160mg/dL160 \mathrm { mg } / \mathrm { dL } ; VLDL: 45mg/dL;45 \mathrm { mg } / \mathrm { dL } ; TG: 150mg/dL150 \mathrm { mg } / \mathrm { dL }
Blood pressure: 140/85140 / 85 The diet history of Mr. Jones shows that he consumes dairy products such as milk, cheese, and ice cream regularly; a variety of protein-rich foods including fish, shellfish, beef, poultry, and eggs; and large quantities of rice and potatoes. He and his wife also frequently eat breads, crackers, and potato chips. Mr. Jones consumes a large variety of vegetables including eggplant, broccoli, mushrooms, onions, and tomatoes; however, many of these are deep-fried or cooked in butter.  
Mr. Jones is _____.

A) underweight
B) normal weight
C) overweight
D) obese
E) severely obese
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55
What term applies to liquid meals, meal bars, or packaged meals?

A) etiologic meals
B) functional food
C) low-calorie meals
D) snack food
E) meal replacements
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56
Patient-centered care for diabetes would likely include a _____.

A) personal trainer
B) social worker
C) nurse
D) pharmacy student
E) speech therapist
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57
Molly's BMI is 31. She is categorized as a(n) _____.

A) underweight individual
B) normal weight individual
C) overweight individual
D) obese individual
E) severely obese individual
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58
The component of weight management programs based on cognitive behavioral therapy that helps a client in examining his/her thought processes and recognizing dysfunctional thinking is called _____.

A) maintenance
B) support system
C) realistic goals
D) cognitive restructuring
E) caloric deficit
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59
Small dense LDL particles contain more _____ that makes it more available for binding to the lining of arteries and entry into the endothelium.

A) lipoprotein B
B) cholesterol
C) lipoprotein A
D) apolipoprotein B
E) apolipoprotein D
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60
List the factors that are important for working with a diabetic patient when determining his or her needs, tailoring a diabetes management plan, planning patient education and counseling, and monitoring progress over time.
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61
Describe the central defect in type 2 diabetes and the adverse side effects high levels of blood glucose have on the body.
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62
Identify the key assessment components that are to be included in a nutrition assessment for a person at high risk for cardiovascular disease.
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63
List the factors related to a client's motivation to engage in a weight-loss program and his or her ability to adhere to a treatment plan.
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64
Describe the prevalence of CVD and the development of coronary heart disease beginning with the process of atherosclerosis. What are the risk factors associated with CVD? What can you do to prevent the risk factors from occurring?
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65
Discuss the cause of metabolic syndrome, and identify two risk factors for developing metabolic syndrome. Provide recommendations that would decrease the risk of developing this syndrome.
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66
D iscuss the physiological effects of HIV disease and the effect of ARV drugs on the body.
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67
Describe the stages of carcinogenesis and relate how dietary elements can modify this process.
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68
Discuss cognitive behavioral therapy for weight management. List all the 12 components of weight-management programs based on this type of therapy.
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69
List the main considerations in developing a diet plan (nutrition prescription) for an individual with diabetes.
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