Deck 21: Carbohydrate-Controlled Diets for Diabetes Mellitus

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Question
In people with diabetes, claudication may be due to polyuria. ​
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Question
In severe cases of diabetic ketoacidosis, blood glucose levels can exceed 1000 mg/dL. ​
Question
It is appropriate for clients diagnosed with type 2 diabetes to take oral antidiabetic agents and ignore their prescribed diet.
Question
Prediabetes is diagnosed when a person has a fasting blood glucose level that falls between 100 and 125 mg/dL. ​
Question
All of these symptoms are characteristic of diabetes EXCEPT:

A)polyuria.
B)polyphagia.
C)polydipsia.
D)hepatomegaly.
E)glycosuria.
Question
The hyperosmolar hyperglycemic syndrome is a complication of type 2 diabetes. ​
Question
Chronic complications of diabetes typically affect the blood vessels and the bones.
Question
People with diabetes are prone to _____ due to poor circulation and weakened immune function.

A)ketoacidosis
B)hyperglycemia
C)infections
D)fatigue
E)neuropathy
Question
Diabetes mellitus describes a group of metabolic disorders characterized by:

A)elevated blood glucose.
B)low hemoglobin.
C)dumping syndrome.
D)lactose intolerance.
E)low insulin levels.
Question
If a person does not produce sufficient insulin, he is prone to have:

A)hyperglycemia.
B)poor appetite.
C)low albumin levels.
D)hypoglycemia.
E)hypertension.
Question
The prevalent form of diabetes:

A)usually results from an autoimmune disorder.
B)develops most often in people over 40.
C)is called type 1 diabetes.
D)develops as a result of drastic weight loss.
E)is characterized by decreased insulin production.
Question
Which symptoms are associated with the acute complications of diabetes?

A)hyperglycemia, vomiting, dehydration
B)vomiting, polyuria, infections of the urinary tract
C)hyperglycemia, dehydration, polyuria
D)dehydration, polyuria, lack of thirst
E)vomiting, dehydration, infections of the urinary tract
Question
Obesity alone can cause some degree of insulin resistance.
Question
The first sign of type 1 diabetes is often:

A)ketoacidosis.
B)hypoglycemia.
C)high blood lipids.
D)albuminuria.
E)gangrene.
Question
The primary defect in type 2 diabetes is autoimmune destruction of the pancreatic beta cells. ​
Question
Glycosuria generally occurs when blood glucose exceeds _____ milligrams per deciliter.

A)120 ​
B)140
C)160
D)200
E)300
Question
Excessive urine production is called:

A)polydipsia.
B)polyuria.
C)ketonuria.
D)glycosuria.
E)polyphagia.
Question
Routine checks for polydipsia can determine whether diabetes is affecting the eyes.
Question
Acetone breath is characteristic of hypoglycemia.
Question
Type 2 diabetes is associated with:

A)autoimmune diseases.
B)insulin resistance.
C)destruction of pancreatic beta cells.
D)viral infection.
E)low insulin secretion.
Question
Hypoglycemia is frequently caused by:

A)overeating.
B)skipping insulin doses.
C)eating too many carbohydrates.
D)poor management of diabetes.
E)lack of insulin.
Question
The nutrient that has the greatest influence on blood glucose levels is:

A)protein.
B)fat.
C)carbohydrate.
D)calcium.
E)ketones.
Question
Good glycemic control requires:

A)eating small amounts of food.
B)restricting carbohydrate in the diet.
C)self-monitoring of blood glucose.
D)frequent visits to the doctor.
E)frequent insulin injections.
Question
Generally, the initial treatment for type 2 diabetes includes:

A)nutrition therapy and exercise.
B)antidiabetic medications.
C)insulin therapy.
D)enzyme replacement therapy.
E)insulin pumps.
Question
The risk of developing type 2 diabetes is increased by all of these conditions EXCEPT:

A)abdominal obesity.
B)aging.
C)sedentary lifestyle.
D)hypertension.
E)genetic factors.
Question
Patients diagnosed with diabetes need to receive education in all of these areas EXCEPT:

A)meal planning.
B)blood glucose monitoring.
C)physical activity.
D)dialysis.
E)appropriate physical activity.
Question
Diabetic ketoacidosis is characterized by all of the following EXCEPT:

A)severe ketosis.
B)blood glucose >250 mg/dL.
C)acidosis.
D)blood cholesterol >250 mg/dL.
E)dehydration.
Question
Which condition is not a chronic complication of diabetes?

A)nephropathy
B)neuropathy
C)retinopathy
D)myopathy
E)sexual dysfunction
Question
Type 2 diabetes often goes undiagnosed in overweight children and teens because:

A)their glucose levels vary with their stage of growth.
B)there are frequently no symptoms.
C)blood glucose tests are not accurate in children and teens.
D)their lifestyles are not conducive to screening for the disease.
E)it is a rare condition in children.
Question
A major cause of disability among people with diabetes is:

A)foot amputation.
B)hypertension.
C)hypoglycemia.
D)foot ulcers.
E)nephropathy.
Question
An appropriate diet for diabetics includes all of these dietary adjustments EXCEPT:

A)low in carbohydrate.
B)adequate in fiber.
C)low in saturated fat.
D)moderate in protein.
E)use of sugar substitutes.
Question
Type 2 diabetics who develop a serious illness or infection that worsens elevated glucose concentrations are prone to developing:

A)heart disease.
B)weight loss.
C)systemic inflammatory response syndrome.
D)hyperosmolar hyperglycemic syndrome.
E)significant ketosis.
Question
Intensive insulin therapy can cause:

A)hyperglycemia.
B)a loss of appetite.
C)weight gain.
D)low albumin levels.
E)alkalosis.
Question
The HbA1C test is used to determine the:

A)average blood glucose over the preceding two weeks.
B)glycemic control for the preceding two to three months.
C)level of fructose in the blood.
D)presence of ketones in the blood.
E)average plasma pH.
Question
A major cause of death in people with diabetes is:

A)neuropathy.
B)cardiovascular disease.
C)infections.
D)gangrene.
E)claudication.
Question
What is the most important goal for both medical and nutrition therapy for diabetics?

A)blood glucose control
B)blood pressure control
C)optimal blood lipid levels
D)prevention of complications
E)urine output control.
Question
A disadvantage of intensive therapy for type 1 diabetes is:

A)a greater risk of severe hypoglycemia.
B)greater expense due to lack of insurance reimbursement.
C)fewer incidences of severe hypoglycemia.
D)more rapid progression of chronic complications.
E)lack of glycemic control.
Question
What are the recommendations for carbohydrate intake for diabetics? ​

A)Low-carbohydrate diets are recommended.
B)All concentrated sweets should be avoided.
C)High-fiber, minimally processed carbohydrates should be emphasized.
D)Simple carbohydrates should be emphasized.
E)Glucose should be avoided.
Question
In non-diabetes, glycated hemoglobin values are typically:

A)
B)>6%.
C)>7%.
D)>8%.
E)>9%.
Question
People with diabetes are at increased risk for cardiovascular diseases because they:

A)tend to eat poorly.
B)have an increased tendency for thrombosis and abnormal ventricle function.
C)experience claudication and foot ulcers.
D)are usually unable to participate in any form of physical activity.
E)are less likely to form blood clots.
Question
Which insulin preparation has the quickest onset of action?

A)lispro
B)regular
C)NPH
D)glargine
E)detemir
Question
Diabetics who use insulin or medications that promote insulin secretion should:

A)not consume alcohol.
B)consume alcohol no more than 3-4 times/week.
C)consume alcohol in moderation and always with meals.
D)consume alcohol only on an empty stomach.
E)restrict alcohol consumption to one beer per day.
Question
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
Mr. Joiner's blood glucose level meets the criteria for a diagnosis of:

A)type 1 diabetes.
B)type 2 diabetes.
C)prediabetes.
D)ketoacidosis.
E)hypoglycemia.
Question
The diabetic diet should provide less than _____ milligrams of cholesterol per day.

A)100
B)200
C)300
D)500
E)600
Question
The treatment of type 2 diabetes stresses _____ because of its beneficial effects on improving blood glucose control and blood lipids, and reducing blood pressure. ​

A)physical activity
B)a low-fat diet
C)sulfonylureas
D)a sodium-controlled diet
E)dopamine agonists
Question
The Somogyi effect is also known as:

A)the fasting hyperglycemic effect.
B)the dawn phenomenon.
C)the weight gain effect.
D)rebound hyperglycemia.
E)the midnight effect.
Question
Which food would have the least effect on blood glucose levels?

A)fruit juice ​
B)whole-grain cereal
C)biscuit
D)vanilla wafer
E)white rice
Question
A patient with diabetes is allowed 60 grams of carbohydrate for lunch. This equals _____ portions of carbohydrate-containing foods.

A)2
B)3
C)4
D)5
E)6
Question
Diet therapy for the pregnant woman with diabetes includes all of these dietary adjustments EXCEPT:

A)weight loss.
B)regular meals and snacks.
C)an evening snack.
D)monitoring of insulin therapy.
E)preconception care and planning.
Question
Which food should not be included in the diet of a person with diabetes? ​

A)dried beans and peas
B)fruits
C)trans fats
D)whole-grain breads
E)sugar substitutes
Question
All of these food portions represent one portion of a carbohydrate-containing food EXCEPT:

A)1 medium apple.
B)1 slice of bread.
C)1 cup cooked pasta.
D)1 small baked potato.
E)½ cup cooked oatmeal.
Question
Women with gestational diabetes who are overweight or obese should be encouraged to:

A)engage in strenuous exercise.
B)severely restrict carbohydrate intake.
C)adjust energy intake as needed.
D)limit protein intake.
E)lose excess body weight.
Question
A patient's diabetic diet prescription is for 1800 kcalories with 50% of kcalories from carbohydrate. How many carbohydrate portions is the patient allowed each day?

A)15
B)20
C)45
D)50
E)60
Question
Which insulin preparation has the longest duration of action?

A)lispro
B)regular
C)NPH
D)glargine
E)aspart
Question
To reduce the saturated fat content of the diabetic diet, all of these foods should be emphasized EXCEPT:

A)lean meats.
B)legumes.
C)cheese.
D)vegetable oils.
E)dietary fibers.
Question
A benefit to using the basic carbohydrate counting method is:

A)it is easier to learn than the advanced carbohydrate counting method.
B)all portion sizes are the same for various foods.
C)patients can consume unlimited amounts of carbohydrates.
D)fiber content of the food does not need to be accounted for in the calculation.
E)consistent carbohydrate intake is not required.
Question
The mode of action of sulfonylureas is to:

A)stimulate insulin secretion by the pancreas.
B)decrease insulin resistance.
C)improve glucose utilization.
D)delay carbohydrate digestion and absorption.
E)increase insulin sensitivity.
Question
Protein needs for people with diabetes are estimated using the DRI for adults, which is _____ g/kg body weight.

A)0.6
B)0.8
C)1.0
D)1.2
E)1.5
Question
Consistent carbohydrate intake is required for patients who are:

A)using advanced carbohydrate counting.
B)using the basic carbohydrate-counting method.
C)overweight and inactive.
D)using intensive insulin therapy.
E)elderly and have other health concerns.
Question
Which drug suppresses glucagon secretion and delays stomach emptying?

A)biguanides
B)sulfonylureas
C)dopamine agonists
D)acarbose
E)amylin analogs
Question
Match between columns
metabolic syndrome
hormone produced by adipose cells that improves insulin sensitivity
metabolic syndrome
liver protein that promotes blood clot formation
metabolic syndrome
a hormone produced by adipose cells that promotes insulin resistance
metabolic syndrome
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
metabolic syndrome
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
metabolic syndrome
transported in very-low-density lipoproteins (VLDL)
metabolic syndrome
known as insulin resistance syndrome or syndrome X
metabolic syndrome
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
metabolic syndrome
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
metabolic syndrome
signaling proteins produced by the body's cells, including immune cells
Question
Match between columns
plasminogen activator inhibitor-1
hormone produced by adipose cells that improves insulin sensitivity
plasminogen activator inhibitor-1
liver protein that promotes blood clot formation
plasminogen activator inhibitor-1
a hormone produced by adipose cells that promotes insulin resistance
plasminogen activator inhibitor-1
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
plasminogen activator inhibitor-1
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
plasminogen activator inhibitor-1
transported in very-low-density lipoproteins (VLDL)
plasminogen activator inhibitor-1
known as insulin resistance syndrome or syndrome X
plasminogen activator inhibitor-1
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
plasminogen activator inhibitor-1
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
plasminogen activator inhibitor-1
signaling proteins produced by the body's cells, including immune cells
Question
Match between columns
triglycerides
hormone produced by adipose cells that improves insulin sensitivity
triglycerides
liver protein that promotes blood clot formation
triglycerides
a hormone produced by adipose cells that promotes insulin resistance
triglycerides
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
triglycerides
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
triglycerides
transported in very-low-density lipoproteins (VLDL)
triglycerides
known as insulin resistance syndrome or syndrome X
triglycerides
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
triglycerides
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
triglycerides
signaling proteins produced by the body's cells, including immune cells
Question
The progression of metabolic syndrome is worsened by:

A)a sedentary lifestyle.
B)low-carbohydrate diets.
C)low blood lipids.
D)drug therapy.
E)celiac disease.
Question
Match between columns
resistin
hormone produced by adipose cells that improves insulin sensitivity
resistin
liver protein that promotes blood clot formation
resistin
a hormone produced by adipose cells that promotes insulin resistance
resistin
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
resistin
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
resistin
transported in very-low-density lipoproteins (VLDL)
resistin
known as insulin resistance syndrome or syndrome X
resistin
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
resistin
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
resistin
signaling proteins produced by the body's cells, including immune cells
Question
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
To reduce his risk of developing diabetes, Mr. Joiner should follow all of these recommendations EXCEPT:

A)lose weight.
B)increase physical activity.
C)learn to make better food choices at restaurants.
D)learn to cook.
E)cut down on the alcohol consumption.
Question
Individuals with hypertriglyceridemia should reduce their intake of:

A)desserts.
B)fruit.
C)fatty fish.
D)nuts.
E)fiber.
Question
Match between columns
fibrinogen
hormone produced by adipose cells that improves insulin sensitivity
fibrinogen
liver protein that promotes blood clot formation
fibrinogen
a hormone produced by adipose cells that promotes insulin resistance
fibrinogen
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
fibrinogen
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
fibrinogen
transported in very-low-density lipoproteins (VLDL)
fibrinogen
known as insulin resistance syndrome or syndrome X
fibrinogen
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
fibrinogen
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
fibrinogen
signaling proteins produced by the body's cells, including immune cells
Question
Match between columns
cytokines
hormone produced by adipose cells that improves insulin sensitivity
cytokines
liver protein that promotes blood clot formation
cytokines
a hormone produced by adipose cells that promotes insulin resistance
cytokines
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
cytokines
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
cytokines
transported in very-low-density lipoproteins (VLDL)
cytokines
known as insulin resistance syndrome or syndrome X
cytokines
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
cytokines
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
cytokines
signaling proteins produced by the body's cells, including immune cells
Question
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
How many of his risk factors for type 2 diabetes can Mr. Joiner control?

A)1
B)2
C)3
D)4
E)5
Question
Though the exact cause of metabolic syndrome is unknown, it is believed to be associated with:

A)poverty.
B)obesity.
C)hypoglycemia.
D)liver disease.
E)smoking.
Question
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
After two months, Mr. Joiner has lost weight but his fasting blood glucose has risen to 140 mg/dL. Mr. Joiner's disease has progressed to:

A)type 1 diabetes.
B)type 2 diabetes.
C)gestational diabetes.
D)hyperosmolar hyperglycemic syndrome.
E)ketoacidosis.
Question
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
The simplest and most flexible approach for Mr. Joiner to use for optimal management of his blood glucose level is:

A)carbohydrate counting.
B)food lists.
C)MyPyramid.
D)a high-protein diet.
E)the DASH diet.
Question
Match between columns
adiponectin
hormone produced by adipose cells that improves insulin sensitivity
adiponectin
liver protein that promotes blood clot formation
adiponectin
a hormone produced by adipose cells that promotes insulin resistance
adiponectin
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
adiponectin
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
adiponectin
transported in very-low-density lipoproteins (VLDL)
adiponectin
known as insulin resistance syndrome or syndrome X
adiponectin
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
adiponectin
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
adiponectin
signaling proteins produced by the body's cells, including immune cells
Question
Match between columns
type 2 diabetes
transported in very-low-density lipoproteins (VLDL)
type 2 diabetes
hormone produced by adipose cells that improves insulin sensitivity
type 2 diabetes
liver protein that promotes blood clot formation
type 2 diabetes
a hormone produced by adipose cells that promotes insulin resistance
type 2 diabetes
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
type 2 diabetes
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
type 2 diabetes
known as insulin resistance syndrome or syndrome X
type 2 diabetes
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
type 2 diabetes
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
type 2 diabetes
signaling proteins produced by the body's cells, including immune cells
Question
Match between columns
type 1 diabetes
hormone produced by adipose cells that improves insulin sensitivity
type 1 diabetes
liver protein that promotes blood clot formation
type 1 diabetes
a hormone produced by adipose cells that promotes insulin resistance
type 1 diabetes
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
type 1 diabetes
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
type 1 diabetes
transported in very-low-density lipoproteins (VLDL)
type 1 diabetes
known as insulin resistance syndrome or syndrome X
type 1 diabetes
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
type 1 diabetes
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
type 1 diabetes
signaling proteins produced by the body's cells, including immune cells
Question
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
How many risk factors does Mr. Joiner have for type 2 diabetes?

A)2
B)3
C)4
D)5
E)6
Question
Metabolic syndrome consists of a cluster of disorders that increase the risk of developing type 2 diabetes and:

A)liver disease.
B)cardiovascular disease.
C)foot ulcers.
D)renal failure.
E)hypoglycemia.
Question
Which group of symptoms is characteristic of the metabolic syndrome?

A)​abdominal  obesity, reduced HDL cholesterol levels, hyperglycemia
B)hypertension, hypoglycemia, abdominal obesity
C)elevated liver enzymes, insulin resistance, albuminuria
D)polyuria, polydipsia, polyphagia
E)​abdominal  obesity, renal disease, reduced cholesterol, elevated HDL
Question
Match between columns
rebound hyperglycemia
hormone produced by adipose cells that improves insulin sensitivity
rebound hyperglycemia
liver protein that promotes blood clot formation
rebound hyperglycemia
a hormone produced by adipose cells that promotes insulin resistance
rebound hyperglycemia
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
rebound hyperglycemia
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
rebound hyperglycemia
transported in very-low-density lipoproteins (VLDL)
rebound hyperglycemia
known as insulin resistance syndrome or syndrome X
rebound hyperglycemia
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
rebound hyperglycemia
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
rebound hyperglycemia
signaling proteins produced by the body's cells, including immune cells
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Deck 21: Carbohydrate-Controlled Diets for Diabetes Mellitus
1
In people with diabetes, claudication may be due to polyuria. ​
False
2
In severe cases of diabetic ketoacidosis, blood glucose levels can exceed 1000 mg/dL. ​
True
3
It is appropriate for clients diagnosed with type 2 diabetes to take oral antidiabetic agents and ignore their prescribed diet.
False
4
Prediabetes is diagnosed when a person has a fasting blood glucose level that falls between 100 and 125 mg/dL. ​
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5
All of these symptoms are characteristic of diabetes EXCEPT:

A)polyuria.
B)polyphagia.
C)polydipsia.
D)hepatomegaly.
E)glycosuria.
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6
The hyperosmolar hyperglycemic syndrome is a complication of type 2 diabetes. ​
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7
Chronic complications of diabetes typically affect the blood vessels and the bones.
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8
People with diabetes are prone to _____ due to poor circulation and weakened immune function.

A)ketoacidosis
B)hyperglycemia
C)infections
D)fatigue
E)neuropathy
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9
Diabetes mellitus describes a group of metabolic disorders characterized by:

A)elevated blood glucose.
B)low hemoglobin.
C)dumping syndrome.
D)lactose intolerance.
E)low insulin levels.
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10
If a person does not produce sufficient insulin, he is prone to have:

A)hyperglycemia.
B)poor appetite.
C)low albumin levels.
D)hypoglycemia.
E)hypertension.
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11
The prevalent form of diabetes:

A)usually results from an autoimmune disorder.
B)develops most often in people over 40.
C)is called type 1 diabetes.
D)develops as a result of drastic weight loss.
E)is characterized by decreased insulin production.
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12
Which symptoms are associated with the acute complications of diabetes?

A)hyperglycemia, vomiting, dehydration
B)vomiting, polyuria, infections of the urinary tract
C)hyperglycemia, dehydration, polyuria
D)dehydration, polyuria, lack of thirst
E)vomiting, dehydration, infections of the urinary tract
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13
Obesity alone can cause some degree of insulin resistance.
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14
The first sign of type 1 diabetes is often:

A)ketoacidosis.
B)hypoglycemia.
C)high blood lipids.
D)albuminuria.
E)gangrene.
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15
The primary defect in type 2 diabetes is autoimmune destruction of the pancreatic beta cells. ​
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16
Glycosuria generally occurs when blood glucose exceeds _____ milligrams per deciliter.

A)120 ​
B)140
C)160
D)200
E)300
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17
Excessive urine production is called:

A)polydipsia.
B)polyuria.
C)ketonuria.
D)glycosuria.
E)polyphagia.
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18
Routine checks for polydipsia can determine whether diabetes is affecting the eyes.
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19
Acetone breath is characteristic of hypoglycemia.
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20
Type 2 diabetes is associated with:

A)autoimmune diseases.
B)insulin resistance.
C)destruction of pancreatic beta cells.
D)viral infection.
E)low insulin secretion.
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21
Hypoglycemia is frequently caused by:

A)overeating.
B)skipping insulin doses.
C)eating too many carbohydrates.
D)poor management of diabetes.
E)lack of insulin.
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22
The nutrient that has the greatest influence on blood glucose levels is:

A)protein.
B)fat.
C)carbohydrate.
D)calcium.
E)ketones.
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23
Good glycemic control requires:

A)eating small amounts of food.
B)restricting carbohydrate in the diet.
C)self-monitoring of blood glucose.
D)frequent visits to the doctor.
E)frequent insulin injections.
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24
Generally, the initial treatment for type 2 diabetes includes:

A)nutrition therapy and exercise.
B)antidiabetic medications.
C)insulin therapy.
D)enzyme replacement therapy.
E)insulin pumps.
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25
The risk of developing type 2 diabetes is increased by all of these conditions EXCEPT:

A)abdominal obesity.
B)aging.
C)sedentary lifestyle.
D)hypertension.
E)genetic factors.
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26
Patients diagnosed with diabetes need to receive education in all of these areas EXCEPT:

A)meal planning.
B)blood glucose monitoring.
C)physical activity.
D)dialysis.
E)appropriate physical activity.
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27
Diabetic ketoacidosis is characterized by all of the following EXCEPT:

A)severe ketosis.
B)blood glucose >250 mg/dL.
C)acidosis.
D)blood cholesterol >250 mg/dL.
E)dehydration.
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28
Which condition is not a chronic complication of diabetes?

A)nephropathy
B)neuropathy
C)retinopathy
D)myopathy
E)sexual dysfunction
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29
Type 2 diabetes often goes undiagnosed in overweight children and teens because:

A)their glucose levels vary with their stage of growth.
B)there are frequently no symptoms.
C)blood glucose tests are not accurate in children and teens.
D)their lifestyles are not conducive to screening for the disease.
E)it is a rare condition in children.
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30
A major cause of disability among people with diabetes is:

A)foot amputation.
B)hypertension.
C)hypoglycemia.
D)foot ulcers.
E)nephropathy.
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31
An appropriate diet for diabetics includes all of these dietary adjustments EXCEPT:

A)low in carbohydrate.
B)adequate in fiber.
C)low in saturated fat.
D)moderate in protein.
E)use of sugar substitutes.
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32
Type 2 diabetics who develop a serious illness or infection that worsens elevated glucose concentrations are prone to developing:

A)heart disease.
B)weight loss.
C)systemic inflammatory response syndrome.
D)hyperosmolar hyperglycemic syndrome.
E)significant ketosis.
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33
Intensive insulin therapy can cause:

A)hyperglycemia.
B)a loss of appetite.
C)weight gain.
D)low albumin levels.
E)alkalosis.
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34
The HbA1C test is used to determine the:

A)average blood glucose over the preceding two weeks.
B)glycemic control for the preceding two to three months.
C)level of fructose in the blood.
D)presence of ketones in the blood.
E)average plasma pH.
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35
A major cause of death in people with diabetes is:

A)neuropathy.
B)cardiovascular disease.
C)infections.
D)gangrene.
E)claudication.
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36
What is the most important goal for both medical and nutrition therapy for diabetics?

A)blood glucose control
B)blood pressure control
C)optimal blood lipid levels
D)prevention of complications
E)urine output control.
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37
A disadvantage of intensive therapy for type 1 diabetes is:

A)a greater risk of severe hypoglycemia.
B)greater expense due to lack of insurance reimbursement.
C)fewer incidences of severe hypoglycemia.
D)more rapid progression of chronic complications.
E)lack of glycemic control.
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38
What are the recommendations for carbohydrate intake for diabetics? ​

A)Low-carbohydrate diets are recommended.
B)All concentrated sweets should be avoided.
C)High-fiber, minimally processed carbohydrates should be emphasized.
D)Simple carbohydrates should be emphasized.
E)Glucose should be avoided.
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39
In non-diabetes, glycated hemoglobin values are typically:

A)
B)>6%.
C)>7%.
D)>8%.
E)>9%.
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40
People with diabetes are at increased risk for cardiovascular diseases because they:

A)tend to eat poorly.
B)have an increased tendency for thrombosis and abnormal ventricle function.
C)experience claudication and foot ulcers.
D)are usually unable to participate in any form of physical activity.
E)are less likely to form blood clots.
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41
Which insulin preparation has the quickest onset of action?

A)lispro
B)regular
C)NPH
D)glargine
E)detemir
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42
Diabetics who use insulin or medications that promote insulin secretion should:

A)not consume alcohol.
B)consume alcohol no more than 3-4 times/week.
C)consume alcohol in moderation and always with meals.
D)consume alcohol only on an empty stomach.
E)restrict alcohol consumption to one beer per day.
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43
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
Mr. Joiner's blood glucose level meets the criteria for a diagnosis of:

A)type 1 diabetes.
B)type 2 diabetes.
C)prediabetes.
D)ketoacidosis.
E)hypoglycemia.
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44
The diabetic diet should provide less than _____ milligrams of cholesterol per day.

A)100
B)200
C)300
D)500
E)600
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45
The treatment of type 2 diabetes stresses _____ because of its beneficial effects on improving blood glucose control and blood lipids, and reducing blood pressure. ​

A)physical activity
B)a low-fat diet
C)sulfonylureas
D)a sodium-controlled diet
E)dopamine agonists
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46
The Somogyi effect is also known as:

A)the fasting hyperglycemic effect.
B)the dawn phenomenon.
C)the weight gain effect.
D)rebound hyperglycemia.
E)the midnight effect.
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47
Which food would have the least effect on blood glucose levels?

A)fruit juice ​
B)whole-grain cereal
C)biscuit
D)vanilla wafer
E)white rice
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48
A patient with diabetes is allowed 60 grams of carbohydrate for lunch. This equals _____ portions of carbohydrate-containing foods.

A)2
B)3
C)4
D)5
E)6
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49
Diet therapy for the pregnant woman with diabetes includes all of these dietary adjustments EXCEPT:

A)weight loss.
B)regular meals and snacks.
C)an evening snack.
D)monitoring of insulin therapy.
E)preconception care and planning.
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50
Which food should not be included in the diet of a person with diabetes? ​

A)dried beans and peas
B)fruits
C)trans fats
D)whole-grain breads
E)sugar substitutes
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51
All of these food portions represent one portion of a carbohydrate-containing food EXCEPT:

A)1 medium apple.
B)1 slice of bread.
C)1 cup cooked pasta.
D)1 small baked potato.
E)½ cup cooked oatmeal.
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52
Women with gestational diabetes who are overweight or obese should be encouraged to:

A)engage in strenuous exercise.
B)severely restrict carbohydrate intake.
C)adjust energy intake as needed.
D)limit protein intake.
E)lose excess body weight.
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53
A patient's diabetic diet prescription is for 1800 kcalories with 50% of kcalories from carbohydrate. How many carbohydrate portions is the patient allowed each day?

A)15
B)20
C)45
D)50
E)60
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54
Which insulin preparation has the longest duration of action?

A)lispro
B)regular
C)NPH
D)glargine
E)aspart
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55
To reduce the saturated fat content of the diabetic diet, all of these foods should be emphasized EXCEPT:

A)lean meats.
B)legumes.
C)cheese.
D)vegetable oils.
E)dietary fibers.
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56
A benefit to using the basic carbohydrate counting method is:

A)it is easier to learn than the advanced carbohydrate counting method.
B)all portion sizes are the same for various foods.
C)patients can consume unlimited amounts of carbohydrates.
D)fiber content of the food does not need to be accounted for in the calculation.
E)consistent carbohydrate intake is not required.
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57
The mode of action of sulfonylureas is to:

A)stimulate insulin secretion by the pancreas.
B)decrease insulin resistance.
C)improve glucose utilization.
D)delay carbohydrate digestion and absorption.
E)increase insulin sensitivity.
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58
Protein needs for people with diabetes are estimated using the DRI for adults, which is _____ g/kg body weight.

A)0.6
B)0.8
C)1.0
D)1.2
E)1.5
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59
Consistent carbohydrate intake is required for patients who are:

A)using advanced carbohydrate counting.
B)using the basic carbohydrate-counting method.
C)overweight and inactive.
D)using intensive insulin therapy.
E)elderly and have other health concerns.
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60
Which drug suppresses glucagon secretion and delays stomach emptying?

A)biguanides
B)sulfonylureas
C)dopamine agonists
D)acarbose
E)amylin analogs
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61
Match between columns
metabolic syndrome
hormone produced by adipose cells that improves insulin sensitivity
metabolic syndrome
liver protein that promotes blood clot formation
metabolic syndrome
a hormone produced by adipose cells that promotes insulin resistance
metabolic syndrome
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
metabolic syndrome
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
metabolic syndrome
transported in very-low-density lipoproteins (VLDL)
metabolic syndrome
known as insulin resistance syndrome or syndrome X
metabolic syndrome
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
metabolic syndrome
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
metabolic syndrome
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
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Unlock Deck
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62
Match between columns
plasminogen activator inhibitor-1
hormone produced by adipose cells that improves insulin sensitivity
plasminogen activator inhibitor-1
liver protein that promotes blood clot formation
plasminogen activator inhibitor-1
a hormone produced by adipose cells that promotes insulin resistance
plasminogen activator inhibitor-1
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
plasminogen activator inhibitor-1
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
plasminogen activator inhibitor-1
transported in very-low-density lipoproteins (VLDL)
plasminogen activator inhibitor-1
known as insulin resistance syndrome or syndrome X
plasminogen activator inhibitor-1
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
plasminogen activator inhibitor-1
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
plasminogen activator inhibitor-1
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
Unlock for access to all 100 flashcards in this deck.
Unlock Deck
k this deck
63
Match between columns
triglycerides
hormone produced by adipose cells that improves insulin sensitivity
triglycerides
liver protein that promotes blood clot formation
triglycerides
a hormone produced by adipose cells that promotes insulin resistance
triglycerides
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
triglycerides
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
triglycerides
transported in very-low-density lipoproteins (VLDL)
triglycerides
known as insulin resistance syndrome or syndrome X
triglycerides
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
triglycerides
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
triglycerides
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
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64
The progression of metabolic syndrome is worsened by:

A)a sedentary lifestyle.
B)low-carbohydrate diets.
C)low blood lipids.
D)drug therapy.
E)celiac disease.
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65
Match between columns
resistin
hormone produced by adipose cells that improves insulin sensitivity
resistin
liver protein that promotes blood clot formation
resistin
a hormone produced by adipose cells that promotes insulin resistance
resistin
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
resistin
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
resistin
transported in very-low-density lipoproteins (VLDL)
resistin
known as insulin resistance syndrome or syndrome X
resistin
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
resistin
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
resistin
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
Unlock for access to all 100 flashcards in this deck.
Unlock Deck
k this deck
66
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
To reduce his risk of developing diabetes, Mr. Joiner should follow all of these recommendations EXCEPT:

A)lose weight.
B)increase physical activity.
C)learn to make better food choices at restaurants.
D)learn to cook.
E)cut down on the alcohol consumption.
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67
Individuals with hypertriglyceridemia should reduce their intake of:

A)desserts.
B)fruit.
C)fatty fish.
D)nuts.
E)fiber.
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Unlock Deck
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68
Match between columns
fibrinogen
hormone produced by adipose cells that improves insulin sensitivity
fibrinogen
liver protein that promotes blood clot formation
fibrinogen
a hormone produced by adipose cells that promotes insulin resistance
fibrinogen
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
fibrinogen
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
fibrinogen
transported in very-low-density lipoproteins (VLDL)
fibrinogen
known as insulin resistance syndrome or syndrome X
fibrinogen
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
fibrinogen
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
fibrinogen
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
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Unlock Deck
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69
Match between columns
cytokines
hormone produced by adipose cells that improves insulin sensitivity
cytokines
liver protein that promotes blood clot formation
cytokines
a hormone produced by adipose cells that promotes insulin resistance
cytokines
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
cytokines
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
cytokines
transported in very-low-density lipoproteins (VLDL)
cytokines
known as insulin resistance syndrome or syndrome X
cytokines
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
cytokines
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
cytokines
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
Unlock for access to all 100 flashcards in this deck.
Unlock Deck
k this deck
70
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
How many of his risk factors for type 2 diabetes can Mr. Joiner control?

A)1
B)2
C)3
D)4
E)5
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71
Though the exact cause of metabolic syndrome is unknown, it is believed to be associated with:

A)poverty.
B)obesity.
C)hypoglycemia.
D)liver disease.
E)smoking.
Unlock Deck
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Unlock Deck
k this deck
72
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
After two months, Mr. Joiner has lost weight but his fasting blood glucose has risen to 140 mg/dL. Mr. Joiner's disease has progressed to:

A)type 1 diabetes.
B)type 2 diabetes.
C)gestational diabetes.
D)hyperosmolar hyperglycemic syndrome.
E)ketoacidosis.
Unlock Deck
Unlock for access to all 100 flashcards in this deck.
Unlock Deck
k this deck
73
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
The simplest and most flexible approach for Mr. Joiner to use for optimal management of his blood glucose level is:

A)carbohydrate counting.
B)food lists.
C)MyPyramid.
D)a high-protein diet.
E)the DASH diet.
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74
Match between columns
adiponectin
hormone produced by adipose cells that improves insulin sensitivity
adiponectin
liver protein that promotes blood clot formation
adiponectin
a hormone produced by adipose cells that promotes insulin resistance
adiponectin
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
adiponectin
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
adiponectin
transported in very-low-density lipoproteins (VLDL)
adiponectin
known as insulin resistance syndrome or syndrome X
adiponectin
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
adiponectin
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
adiponectin
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
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Unlock Deck
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75
Match between columns
type 2 diabetes
transported in very-low-density lipoproteins (VLDL)
type 2 diabetes
hormone produced by adipose cells that improves insulin sensitivity
type 2 diabetes
liver protein that promotes blood clot formation
type 2 diabetes
a hormone produced by adipose cells that promotes insulin resistance
type 2 diabetes
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
type 2 diabetes
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
type 2 diabetes
known as insulin resistance syndrome or syndrome X
type 2 diabetes
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
type 2 diabetes
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
type 2 diabetes
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
Unlock for access to all 100 flashcards in this deck.
Unlock Deck
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76
Match between columns
type 1 diabetes
hormone produced by adipose cells that improves insulin sensitivity
type 1 diabetes
liver protein that promotes blood clot formation
type 1 diabetes
a hormone produced by adipose cells that promotes insulin resistance
type 1 diabetes
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
type 1 diabetes
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
type 1 diabetes
transported in very-low-density lipoproteins (VLDL)
type 1 diabetes
known as insulin resistance syndrome or syndrome X
type 1 diabetes
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
type 1 diabetes
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
type 1 diabetes
signaling proteins produced by the body's cells, including immune cells
Unlock Deck
Unlock for access to all 100 flashcards in this deck.
Unlock Deck
k this deck
77
Case Study Questions
​Use the following case study to answer questions
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, leads a sedentary lifestyle, and drinks 3-4 beers a day. He is 5'9" tall and weighs 204 pounds (BMI 30). Mr. Joiner has been feeling particularly fatigued lately and decided to make an appointment with his physician for a check-up. The results of his laboratory tests include a fasting blood glucose level of 121 mg/dL.
How many risk factors does Mr. Joiner have for type 2 diabetes?

A)2
B)3
C)4
D)5
E)6
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78
Metabolic syndrome consists of a cluster of disorders that increase the risk of developing type 2 diabetes and:

A)liver disease.
B)cardiovascular disease.
C)foot ulcers.
D)renal failure.
E)hypoglycemia.
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79
Which group of symptoms is characteristic of the metabolic syndrome?

A)​abdominal  obesity, reduced HDL cholesterol levels, hyperglycemia
B)hypertension, hypoglycemia, abdominal obesity
C)elevated liver enzymes, insulin resistance, albuminuria
D)polyuria, polydipsia, polyphagia
E)​abdominal  obesity, renal disease, reduced cholesterol, elevated HDL
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80
Match between columns
rebound hyperglycemia
hormone produced by adipose cells that improves insulin sensitivity
rebound hyperglycemia
liver protein that promotes blood clot formation
rebound hyperglycemia
a hormone produced by adipose cells that promotes insulin resistance
rebound hyperglycemia
the type of diabetes that accounts for 5 to 10% of diabetes cases and is caused by autoimmune destruction of pancreatic beta cells
rebound hyperglycemia
the type of diabetes that accounts for 90 to 95% of diabetes cases and is a result of insulin resistance coupled with insufficient insulin secretion
rebound hyperglycemia
transported in very-low-density lipoproteins (VLDL)
rebound hyperglycemia
known as insulin resistance syndrome or syndrome X
rebound hyperglycemia
protein that promotes blood clotting by inhibiting blood clot degradation within blood vessels
rebound hyperglycemia
hyperglycemia that results from the release of counter regulatory hormones following nighttime hypoglycemia; also called the Somogyi effect
rebound hyperglycemia
signaling proteins produced by the body's cells, including immune cells
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