Deck 20: Nutrition and Diabetes Mellitus

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Question
Prediabetes is diagnosed when a person has a fasting blood glucose level that falls between 100 and 125 mg/dL.
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Question
In severe cases of diabetic ketoacidosis, blood glucose levels can exceed 1000 mg/dL.
Question
If a person does not produce sufficient insulin, he is more likely to develop:

A) hyperglycemia.
B) poor appetite.
C) low albumin levels.
D) hypoglycemia.
E) ketoacidosis.
Question
Development of type 2 diabetes is closely associated with overweight and obesity.
Question
The primary cause of type 2 diabetes is autoimmune destruction of the beta cells in the pancreas.
Question
Clinical trials have demonstrated that intensive treatment can keep blood glucose levels tightly controlled and reduce the incidence and severity of the chronic complications of diabetes.
Question
Close monitoring of glucose levels is especially important for the pregnant woman with diabetes.
Question
Acetone breath is a characteristic symptom of hypoglycemia.
Question
Physical activity has not been shown to aid blood glucose control in people with type 1 diabetes.
Question
Claudication is a symptom of diabetes that often develops because of polyuria.
Question
The hyperosmolar hyperglycemic syndrome is usually a complication of type 2 diabetes.
Question
It is appropriate for clients diagnosed with type 2 diabetes to take oral antidiabetic agents and forego recommended dietary changes.
Question
Excessive urine production is known as:

A) polydipsia.
B) polyuria.
C) ketonuria.
D) glycosuria.
E) polyphagia.
Question
Diabetes mellitus describes a group of metabolic disorders characterized by:

A) elevated blood glucose.
B) low hemoglobin.
C) accelerated intestinal transit.
D) lactose intolerance.
E) poor iron absorption.
Question
Which is a symptom of diabetes mellitus?

A) high blood pressure
B) blurred vision
C) frequent urination
D) mouth sores
E) hair loss
Question
Both the blood and the urine can be checked for the presence of ketones.
Question
Obesity alone can cause some degree of insulin resistance.
Question
When the plasma glucose concentration rises above about _____ mg/dL, it exceeds the renal threshold, the concentration at which the kidneys begin to pass glucose into the urine.

A) 60
B) 120
C) 140
D) 175
E) 200
Question
Chronic complications of diabetes typically affect the blood vessels and the bones.
Question
Routine checks for microalbuminuria help to determine whether diabetes is affecting the eyes.
Question
In treated diabetes, hypoglycemia is a possible complication of:

A) overeating.
B) insulin deficiency.
C) eating too many carbohydrates.
D) inappropriate disease management.
E) fluid overload.
Question
What food represents one 15 g portion of a carbohydrate for a diabetic patient?

A) 2 slices of bread
B) 3 oz of yogurt
C) 1 cup cooked pasta
D) 1 large baked potato
E) 2/3 cup of ice cream
Question
Type 1 diabetes accounts for ____ percent of diabetes cases.

A) 1 to 5
B) 5 to 10
C) 12 to 15
D) 18 to 20
E) 25 to 30
Question
Diabetic ketoacidosis is most likely manifested as:

A) blood pH over 7.45.
B) ketonuria.
C) blood glucose levels less than 80 mg/dL.
D) heart rate over 110 bpm.
E) musty breath odor.
Question
In diabetic nephropathy, damage to the kidneys' specialized capillaries prevents adequate blood filtration, resulting in:

A) ketonuria.
B) elevated blood glucose levels.
C) polyuria.
D) an increase in nitrogenous waste excretion.
E) albuminuria.
Question
The recommended carbohydrate intake for adults with diabetes is based on a person's:

A) height
B) waist circumference
C) cholesterol levels
D) metabolic needs
E) albumin levels
Question
The fructosamine test is used to determine:

A) average blood glucose over the preceding 120 days.
B) the average amount of urinary protein.
C) the level of fructose in the blood.
D) the presence of ketones in the blood.
E) glycemic control for the preceding two weeks.
Question
A disadvantage of intensive therapy for type 2 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) an increased risk of weight loss and wasting.
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) reduced physical activity and exercise.
Question
By the time symptoms of type 1 diabetes develop, damage to the beta cells has often occurred and the first sign of the disease is:

A) hyperglycemia .
B) hypoglycemia.
C) high blood lipids.
D) microalbuminuria.
E) elevated hemoglobin A1C.
Question
A patient with diabetes is allowed 60 grams of carbohydrate for lunch. This equals _____ portions of carbohydrate foods.

A) 2
B) 3
C) 4
D) 5
E) 6
Question
What describes the basic principles of carbohydrate counting to plan a diabetic diet?

A) The patient follows a set schedule of when to eat.
B) The patient can have most carbohydrates but must avoid artificial sweeteners.
C) The patient can eat when he wants but must only eat certain foods.
D) The patient has freedom to choose foods based on preference.
E) The patient must count carbohydrates but typically has few limits on fat and protein intake.
Question
Type 2 diabetes is most closely associated with:

A) autoimmune diseases.
B) environmental toxins.
C) destruction of pancreatic beta cells.
D) viral infection.
E) insulin resistance.
Question
The diet for diabetes should provide less than _____ percent of saturated fat per day.

A) 2
B) 5
C) 10
D) 25
E) 30
Question
What type of insulin has the most rapid onset of action?

A) Lispro
B) Regular
C) Lente
D) NPH
E) Glargine
Question
Which insulin has the longest duration of action?

A) Glulisine
B) Regular
C) NPH
D) Aspart
E) Detemir
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) they have other nutrient deficiencies that mask their symptoms.
Question
The leading cause of death in people with diabetes is:

A) cardiovascular disease.
B) infection.
C) injury.
D) stroke.
E) cancer.
Question
An appropriate goal for HbA1C in adult diabetic patients is:

A)
B) >6%.
C)
D)
E)
Question
Hyperosmolar hyperglycemic syndrome leads to profoundly high levels of blood glucose, mainly due to:

A) insulin resistance.
B) inappropriate glucagon production.
C) increased urine output.
D) dehydration.
E) vitamin K deficiency.
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) delay stomach emptying.
Question
A 60-year-old client, Mr. Hummel, has had type 2 DM for several years. Because of a change in insurance coverage, Mr. Hummel changes doctors and at his first appointment, a comprehensive medical exam and dietary history are performed. At the next few appointments, the certified diabetes educator, a registered dietitian, takes a full dietary history. Mr. Hummel works part-time in a seasonal sporting goods store, having retired last year after 35 years working for a manufacturing plant as a supervisor. He is married to a nurse who works full-time. He does most of the cooking and grocery shopping. He and his wife go for walks on weekends, but he does not exercise otherwise, except for doing chores around the house and occasional yard work or gardening. He is 5'9" tall and weighs 196  lbs., though when his diabetes was initially diagnosed, he weighed more.
Mr. Hummel is interested in weight reduction, especially if it will help him manage his blood glucose, and provides the following 24-hour food recall that typifies how he usually eats:
Breakfast (eats after taking morning blood glucose):   Pancakes with diet syrup or a bowl of cereal (usually corn flakes, Chex, or instant oatmeal) with Sweet 'N' Low and nonfat milk. Drinks coffee throughout the day starting at breakfast with two nondairy coffee creamer packets per cup. May or may not have 4 oz. of 100% fruit juice depending on hunger.
Lunch (eats after taking afternoon blood glucose):   Sandwich (rye or wheat bread), deck of cards-size portion of lunch meat (salami, ham, bologna, turkey, or chicken) with thinly spread mayonnaise; coffee with nondairy creamers. May or may not eat a can of soup (cream of tomato, cream of chicken, or Italian wedding soup) instead of a sandwich, with two slices of buttered rye or wheat bread.
Afternoon Snack:   Canned fruit or occasionally a cookie, doughnut, a piece of pizza, or a treat, depending on availability, hunger, blood sugar, and situation. Drinks coffee with nondairy coffee creamer. Usually also has a glass of ice water before dinner.
Dinner (eats after taking evening blood glucose):   Roast beef, meat loaf, steak, or another red meat; occasionally eats poultry or fish-approximate amount 8 oz.; plain baked potato, au gratin potatoes, or boiled buttered potatoes; a salad with bottled salad dressing or a vegetable, such as canned green beans; and a slice of rye or wheat bread with butter. May use ketchup, steak sauce, salt, and pepper. Drinks water with dinner.
Evening Snack:   Varies-may eat a few handfuls of a bagged snack food, such as Doritos; a bag of buttered microwave popcorn; or cookies.
Labs are as follows:
Fasting glucose: 140-150 mg/dL
Glucose one to two hours after mealtime: 200 mg/dL
Average bedtime glucose: 152 mg/dL
Glycosylated hemoglobin (hemoglobin A 1C ): 7.5%
 
The CDE teaches Mr. Hummel how to reduce his kcalories by increasing high-fiber foods in place of foods such as bagged snack chips. A higher intake of fiber could also:

A) increase his glycemic control.
B) increase the glycemic index of his diet.
C) increase his glycosylated hemoglobin.
D) increase his blood glucose.
E) increase his bedtime glucose levels.
Question
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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.
Four months after his initial exam, Mr. Joiner returns to his physician for a follow-up appointment. He has lost 10 pounds, but his fasting blood glucose level is now 131 mg/dL. Mr. Joiner's prediabetes has progressed to:

A) type 1 diabetes.
B) type 2 diabetes.
C) gestational diabetes.
D) hyperosmolar hyperglycemic syndrome.
E) impaired glucose tolerance.
Question
Metabolic syndrome consists of a cluster of disorders that increases the risk of developing:

A) kidney  disease.
B) Type 2 diabetes.
C) gout.
D) renal failure.
E) COPD.
Question
Uncontrolled diabetes during pregnancy is most likely linked to what complication?

A) prematurity
B) i nfant macrosomia
C) p lacental abruption
D) u terine prolapse
E) p lacenta previa
Question
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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 to teaching Mr. Joiner the principles of the diet for optimal management of his blood glucose level is:

A) carbohydrate counting.
B) the exchange lists.
C) MyPlate.
D) a high-protein diet plan.
E) portion control.
Question
Though the exact cause of metabolic syndrome is unknown, it is believed to be associated with:

A) poverty.
B) chronic kidney disease.
C) hypoglycemia.
D) liver disease.
E) obesity.
Question
A 60-year-old client, Mr. Hummel, has had type 2 DM for several years. Because of a change in insurance coverage, Mr. Hummel changes doctors and at his first appointment, a comprehensive medical exam and dietary history are performed. At the next few appointments, the certified diabetes educator, a registered dietitian, takes a full dietary history. Mr. Hummel works part-time in a seasonal sporting goods store, having retired last year after 35 years working for a manufacturing plant as a supervisor. He is married to a nurse who works full-time. He does most of the cooking and grocery shopping. He and his wife go for walks on weekends, but he does not exercise otherwise, except for doing chores around the house and occasional yard work or gardening. He is 5'9" tall and weighs 196  lbs., though when his diabetes was initially diagnosed, he weighed more.
Mr. Hummel is interested in weight reduction, especially if it will help him manage his blood glucose, and provides the following 24-hour food recall that typifies how he usually eats:
Breakfast (eats after taking morning blood glucose):   Pancakes with diet syrup or a bowl of cereal (usually corn flakes, Chex, or instant oatmeal) with Sweet 'N' Low and nonfat milk. Drinks coffee throughout the day starting at breakfast with two nondairy coffee creamer packets per cup. May or may not have 4 oz. of 100% fruit juice depending on hunger.
Lunch (eats after taking afternoon blood glucose):   Sandwich (rye or wheat bread), deck of cards-size portion of lunch meat (salami, ham, bologna, turkey, or chicken) with thinly spread mayonnaise; coffee with nondairy creamers. May or may not eat a can of soup (cream of tomato, cream of chicken, or Italian wedding soup) instead of a sandwich, with two slices of buttered rye or wheat bread.
Afternoon Snack:   Canned fruit or occasionally a cookie, doughnut, a piece of pizza, or a treat, depending on availability, hunger, blood sugar, and situation. Drinks coffee with nondairy coffee creamer. Usually also has a glass of ice water before dinner.
Dinner (eats after taking evening blood glucose):   Roast beef, meat loaf, steak, or another red meat; occasionally eats poultry or fish-approximate amount 8 oz.; plain baked potato, au gratin potatoes, or boiled buttered potatoes; a salad with bottled salad dressing or a vegetable, such as canned green beans; and a slice of rye or wheat bread with butter. May use ketchup, steak sauce, salt, and pepper. Drinks water with dinner.
Evening Snack:   Varies-may eat a few handfuls of a bagged snack food, such as Doritos; a bag of buttered microwave popcorn; or cookies.
Labs are as follows:
Fasting glucose: 140-150 mg/dL
Glucose one to two hours after mealtime: 200 mg/dL
Average bedtime glucose: 152 mg/dL
Glycosylated hemoglobin (hemoglobin A 1C ): 7.5%
 
Mr. Hummel's BMI indicates he is _____, which likely affects his blood glucose control.

A) underweight
B) at his healthy weight
C) normal, with increased muscle tissue
D) overweight
E) obese
Question
Which group of symptoms is characteristic of the metabolic syndrome?

A) hyperglycemia , abdominal obesity, reduced HDL cholesterol levels
B) hypertension, hypoglycemia, abdominal obesity
C) elevated liver enzymes, insulin resistance, microalbuminuria
D) polyuria, polydipsia, polyphagia
E) urinary retention, excess sweating, edema
Question
Nursing Exam Review Multiple Choice Sam is an African-American male who is obese and has a family history of diabetes. The nurse recognizes that Sam has _____ of the major risk factors for type 2 diabetes.

A) 0
B) 1
C) 2
D) 3
E) 4
Question
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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) impaired glycemic control.
Question
Nursing Exam Review Multiple Choice The nurse recognizes that the diabetic client understands the principles of her diet when she states:

A) "I need to restrict my carbohydrate intake and avoid concentrated sweets."
B) "I need to first lose weight before making changes in my carbohydrate intake."
C) "I need to eat about the same amount of carbohydrate at about the same time each day."
D) "I need to restrict my carbohydrate and fat intakes, but increase my protein intake."
E) "I need to severely limit my fat intake and choose only complex carbohydrates."
Question
Those taking _____ should avoid excessive alcohol intake because it may interact with these drugs to cause lactic acidosis.

A) alpha-glucosidase inhibitors
B) sulfonylureas
C) thiazolidinediones
D) biguanides
E) meglitinides
Question
Nursing Exam Review Multiple Choice A patient with diabetes asks the nurse for ice cream. The nurse is aware that this will count as a carbohydrate portion, and the amount that equals one portion is:

A) 1 /4 cup.
B) 1 /3 cup.
C) 1 /2 cup.
D) 1 cup.
E) 2 cups.
Question
Women with gestational diabetes who are overweight or obese should be encouraged to:

A) engage in vigorous exercise.
B) adjust carbohydrate intake to less than 45 percent of daily kcalories.
C) increase fluid intake to offset additional kcalories.
D) limit protein intake to 5 percent of daily kcalories.
E) lose weight through kcalorie reduction.
Question
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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.
What recommendation to help Mr. Joiner reduce his risk of developing diabetes is most likely to be effective?

A) "Lose about 20 percent of your current body weight."
B) "Increase your physical activity."
C) "Choose low-sodium foods at restaurants."
D) "Learn to cook."
E) "Try to decrease your waist measurement by 6 inches."
Question
A 60-year-old client, Mr. Hummel, has had type 2 DM for several years. Because of a change in insurance coverage, Mr. Hummel changes doctors and at his first appointment, a comprehensive medical exam and dietary history are performed. At the next few appointments, the certified diabetes educator, a registered dietitian, takes a full dietary history. Mr. Hummel works part-time in a seasonal sporting goods store, having retired last year after 35 years working for a manufacturing plant as a supervisor. He is married to a nurse who works full-time. He does most of the cooking and grocery shopping. He and his wife go for walks on weekends, but he does not exercise otherwise, except for doing chores around the house and occasional yard work or gardening. He is 5'9" tall and weighs 196  lbs., though when his diabetes was initially diagnosed, he weighed more.
Mr. Hummel is interested in weight reduction, especially if it will help him manage his blood glucose, and provides the following 24-hour food recall that typifies how he usually eats:
Breakfast (eats after taking morning blood glucose):   Pancakes with diet syrup or a bowl of cereal (usually corn flakes, Chex, or instant oatmeal) with Sweet 'N' Low and nonfat milk. Drinks coffee throughout the day starting at breakfast with two nondairy coffee creamer packets per cup. May or may not have 4 oz. of 100% fruit juice depending on hunger.
Lunch (eats after taking afternoon blood glucose):   Sandwich (rye or wheat bread), deck of cards-size portion of lunch meat (salami, ham, bologna, turkey, or chicken) with thinly spread mayonnaise; coffee with nondairy creamers. May or may not eat a can of soup (cream of tomato, cream of chicken, or Italian wedding soup) instead of a sandwich, with two slices of buttered rye or wheat bread.
Afternoon Snack:   Canned fruit or occasionally a cookie, doughnut, a piece of pizza, or a treat, depending on availability, hunger, blood sugar, and situation. Drinks coffee with nondairy coffee creamer. Usually also has a glass of ice water before dinner.
Dinner (eats after taking evening blood glucose):   Roast beef, meat loaf, steak, or another red meat; occasionally eats poultry or fish-approximate amount 8 oz.; plain baked potato, au gratin potatoes, or boiled buttered potatoes; a salad with bottled salad dressing or a vegetable, such as canned green beans; and a slice of rye or wheat bread with butter. May use ketchup, steak sauce, salt, and pepper. Drinks water with dinner.
Evening Snack:   Varies-may eat a few handfuls of a bagged snack food, such as Doritos; a bag of buttered microwave popcorn; or cookies.
Labs are as follows:
Fasting glucose: 140-150 mg/dL
Glucose one to two hours after mealtime: 200 mg/dL
Average bedtime glucose: 152 mg/dL
Glycosylated hemoglobin (hemoglobin A 1C ): 7.5%
 
Mr. Hummel had been taking oral hypoglycemic agents for three months prior to this visit. Based on his _____ measurement, his glycemic control over this period needed improvement.

A) glycemic index
B) hemoglobin A1C
C) weight
D) fasting glucose
E) post-prandial glucose
Question
A 60-year-old client, Mr. Hummel, has had type 2 DM for several years. Because of a change in insurance coverage, Mr. Hummel changes doctors and at his first appointment, a comprehensive medical exam and dietary history are performed. At the next few appointments, the certified diabetes educator, a registered dietitian, takes a full dietary history. Mr. Hummel works part-time in a seasonal sporting goods store, having retired last year after 35 years working for a manufacturing plant as a supervisor. He is married to a nurse who works full-time. He does most of the cooking and grocery shopping. He and his wife go for walks on weekends, but he does not exercise otherwise, except for doing chores around the house and occasional yard work or gardening. He is 5'9" tall and weighs 196  lbs., though when his diabetes was initially diagnosed, he weighed more.
Mr. Hummel is interested in weight reduction, especially if it will help him manage his blood glucose, and provides the following 24-hour food recall that typifies how he usually eats:
Breakfast (eats after taking morning blood glucose):   Pancakes with diet syrup or a bowl of cereal (usually corn flakes, Chex, or instant oatmeal) with Sweet 'N' Low and nonfat milk. Drinks coffee throughout the day starting at breakfast with two nondairy coffee creamer packets per cup. May or may not have 4 oz. of 100% fruit juice depending on hunger.
Lunch (eats after taking afternoon blood glucose):   Sandwich (rye or wheat bread), deck of cards-size portion of lunch meat (salami, ham, bologna, turkey, or chicken) with thinly spread mayonnaise; coffee with nondairy creamers. May or may not eat a can of soup (cream of tomato, cream of chicken, or Italian wedding soup) instead of a sandwich, with two slices of buttered rye or wheat bread.
Afternoon Snack:   Canned fruit or occasionally a cookie, doughnut, a piece of pizza, or a treat, depending on availability, hunger, blood sugar, and situation. Drinks coffee with nondairy coffee creamer. Usually also has a glass of ice water before dinner.
Dinner (eats after taking evening blood glucose):   Roast beef, meat loaf, steak, or another red meat; occasionally eats poultry or fish-approximate amount 8 oz.; plain baked potato, au gratin potatoes, or boiled buttered potatoes; a salad with bottled salad dressing or a vegetable, such as canned green beans; and a slice of rye or wheat bread with butter. May use ketchup, steak sauce, salt, and pepper. Drinks water with dinner.
Evening Snack:   Varies-may eat a few handfuls of a bagged snack food, such as Doritos; a bag of buttered microwave popcorn; or cookies.
Labs are as follows:
Fasting glucose: 140-150 mg/dL
Glucose one to two hours after mealtime: 200 mg/dL
Average bedtime glucose: 152 mg/dL
Glycosylated hemoglobin (hemoglobin A 1C ): 7.5%
 
Which macronutrient distribution is appropriate for Mr. Hummel's daily diet?

A) 20-35% kcalories from total fat
B) 45-65% kcalories from protein
C) 30% kcalories from carbohydrate
D) 25% kcalories from protein
E) 45-65% kcalories from fat
Question
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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) 0
B) 1
C) 2
D) 3
E) 4
Question
The progression of metabolic syndrome is worsened by:

A) a sedentary lifestyle.
B) a low-carbohydrate diet.
C) low blood lipids.
D) drug therapy.
E) caffeine intake.
Question
Nursing Exam Review Multiple Choice An Hispanic pregnant woman is visiting the community clinic for her first prenatal visit. She has a family history of diabetes, she is obese, and her last baby weighed 9 pounds, 8 ounces. The nurse realizes that she is at risk for:

A) poor weight gain.
B) gestational diabetes.
C) anemia.
D) malnutrition.
E) preeclampsia.
Question
Match between columns
continuous glucose monitoring
a pancreatic hormone that regulates glucose metabolism
continuous glucose monitoring
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
continuous glucose monitoring
damage to the kidneys that results from long-term diabetes
continuous glucose monitoring
a lowering of blood pH that results from the excessive production of ketone bodies
continuous glucose monitoring
a distinctive fruity odor on the breath of a person with ketosis
continuous glucose monitoring
delayed stomach emptying caused by nerve damage in stomach tissue
continuous glucose monitoring
excessive urine production
continuous glucose monitoring
reduced sensitivity to insulin in muscle, adipose, and liver cells
continuous glucose monitoring
pertaining to blood glucose
continuous glucose monitoring
monitoring of tissue glucose levels using a small sensor placed under the skin
continuous glucose monitoring
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
continuous glucose monitoring
the amount of carbohydrate that can be handled per unit of insulin
continuous glucose monitoring
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
continuous glucose monitoring
the condition of having an abnormally large body
continuous glucose monitoring
a hormone produced by adipose cells that improves insulin sensitivity
adiponectin
a pancreatic hormone that regulates glucose metabolism
adiponectin
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
adiponectin
damage to the kidneys that results from long-term diabetes
adiponectin
a lowering of blood pH that results from the excessive production of ketone bodies
adiponectin
a distinctive fruity odor on the breath of a person with ketosis
adiponectin
delayed stomach emptying caused by nerve damage in stomach tissue
adiponectin
excessive urine production
adiponectin
reduced sensitivity to insulin in muscle, adipose, and liver cells
adiponectin
pertaining to blood glucose
adiponectin
monitoring of tissue glucose levels using a small sensor placed under the skin
adiponectin
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
adiponectin
the amount of carbohydrate that can be handled per unit of insulin
adiponectin
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
adiponectin
the condition of having an abnormally large body
adiponectin
a hormone produced by adipose cells that improves insulin sensitivity
acetone breath
a pancreatic hormone that regulates glucose metabolism
acetone breath
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
acetone breath
damage to the kidneys that results from long-term diabetes
acetone breath
a lowering of blood pH that results from the excessive production of ketone bodies
acetone breath
a distinctive fruity odor on the breath of a person with ketosis
acetone breath
delayed stomach emptying caused by nerve damage in stomach tissue
acetone breath
excessive urine production
acetone breath
reduced sensitivity to insulin in muscle, adipose, and liver cells
acetone breath
pertaining to blood glucose
acetone breath
monitoring of tissue glucose levels using a small sensor placed under the skin
acetone breath
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
acetone breath
the amount of carbohydrate that can be handled per unit of insulin
acetone breath
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
acetone breath
the condition of having an abnormally large body
acetone breath
a hormone produced by adipose cells that improves insulin sensitivity
insulin
a pancreatic hormone that regulates glucose metabolism
insulin
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
insulin
damage to the kidneys that results from long-term diabetes
insulin
a lowering of blood pH that results from the excessive production of ketone bodies
insulin
a distinctive fruity odor on the breath of a person with ketosis
insulin
delayed stomach emptying caused by nerve damage in stomach tissue
insulin
excessive urine production
insulin
reduced sensitivity to insulin in muscle, adipose, and liver cells
insulin
pertaining to blood glucose
insulin
monitoring of tissue glucose levels using a small sensor placed under the skin
insulin
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
insulin
the amount of carbohydrate that can be handled per unit of insulin
insulin
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
insulin
the condition of having an abnormally large body
insulin
a hormone produced by adipose cells that improves insulin sensitivity
polyuria
a pancreatic hormone that regulates glucose metabolism
polyuria
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
polyuria
damage to the kidneys that results from long-term diabetes
polyuria
a lowering of blood pH that results from the excessive production of ketone bodies
polyuria
a distinctive fruity odor on the breath of a person with ketosis
polyuria
delayed stomach emptying caused by nerve damage in stomach tissue
polyuria
excessive urine production
polyuria
reduced sensitivity to insulin in muscle, adipose, and liver cells
polyuria
pertaining to blood glucose
polyuria
monitoring of tissue glucose levels using a small sensor placed under the skin
polyuria
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
polyuria
the amount of carbohydrate that can be handled per unit of insulin
polyuria
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
polyuria
the condition of having an abnormally large body
polyuria
a hormone produced by adipose cells that improves insulin sensitivity
ketoacidosis
a pancreatic hormone that regulates glucose metabolism
ketoacidosis
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
ketoacidosis
damage to the kidneys that results from long-term diabetes
ketoacidosis
a lowering of blood pH that results from the excessive production of ketone bodies
ketoacidosis
a distinctive fruity odor on the breath of a person with ketosis
ketoacidosis
delayed stomach emptying caused by nerve damage in stomach tissue
ketoacidosis
excessive urine production
ketoacidosis
reduced sensitivity to insulin in muscle, adipose, and liver cells
ketoacidosis
pertaining to blood glucose
ketoacidosis
monitoring of tissue glucose levels using a small sensor placed under the skin
ketoacidosis
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
ketoacidosis
the amount of carbohydrate that can be handled per unit of insulin
ketoacidosis
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
ketoacidosis
the condition of having an abnormally large body
ketoacidosis
a hormone produced by adipose cells that improves insulin sensitivity
carbohydrate-to-insulin ratio
a pancreatic hormone that regulates glucose metabolism
carbohydrate-to-insulin ratio
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
carbohydrate-to-insulin ratio
damage to the kidneys that results from long-term diabetes
carbohydrate-to-insulin ratio
a lowering of blood pH that results from the excessive production of ketone bodies
carbohydrate-to-insulin ratio
a distinctive fruity odor on the breath of a person with ketosis
carbohydrate-to-insulin ratio
delayed stomach emptying caused by nerve damage in stomach tissue
carbohydrate-to-insulin ratio
excessive urine production
carbohydrate-to-insulin ratio
reduced sensitivity to insulin in muscle, adipose, and liver cells
carbohydrate-to-insulin ratio
pertaining to blood glucose
carbohydrate-to-insulin ratio
monitoring of tissue glucose levels using a small sensor placed under the skin
carbohydrate-to-insulin ratio
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
carbohydrate-to-insulin ratio
the amount of carbohydrate that can be handled per unit of insulin
carbohydrate-to-insulin ratio
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
carbohydrate-to-insulin ratio
the condition of having an abnormally large body
carbohydrate-to-insulin ratio
a hormone produced by adipose cells that improves insulin sensitivity
dawn phenomenon
a pancreatic hormone that regulates glucose metabolism
dawn phenomenon
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
dawn phenomenon
damage to the kidneys that results from long-term diabetes
dawn phenomenon
a lowering of blood pH that results from the excessive production of ketone bodies
dawn phenomenon
a distinctive fruity odor on the breath of a person with ketosis
dawn phenomenon
delayed stomach emptying caused by nerve damage in stomach tissue
dawn phenomenon
excessive urine production
dawn phenomenon
reduced sensitivity to insulin in muscle, adipose, and liver cells
dawn phenomenon
pertaining to blood glucose
dawn phenomenon
monitoring of tissue glucose levels using a small sensor placed under the skin
dawn phenomenon
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
dawn phenomenon
the amount of carbohydrate that can be handled per unit of insulin
dawn phenomenon
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
dawn phenomenon
the condition of having an abnormally large body
dawn phenomenon
a hormone produced by adipose cells that improves insulin sensitivity
gastroparesis
a pancreatic hormone that regulates glucose metabolism
gastroparesis
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
gastroparesis
damage to the kidneys that results from long-term diabetes
gastroparesis
a lowering of blood pH that results from the excessive production of ketone bodies
gastroparesis
a distinctive fruity odor on the breath of a person with ketosis
gastroparesis
delayed stomach emptying caused by nerve damage in stomach tissue
gastroparesis
excessive urine production
gastroparesis
reduced sensitivity to insulin in muscle, adipose, and liver cells
gastroparesis
pertaining to blood glucose
gastroparesis
monitoring of tissue glucose levels using a small sensor placed under the skin
gastroparesis
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
gastroparesis
the amount of carbohydrate that can be handled per unit of insulin
gastroparesis
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
gastroparesis
the condition of having an abnormally large body
gastroparesis
a hormone produced by adipose cells that improves insulin sensitivity
macrosomia
a pancreatic hormone that regulates glucose metabolism
macrosomia
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
macrosomia
damage to the kidneys that results from long-term diabetes
macrosomia
a lowering of blood pH that results from the excessive production of ketone bodies
macrosomia
a distinctive fruity odor on the breath of a person with ketosis
macrosomia
delayed stomach emptying caused by nerve damage in stomach tissue
macrosomia
excessive urine production
macrosomia
reduced sensitivity to insulin in muscle, adipose, and liver cells
macrosomia
pertaining to blood glucose
macrosomia
monitoring of tissue glucose levels using a small sensor placed under the skin
macrosomia
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
macrosomia
the amount of carbohydrate that can be handled per unit of insulin
macrosomia
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
macrosomia
the condition of having an abnormally large body
macrosomia
a hormone produced by adipose cells that improves insulin sensitivity
glycemic
a pancreatic hormone that regulates glucose metabolism
glycemic
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
glycemic
damage to the kidneys that results from long-term diabetes
glycemic
a lowering of blood pH that results from the excessive production of ketone bodies
glycemic
a distinctive fruity odor on the breath of a person with ketosis
glycemic
delayed stomach emptying caused by nerve damage in stomach tissue
glycemic
excessive urine production
glycemic
reduced sensitivity to insulin in muscle, adipose, and liver cells
glycemic
pertaining to blood glucose
glycemic
monitoring of tissue glucose levels using a small sensor placed under the skin
glycemic
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
glycemic
the amount of carbohydrate that can be handled per unit of insulin
glycemic
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
glycemic
the condition of having an abnormally large body
glycemic
a hormone produced by adipose cells that improves insulin sensitivity
diabetic nephropathy
a pancreatic hormone that regulates glucose metabolism
diabetic nephropathy
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
diabetic nephropathy
damage to the kidneys that results from long-term diabetes
diabetic nephropathy
a lowering of blood pH that results from the excessive production of ketone bodies
diabetic nephropathy
a distinctive fruity odor on the breath of a person with ketosis
diabetic nephropathy
delayed stomach emptying caused by nerve damage in stomach tissue
diabetic nephropathy
excessive urine production
diabetic nephropathy
reduced sensitivity to insulin in muscle, adipose, and liver cells
diabetic nephropathy
pertaining to blood glucose
diabetic nephropathy
monitoring of tissue glucose levels using a small sensor placed under the skin
diabetic nephropathy
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
diabetic nephropathy
the amount of carbohydrate that can be handled per unit of insulin
diabetic nephropathy
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
diabetic nephropathy
the condition of having an abnormally large body
diabetic nephropathy
a hormone produced by adipose cells that improves insulin sensitivity
renal threshold
a pancreatic hormone that regulates glucose metabolism
renal threshold
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
renal threshold
damage to the kidneys that results from long-term diabetes
renal threshold
a lowering of blood pH that results from the excessive production of ketone bodies
renal threshold
a distinctive fruity odor on the breath of a person with ketosis
renal threshold
delayed stomach emptying caused by nerve damage in stomach tissue
renal threshold
excessive urine production
renal threshold
reduced sensitivity to insulin in muscle, adipose, and liver cells
renal threshold
pertaining to blood glucose
renal threshold
monitoring of tissue glucose levels using a small sensor placed under the skin
renal threshold
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
renal threshold
the amount of carbohydrate that can be handled per unit of insulin
renal threshold
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
renal threshold
the condition of having an abnormally large body
renal threshold
a hormone produced by adipose cells that improves insulin sensitivity
fructosamine test
a pancreatic hormone that regulates glucose metabolism
fructosamine test
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
fructosamine test
damage to the kidneys that results from long-term diabetes
fructosamine test
a lowering of blood pH that results from the excessive production of ketone bodies
fructosamine test
a distinctive fruity odor on the breath of a person with ketosis
fructosamine test
delayed stomach emptying caused by nerve damage in stomach tissue
fructosamine test
excessive urine production
fructosamine test
reduced sensitivity to insulin in muscle, adipose, and liver cells
fructosamine test
pertaining to blood glucose
fructosamine test
monitoring of tissue glucose levels using a small sensor placed under the skin
fructosamine test
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
fructosamine test
the amount of carbohydrate that can be handled per unit of insulin
fructosamine test
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
fructosamine test
the condition of having an abnormally large body
fructosamine test
a hormone produced by adipose cells that improves insulin sensitivity
insulin resistance
a pancreatic hormone that regulates glucose metabolism
insulin resistance
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
insulin resistance
damage to the kidneys that results from long-term diabetes
insulin resistance
a lowering of blood pH that results from the excessive production of ketone bodies
insulin resistance
a distinctive fruity odor on the breath of a person with ketosis
insulin resistance
delayed stomach emptying caused by nerve damage in stomach tissue
insulin resistance
excessive urine production
insulin resistance
reduced sensitivity to insulin in muscle, adipose, and liver cells
insulin resistance
pertaining to blood glucose
insulin resistance
monitoring of tissue glucose levels using a small sensor placed under the skin
insulin resistance
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
insulin resistance
the amount of carbohydrate that can be handled per unit of insulin
insulin resistance
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
insulin resistance
the condition of having an abnormally large body
insulin resistance
a hormone produced by adipose cells that improves insulin sensitivity
Question
Describe the different methods of insulin delivery.
Question
Nursing Exam Review Multiple Choice The nurse is counseling a young athlete with type 1 diabetes. The nurse knows that the athlete understands the instructions when he verbalizes:

A) "If my blood sugar is below 100 before practice, I should consume some carbohydrate before beginning."
B) "I should drink plenty of Gatorade during practice."
C) "I don't need to check my blood sugar during practice."
D) "I should not eat during practice."
E) "I won't eat before, but I should definitely eat after practice."
Question
Describe the nutrition therapy for an overweight woman with gestational diabetes.
Question
Nursing Exam Review Multiple Choice A patient's blood glucose log shows several episodes of hyperglycemia upon rising in the morning. The nurse explains that this is:

A) due to taking too much insulin
B) caused by eating too much protein.
C) called the dawn phenomenon.
D) known as the evening effect.
E) normal and needs no treatment.
Question
Nursing Exam Review Multiple Choice A patient with type 1 diabetes  typically needs _____doses of daily insulin injections.

A) 1-2
B) 3-4
C) 5-6
D) 7-8
E) 9-10
Question
Nursing Exam Review Multiple Choice Which compound(s) formed in the body during diabetes alters protein structures and stimulate damaging metabolic pathways?

A) sorbitol
B) glycophosphate
C) advanced glycation end products
D) low-density lipoproteins
E) fructosamine
Question
Nursing Exam Review Multiple Choice An obese patient with type 2 diabetes wants to begin an exercise program. The nurse recommends that the patient:

A) start by walking 30 minutes a day.
B) join a gym.
C) hire a personal trainer.
D) seek a medical evaluation.
E) set a goal, such as training for a marathon.
Question
Identify the acute complications of diabetes and explain why they occur.
Question
Nursing Exam Review Multiple Choice For which person would intensive insulin therapy be inappropriate?

A) a  patient with type 1 diabetes
B) a  patient with a limited life expectancy
C) a  patient with co-occurring kidney disease
D) a  patient who needs short-acting insulin
E) a  patient who is newly diagnosed with diabetes
Question
What is the "honeymoon period" associated with diabetes treatment?
Question
Describe hyperosmolar hyperglycemic syndrome and its potential complications for the diabetic patient.
Question
Nursing Exam Review Multiple Choice What type of insulin dosage would be adjusted to better cover a diabetic patient's needs between meals and overnight?

A) meal-time insulin
B) basal insulin
C) overnight insulin
D) oral insulin
E) post-prandial insulin
Question
Nursing Exam Review Multiple Choice A 12-year-old girl is diagnosed with type 1 diabetes and is placed on insulin. Her mother expresses concern that her daughter will refuse to give herself injections. The nurse reassures the mother that:

A) she will only need a single injection daily, so the mother can do it.
B) a pump to administer the insulin without syringes is available.
C) insulin is available in pill form.
D) she can still regulate her blood glucose levels if she misses insulin doses at times.
E) type 1 diabetes does not need to be managed with exogenous insulin.
Question
Nursing Exam Review Multiple Choice The nurse teaches a newly diagnosed diabetic patient to treat an episode of hypoglycemia by:

A) 3 pieces hard candy .
B) drinking a 12-oz. soda.
C) eating an apple.
D) sucking slowly on a hard candy.
E) drinking an energy drink.
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Deck 20: Nutrition and Diabetes Mellitus
1
Prediabetes is diagnosed when a person has a fasting blood glucose level that falls between 100 and 125 mg/dL.
True
2
In severe cases of diabetic ketoacidosis, blood glucose levels can exceed 1000 mg/dL.
True
3
If a person does not produce sufficient insulin, he is more likely to develop:

A) hyperglycemia.
B) poor appetite.
C) low albumin levels.
D) hypoglycemia.
E) ketoacidosis.
A
4
Development of type 2 diabetes is closely associated with overweight and obesity.
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5
The primary cause of type 2 diabetes is autoimmune destruction of the beta cells in the pancreas.
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6
Clinical trials have demonstrated that intensive treatment can keep blood glucose levels tightly controlled and reduce the incidence and severity of the chronic complications of diabetes.
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7
Close monitoring of glucose levels is especially important for the pregnant woman with diabetes.
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8
Acetone breath is a characteristic symptom of hypoglycemia.
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9
Physical activity has not been shown to aid blood glucose control in people with type 1 diabetes.
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10
Claudication is a symptom of diabetes that often develops because of polyuria.
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11
The hyperosmolar hyperglycemic syndrome is usually a complication of type 2 diabetes.
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12
It is appropriate for clients diagnosed with type 2 diabetes to take oral antidiabetic agents and forego recommended dietary changes.
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13
Excessive urine production is known as:

A) polydipsia.
B) polyuria.
C) ketonuria.
D) glycosuria.
E) polyphagia.
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14
Diabetes mellitus describes a group of metabolic disorders characterized by:

A) elevated blood glucose.
B) low hemoglobin.
C) accelerated intestinal transit.
D) lactose intolerance.
E) poor iron absorption.
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15
Which is a symptom of diabetes mellitus?

A) high blood pressure
B) blurred vision
C) frequent urination
D) mouth sores
E) hair loss
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16
Both the blood and the urine can be checked for the presence of ketones.
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17
Obesity alone can cause some degree of insulin resistance.
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18
When the plasma glucose concentration rises above about _____ mg/dL, it exceeds the renal threshold, the concentration at which the kidneys begin to pass glucose into the urine.

A) 60
B) 120
C) 140
D) 175
E) 200
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19
Chronic complications of diabetes typically affect the blood vessels and the bones.
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20
Routine checks for microalbuminuria help to determine whether diabetes is affecting the eyes.
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21
In treated diabetes, hypoglycemia is a possible complication of:

A) overeating.
B) insulin deficiency.
C) eating too many carbohydrates.
D) inappropriate disease management.
E) fluid overload.
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22
What food represents one 15 g portion of a carbohydrate for a diabetic patient?

A) 2 slices of bread
B) 3 oz of yogurt
C) 1 cup cooked pasta
D) 1 large baked potato
E) 2/3 cup of ice cream
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23
Type 1 diabetes accounts for ____ percent of diabetes cases.

A) 1 to 5
B) 5 to 10
C) 12 to 15
D) 18 to 20
E) 25 to 30
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24
Diabetic ketoacidosis is most likely manifested as:

A) blood pH over 7.45.
B) ketonuria.
C) blood glucose levels less than 80 mg/dL.
D) heart rate over 110 bpm.
E) musty breath odor.
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25
In diabetic nephropathy, damage to the kidneys' specialized capillaries prevents adequate blood filtration, resulting in:

A) ketonuria.
B) elevated blood glucose levels.
C) polyuria.
D) an increase in nitrogenous waste excretion.
E) albuminuria.
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26
The recommended carbohydrate intake for adults with diabetes is based on a person's:

A) height
B) waist circumference
C) cholesterol levels
D) metabolic needs
E) albumin levels
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27
The fructosamine test is used to determine:

A) average blood glucose over the preceding 120 days.
B) the average amount of urinary protein.
C) the level of fructose in the blood.
D) the presence of ketones in the blood.
E) glycemic control for the preceding two weeks.
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28
A disadvantage of intensive therapy for type 2 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) an increased risk of weight loss and wasting.
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29
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) reduced physical activity and exercise.
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30
By the time symptoms of type 1 diabetes develop, damage to the beta cells has often occurred and the first sign of the disease is:

A) hyperglycemia .
B) hypoglycemia.
C) high blood lipids.
D) microalbuminuria.
E) elevated hemoglobin A1C.
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31
A patient with diabetes is allowed 60 grams of carbohydrate for lunch. This equals _____ portions of carbohydrate foods.

A) 2
B) 3
C) 4
D) 5
E) 6
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32
What describes the basic principles of carbohydrate counting to plan a diabetic diet?

A) The patient follows a set schedule of when to eat.
B) The patient can have most carbohydrates but must avoid artificial sweeteners.
C) The patient can eat when he wants but must only eat certain foods.
D) The patient has freedom to choose foods based on preference.
E) The patient must count carbohydrates but typically has few limits on fat and protein intake.
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33
Type 2 diabetes is most closely associated with:

A) autoimmune diseases.
B) environmental toxins.
C) destruction of pancreatic beta cells.
D) viral infection.
E) insulin resistance.
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34
The diet for diabetes should provide less than _____ percent of saturated fat per day.

A) 2
B) 5
C) 10
D) 25
E) 30
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35
What type of insulin has the most rapid onset of action?

A) Lispro
B) Regular
C) Lente
D) NPH
E) Glargine
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36
Which insulin has the longest duration of action?

A) Glulisine
B) Regular
C) NPH
D) Aspart
E) Detemir
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37
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) they have other nutrient deficiencies that mask their symptoms.
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38
The leading cause of death in people with diabetes is:

A) cardiovascular disease.
B) infection.
C) injury.
D) stroke.
E) cancer.
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39
An appropriate goal for HbA1C in adult diabetic patients is:

A)
B) >6%.
C)
D)
E)
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40
Hyperosmolar hyperglycemic syndrome leads to profoundly high levels of blood glucose, mainly due to:

A) insulin resistance.
B) inappropriate glucagon production.
C) increased urine output.
D) dehydration.
E) vitamin K deficiency.
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41
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) delay stomach emptying.
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42
A 60-year-old client, Mr. Hummel, has had type 2 DM for several years. Because of a change in insurance coverage, Mr. Hummel changes doctors and at his first appointment, a comprehensive medical exam and dietary history are performed. At the next few appointments, the certified diabetes educator, a registered dietitian, takes a full dietary history. Mr. Hummel works part-time in a seasonal sporting goods store, having retired last year after 35 years working for a manufacturing plant as a supervisor. He is married to a nurse who works full-time. He does most of the cooking and grocery shopping. He and his wife go for walks on weekends, but he does not exercise otherwise, except for doing chores around the house and occasional yard work or gardening. He is 5'9" tall and weighs 196  lbs., though when his diabetes was initially diagnosed, he weighed more.
Mr. Hummel is interested in weight reduction, especially if it will help him manage his blood glucose, and provides the following 24-hour food recall that typifies how he usually eats:
Breakfast (eats after taking morning blood glucose):   Pancakes with diet syrup or a bowl of cereal (usually corn flakes, Chex, or instant oatmeal) with Sweet 'N' Low and nonfat milk. Drinks coffee throughout the day starting at breakfast with two nondairy coffee creamer packets per cup. May or may not have 4 oz. of 100% fruit juice depending on hunger.
Lunch (eats after taking afternoon blood glucose):   Sandwich (rye or wheat bread), deck of cards-size portion of lunch meat (salami, ham, bologna, turkey, or chicken) with thinly spread mayonnaise; coffee with nondairy creamers. May or may not eat a can of soup (cream of tomato, cream of chicken, or Italian wedding soup) instead of a sandwich, with two slices of buttered rye or wheat bread.
Afternoon Snack:   Canned fruit or occasionally a cookie, doughnut, a piece of pizza, or a treat, depending on availability, hunger, blood sugar, and situation. Drinks coffee with nondairy coffee creamer. Usually also has a glass of ice water before dinner.
Dinner (eats after taking evening blood glucose):   Roast beef, meat loaf, steak, or another red meat; occasionally eats poultry or fish-approximate amount 8 oz.; plain baked potato, au gratin potatoes, or boiled buttered potatoes; a salad with bottled salad dressing or a vegetable, such as canned green beans; and a slice of rye or wheat bread with butter. May use ketchup, steak sauce, salt, and pepper. Drinks water with dinner.
Evening Snack:   Varies-may eat a few handfuls of a bagged snack food, such as Doritos; a bag of buttered microwave popcorn; or cookies.
Labs are as follows:
Fasting glucose: 140-150 mg/dL
Glucose one to two hours after mealtime: 200 mg/dL
Average bedtime glucose: 152 mg/dL
Glycosylated hemoglobin (hemoglobin A 1C ): 7.5%
 
The CDE teaches Mr. Hummel how to reduce his kcalories by increasing high-fiber foods in place of foods such as bagged snack chips. A higher intake of fiber could also:

A) increase his glycemic control.
B) increase the glycemic index of his diet.
C) increase his glycosylated hemoglobin.
D) increase his blood glucose.
E) increase his bedtime glucose levels.
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43
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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.
Four months after his initial exam, Mr. Joiner returns to his physician for a follow-up appointment. He has lost 10 pounds, but his fasting blood glucose level is now 131 mg/dL. Mr. Joiner's prediabetes has progressed to:

A) type 1 diabetes.
B) type 2 diabetes.
C) gestational diabetes.
D) hyperosmolar hyperglycemic syndrome.
E) impaired glucose tolerance.
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44
Metabolic syndrome consists of a cluster of disorders that increases the risk of developing:

A) kidney  disease.
B) Type 2 diabetes.
C) gout.
D) renal failure.
E) COPD.
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45
Uncontrolled diabetes during pregnancy is most likely linked to what complication?

A) prematurity
B) i nfant macrosomia
C) p lacental abruption
D) u terine prolapse
E) p lacenta previa
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46
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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 to teaching Mr. Joiner the principles of the diet for optimal management of his blood glucose level is:

A) carbohydrate counting.
B) the exchange lists.
C) MyPlate.
D) a high-protein diet plan.
E) portion control.
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47
Though the exact cause of metabolic syndrome is unknown, it is believed to be associated with:

A) poverty.
B) chronic kidney disease.
C) hypoglycemia.
D) liver disease.
E) obesity.
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48
A 60-year-old client, Mr. Hummel, has had type 2 DM for several years. Because of a change in insurance coverage, Mr. Hummel changes doctors and at his first appointment, a comprehensive medical exam and dietary history are performed. At the next few appointments, the certified diabetes educator, a registered dietitian, takes a full dietary history. Mr. Hummel works part-time in a seasonal sporting goods store, having retired last year after 35 years working for a manufacturing plant as a supervisor. He is married to a nurse who works full-time. He does most of the cooking and grocery shopping. He and his wife go for walks on weekends, but he does not exercise otherwise, except for doing chores around the house and occasional yard work or gardening. He is 5'9" tall and weighs 196  lbs., though when his diabetes was initially diagnosed, he weighed more.
Mr. Hummel is interested in weight reduction, especially if it will help him manage his blood glucose, and provides the following 24-hour food recall that typifies how he usually eats:
Breakfast (eats after taking morning blood glucose):   Pancakes with diet syrup or a bowl of cereal (usually corn flakes, Chex, or instant oatmeal) with Sweet 'N' Low and nonfat milk. Drinks coffee throughout the day starting at breakfast with two nondairy coffee creamer packets per cup. May or may not have 4 oz. of 100% fruit juice depending on hunger.
Lunch (eats after taking afternoon blood glucose):   Sandwich (rye or wheat bread), deck of cards-size portion of lunch meat (salami, ham, bologna, turkey, or chicken) with thinly spread mayonnaise; coffee with nondairy creamers. May or may not eat a can of soup (cream of tomato, cream of chicken, or Italian wedding soup) instead of a sandwich, with two slices of buttered rye or wheat bread.
Afternoon Snack:   Canned fruit or occasionally a cookie, doughnut, a piece of pizza, or a treat, depending on availability, hunger, blood sugar, and situation. Drinks coffee with nondairy coffee creamer. Usually also has a glass of ice water before dinner.
Dinner (eats after taking evening blood glucose):   Roast beef, meat loaf, steak, or another red meat; occasionally eats poultry or fish-approximate amount 8 oz.; plain baked potato, au gratin potatoes, or boiled buttered potatoes; a salad with bottled salad dressing or a vegetable, such as canned green beans; and a slice of rye or wheat bread with butter. May use ketchup, steak sauce, salt, and pepper. Drinks water with dinner.
Evening Snack:   Varies-may eat a few handfuls of a bagged snack food, such as Doritos; a bag of buttered microwave popcorn; or cookies.
Labs are as follows:
Fasting glucose: 140-150 mg/dL
Glucose one to two hours after mealtime: 200 mg/dL
Average bedtime glucose: 152 mg/dL
Glycosylated hemoglobin (hemoglobin A 1C ): 7.5%
 
Mr. Hummel's BMI indicates he is _____, which likely affects his blood glucose control.

A) underweight
B) at his healthy weight
C) normal, with increased muscle tissue
D) overweight
E) obese
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49
Which group of symptoms is characteristic of the metabolic syndrome?

A) hyperglycemia , abdominal obesity, reduced HDL cholesterol levels
B) hypertension, hypoglycemia, abdominal obesity
C) elevated liver enzymes, insulin resistance, microalbuminuria
D) polyuria, polydipsia, polyphagia
E) urinary retention, excess sweating, edema
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50
Nursing Exam Review Multiple Choice Sam is an African-American male who is obese and has a family history of diabetes. The nurse recognizes that Sam has _____ of the major risk factors for type 2 diabetes.

A) 0
B) 1
C) 2
D) 3
E) 4
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51
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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) impaired glycemic control.
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52
Nursing Exam Review Multiple Choice The nurse recognizes that the diabetic client understands the principles of her diet when she states:

A) "I need to restrict my carbohydrate intake and avoid concentrated sweets."
B) "I need to first lose weight before making changes in my carbohydrate intake."
C) "I need to eat about the same amount of carbohydrate at about the same time each day."
D) "I need to restrict my carbohydrate and fat intakes, but increase my protein intake."
E) "I need to severely limit my fat intake and choose only complex carbohydrates."
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53
Those taking _____ should avoid excessive alcohol intake because it may interact with these drugs to cause lactic acidosis.

A) alpha-glucosidase inhibitors
B) sulfonylureas
C) thiazolidinediones
D) biguanides
E) meglitinides
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54
Nursing Exam Review Multiple Choice A patient with diabetes asks the nurse for ice cream. The nurse is aware that this will count as a carbohydrate portion, and the amount that equals one portion is:

A) 1 /4 cup.
B) 1 /3 cup.
C) 1 /2 cup.
D) 1 cup.
E) 2 cups.
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55
Women with gestational diabetes who are overweight or obese should be encouraged to:

A) engage in vigorous exercise.
B) adjust carbohydrate intake to less than 45 percent of daily kcalories.
C) increase fluid intake to offset additional kcalories.
D) limit protein intake to 5 percent of daily kcalories.
E) lose weight through kcalorie reduction.
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56
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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.
What recommendation to help Mr. Joiner reduce his risk of developing diabetes is most likely to be effective?

A) "Lose about 20 percent of your current body weight."
B) "Increase your physical activity."
C) "Choose low-sodium foods at restaurants."
D) "Learn to cook."
E) "Try to decrease your waist measurement by 6 inches."
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57
A 60-year-old client, Mr. Hummel, has had type 2 DM for several years. Because of a change in insurance coverage, Mr. Hummel changes doctors and at his first appointment, a comprehensive medical exam and dietary history are performed. At the next few appointments, the certified diabetes educator, a registered dietitian, takes a full dietary history. Mr. Hummel works part-time in a seasonal sporting goods store, having retired last year after 35 years working for a manufacturing plant as a supervisor. He is married to a nurse who works full-time. He does most of the cooking and grocery shopping. He and his wife go for walks on weekends, but he does not exercise otherwise, except for doing chores around the house and occasional yard work or gardening. He is 5'9" tall and weighs 196  lbs., though when his diabetes was initially diagnosed, he weighed more.
Mr. Hummel is interested in weight reduction, especially if it will help him manage his blood glucose, and provides the following 24-hour food recall that typifies how he usually eats:
Breakfast (eats after taking morning blood glucose):   Pancakes with diet syrup or a bowl of cereal (usually corn flakes, Chex, or instant oatmeal) with Sweet 'N' Low and nonfat milk. Drinks coffee throughout the day starting at breakfast with two nondairy coffee creamer packets per cup. May or may not have 4 oz. of 100% fruit juice depending on hunger.
Lunch (eats after taking afternoon blood glucose):   Sandwich (rye or wheat bread), deck of cards-size portion of lunch meat (salami, ham, bologna, turkey, or chicken) with thinly spread mayonnaise; coffee with nondairy creamers. May or may not eat a can of soup (cream of tomato, cream of chicken, or Italian wedding soup) instead of a sandwich, with two slices of buttered rye or wheat bread.
Afternoon Snack:   Canned fruit or occasionally a cookie, doughnut, a piece of pizza, or a treat, depending on availability, hunger, blood sugar, and situation. Drinks coffee with nondairy coffee creamer. Usually also has a glass of ice water before dinner.
Dinner (eats after taking evening blood glucose):   Roast beef, meat loaf, steak, or another red meat; occasionally eats poultry or fish-approximate amount 8 oz.; plain baked potato, au gratin potatoes, or boiled buttered potatoes; a salad with bottled salad dressing or a vegetable, such as canned green beans; and a slice of rye or wheat bread with butter. May use ketchup, steak sauce, salt, and pepper. Drinks water with dinner.
Evening Snack:   Varies-may eat a few handfuls of a bagged snack food, such as Doritos; a bag of buttered microwave popcorn; or cookies.
Labs are as follows:
Fasting glucose: 140-150 mg/dL
Glucose one to two hours after mealtime: 200 mg/dL
Average bedtime glucose: 152 mg/dL
Glycosylated hemoglobin (hemoglobin A 1C ): 7.5%
 
Mr. Hummel had been taking oral hypoglycemic agents for three months prior to this visit. Based on his _____ measurement, his glycemic control over this period needed improvement.

A) glycemic index
B) hemoglobin A1C
C) weight
D) fasting glucose
E) post-prandial glucose
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58
A 60-year-old client, Mr. Hummel, has had type 2 DM for several years. Because of a change in insurance coverage, Mr. Hummel changes doctors and at his first appointment, a comprehensive medical exam and dietary history are performed. At the next few appointments, the certified diabetes educator, a registered dietitian, takes a full dietary history. Mr. Hummel works part-time in a seasonal sporting goods store, having retired last year after 35 years working for a manufacturing plant as a supervisor. He is married to a nurse who works full-time. He does most of the cooking and grocery shopping. He and his wife go for walks on weekends, but he does not exercise otherwise, except for doing chores around the house and occasional yard work or gardening. He is 5'9" tall and weighs 196  lbs., though when his diabetes was initially diagnosed, he weighed more.
Mr. Hummel is interested in weight reduction, especially if it will help him manage his blood glucose, and provides the following 24-hour food recall that typifies how he usually eats:
Breakfast (eats after taking morning blood glucose):   Pancakes with diet syrup or a bowl of cereal (usually corn flakes, Chex, or instant oatmeal) with Sweet 'N' Low and nonfat milk. Drinks coffee throughout the day starting at breakfast with two nondairy coffee creamer packets per cup. May or may not have 4 oz. of 100% fruit juice depending on hunger.
Lunch (eats after taking afternoon blood glucose):   Sandwich (rye or wheat bread), deck of cards-size portion of lunch meat (salami, ham, bologna, turkey, or chicken) with thinly spread mayonnaise; coffee with nondairy creamers. May or may not eat a can of soup (cream of tomato, cream of chicken, or Italian wedding soup) instead of a sandwich, with two slices of buttered rye or wheat bread.
Afternoon Snack:   Canned fruit or occasionally a cookie, doughnut, a piece of pizza, or a treat, depending on availability, hunger, blood sugar, and situation. Drinks coffee with nondairy coffee creamer. Usually also has a glass of ice water before dinner.
Dinner (eats after taking evening blood glucose):   Roast beef, meat loaf, steak, or another red meat; occasionally eats poultry or fish-approximate amount 8 oz.; plain baked potato, au gratin potatoes, or boiled buttered potatoes; a salad with bottled salad dressing or a vegetable, such as canned green beans; and a slice of rye or wheat bread with butter. May use ketchup, steak sauce, salt, and pepper. Drinks water with dinner.
Evening Snack:   Varies-may eat a few handfuls of a bagged snack food, such as Doritos; a bag of buttered microwave popcorn; or cookies.
Labs are as follows:
Fasting glucose: 140-150 mg/dL
Glucose one to two hours after mealtime: 200 mg/dL
Average bedtime glucose: 152 mg/dL
Glycosylated hemoglobin (hemoglobin A 1C ): 7.5%
 
Which macronutrient distribution is appropriate for Mr. Hummel's daily diet?

A) 20-35% kcalories from total fat
B) 45-65% kcalories from protein
C) 30% kcalories from carbohydrate
D) 25% kcalories from protein
E) 45-65% kcalories from fat
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59
Jared Joiner is a 56-year-old African American insurance agent. He is single, eats most meals at restaurants, and leads a sedentary lifestyle. He is 5'9" tall and weighs 204 pounds. 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) 0
B) 1
C) 2
D) 3
E) 4
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60
The progression of metabolic syndrome is worsened by:

A) a sedentary lifestyle.
B) a low-carbohydrate diet.
C) low blood lipids.
D) drug therapy.
E) caffeine intake.
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61
Nursing Exam Review Multiple Choice An Hispanic pregnant woman is visiting the community clinic for her first prenatal visit. She has a family history of diabetes, she is obese, and her last baby weighed 9 pounds, 8 ounces. The nurse realizes that she is at risk for:

A) poor weight gain.
B) gestational diabetes.
C) anemia.
D) malnutrition.
E) preeclampsia.
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62
Match between columns
continuous glucose monitoring
a pancreatic hormone that regulates glucose metabolism
continuous glucose monitoring
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
continuous glucose monitoring
damage to the kidneys that results from long-term diabetes
continuous glucose monitoring
a lowering of blood pH that results from the excessive production of ketone bodies
continuous glucose monitoring
a distinctive fruity odor on the breath of a person with ketosis
continuous glucose monitoring
delayed stomach emptying caused by nerve damage in stomach tissue
continuous glucose monitoring
excessive urine production
continuous glucose monitoring
reduced sensitivity to insulin in muscle, adipose, and liver cells
continuous glucose monitoring
pertaining to blood glucose
continuous glucose monitoring
monitoring of tissue glucose levels using a small sensor placed under the skin
continuous glucose monitoring
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
continuous glucose monitoring
the amount of carbohydrate that can be handled per unit of insulin
continuous glucose monitoring
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
continuous glucose monitoring
the condition of having an abnormally large body
continuous glucose monitoring
a hormone produced by adipose cells that improves insulin sensitivity
adiponectin
a pancreatic hormone that regulates glucose metabolism
adiponectin
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
adiponectin
damage to the kidneys that results from long-term diabetes
adiponectin
a lowering of blood pH that results from the excessive production of ketone bodies
adiponectin
a distinctive fruity odor on the breath of a person with ketosis
adiponectin
delayed stomach emptying caused by nerve damage in stomach tissue
adiponectin
excessive urine production
adiponectin
reduced sensitivity to insulin in muscle, adipose, and liver cells
adiponectin
pertaining to blood glucose
adiponectin
monitoring of tissue glucose levels using a small sensor placed under the skin
adiponectin
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
adiponectin
the amount of carbohydrate that can be handled per unit of insulin
adiponectin
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
adiponectin
the condition of having an abnormally large body
adiponectin
a hormone produced by adipose cells that improves insulin sensitivity
acetone breath
a pancreatic hormone that regulates glucose metabolism
acetone breath
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
acetone breath
damage to the kidneys that results from long-term diabetes
acetone breath
a lowering of blood pH that results from the excessive production of ketone bodies
acetone breath
a distinctive fruity odor on the breath of a person with ketosis
acetone breath
delayed stomach emptying caused by nerve damage in stomach tissue
acetone breath
excessive urine production
acetone breath
reduced sensitivity to insulin in muscle, adipose, and liver cells
acetone breath
pertaining to blood glucose
acetone breath
monitoring of tissue glucose levels using a small sensor placed under the skin
acetone breath
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
acetone breath
the amount of carbohydrate that can be handled per unit of insulin
acetone breath
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
acetone breath
the condition of having an abnormally large body
acetone breath
a hormone produced by adipose cells that improves insulin sensitivity
insulin
a pancreatic hormone that regulates glucose metabolism
insulin
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
insulin
damage to the kidneys that results from long-term diabetes
insulin
a lowering of blood pH that results from the excessive production of ketone bodies
insulin
a distinctive fruity odor on the breath of a person with ketosis
insulin
delayed stomach emptying caused by nerve damage in stomach tissue
insulin
excessive urine production
insulin
reduced sensitivity to insulin in muscle, adipose, and liver cells
insulin
pertaining to blood glucose
insulin
monitoring of tissue glucose levels using a small sensor placed under the skin
insulin
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
insulin
the amount of carbohydrate that can be handled per unit of insulin
insulin
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
insulin
the condition of having an abnormally large body
insulin
a hormone produced by adipose cells that improves insulin sensitivity
polyuria
a pancreatic hormone that regulates glucose metabolism
polyuria
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
polyuria
damage to the kidneys that results from long-term diabetes
polyuria
a lowering of blood pH that results from the excessive production of ketone bodies
polyuria
a distinctive fruity odor on the breath of a person with ketosis
polyuria
delayed stomach emptying caused by nerve damage in stomach tissue
polyuria
excessive urine production
polyuria
reduced sensitivity to insulin in muscle, adipose, and liver cells
polyuria
pertaining to blood glucose
polyuria
monitoring of tissue glucose levels using a small sensor placed under the skin
polyuria
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
polyuria
the amount of carbohydrate that can be handled per unit of insulin
polyuria
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
polyuria
the condition of having an abnormally large body
polyuria
a hormone produced by adipose cells that improves insulin sensitivity
ketoacidosis
a pancreatic hormone that regulates glucose metabolism
ketoacidosis
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
ketoacidosis
damage to the kidneys that results from long-term diabetes
ketoacidosis
a lowering of blood pH that results from the excessive production of ketone bodies
ketoacidosis
a distinctive fruity odor on the breath of a person with ketosis
ketoacidosis
delayed stomach emptying caused by nerve damage in stomach tissue
ketoacidosis
excessive urine production
ketoacidosis
reduced sensitivity to insulin in muscle, adipose, and liver cells
ketoacidosis
pertaining to blood glucose
ketoacidosis
monitoring of tissue glucose levels using a small sensor placed under the skin
ketoacidosis
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
ketoacidosis
the amount of carbohydrate that can be handled per unit of insulin
ketoacidosis
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
ketoacidosis
the condition of having an abnormally large body
ketoacidosis
a hormone produced by adipose cells that improves insulin sensitivity
carbohydrate-to-insulin ratio
a pancreatic hormone that regulates glucose metabolism
carbohydrate-to-insulin ratio
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
carbohydrate-to-insulin ratio
damage to the kidneys that results from long-term diabetes
carbohydrate-to-insulin ratio
a lowering of blood pH that results from the excessive production of ketone bodies
carbohydrate-to-insulin ratio
a distinctive fruity odor on the breath of a person with ketosis
carbohydrate-to-insulin ratio
delayed stomach emptying caused by nerve damage in stomach tissue
carbohydrate-to-insulin ratio
excessive urine production
carbohydrate-to-insulin ratio
reduced sensitivity to insulin in muscle, adipose, and liver cells
carbohydrate-to-insulin ratio
pertaining to blood glucose
carbohydrate-to-insulin ratio
monitoring of tissue glucose levels using a small sensor placed under the skin
carbohydrate-to-insulin ratio
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
carbohydrate-to-insulin ratio
the amount of carbohydrate that can be handled per unit of insulin
carbohydrate-to-insulin ratio
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
carbohydrate-to-insulin ratio
the condition of having an abnormally large body
carbohydrate-to-insulin ratio
a hormone produced by adipose cells that improves insulin sensitivity
dawn phenomenon
a pancreatic hormone that regulates glucose metabolism
dawn phenomenon
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
dawn phenomenon
damage to the kidneys that results from long-term diabetes
dawn phenomenon
a lowering of blood pH that results from the excessive production of ketone bodies
dawn phenomenon
a distinctive fruity odor on the breath of a person with ketosis
dawn phenomenon
delayed stomach emptying caused by nerve damage in stomach tissue
dawn phenomenon
excessive urine production
dawn phenomenon
reduced sensitivity to insulin in muscle, adipose, and liver cells
dawn phenomenon
pertaining to blood glucose
dawn phenomenon
monitoring of tissue glucose levels using a small sensor placed under the skin
dawn phenomenon
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
dawn phenomenon
the amount of carbohydrate that can be handled per unit of insulin
dawn phenomenon
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
dawn phenomenon
the condition of having an abnormally large body
dawn phenomenon
a hormone produced by adipose cells that improves insulin sensitivity
gastroparesis
a pancreatic hormone that regulates glucose metabolism
gastroparesis
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
gastroparesis
damage to the kidneys that results from long-term diabetes
gastroparesis
a lowering of blood pH that results from the excessive production of ketone bodies
gastroparesis
a distinctive fruity odor on the breath of a person with ketosis
gastroparesis
delayed stomach emptying caused by nerve damage in stomach tissue
gastroparesis
excessive urine production
gastroparesis
reduced sensitivity to insulin in muscle, adipose, and liver cells
gastroparesis
pertaining to blood glucose
gastroparesis
monitoring of tissue glucose levels using a small sensor placed under the skin
gastroparesis
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
gastroparesis
the amount of carbohydrate that can be handled per unit of insulin
gastroparesis
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
gastroparesis
the condition of having an abnormally large body
gastroparesis
a hormone produced by adipose cells that improves insulin sensitivity
macrosomia
a pancreatic hormone that regulates glucose metabolism
macrosomia
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
macrosomia
damage to the kidneys that results from long-term diabetes
macrosomia
a lowering of blood pH that results from the excessive production of ketone bodies
macrosomia
a distinctive fruity odor on the breath of a person with ketosis
macrosomia
delayed stomach emptying caused by nerve damage in stomach tissue
macrosomia
excessive urine production
macrosomia
reduced sensitivity to insulin in muscle, adipose, and liver cells
macrosomia
pertaining to blood glucose
macrosomia
monitoring of tissue glucose levels using a small sensor placed under the skin
macrosomia
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
macrosomia
the amount of carbohydrate that can be handled per unit of insulin
macrosomia
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
macrosomia
the condition of having an abnormally large body
macrosomia
a hormone produced by adipose cells that improves insulin sensitivity
glycemic
a pancreatic hormone that regulates glucose metabolism
glycemic
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
glycemic
damage to the kidneys that results from long-term diabetes
glycemic
a lowering of blood pH that results from the excessive production of ketone bodies
glycemic
a distinctive fruity odor on the breath of a person with ketosis
glycemic
delayed stomach emptying caused by nerve damage in stomach tissue
glycemic
excessive urine production
glycemic
reduced sensitivity to insulin in muscle, adipose, and liver cells
glycemic
pertaining to blood glucose
glycemic
monitoring of tissue glucose levels using a small sensor placed under the skin
glycemic
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
glycemic
the amount of carbohydrate that can be handled per unit of insulin
glycemic
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
glycemic
the condition of having an abnormally large body
glycemic
a hormone produced by adipose cells that improves insulin sensitivity
diabetic nephropathy
a pancreatic hormone that regulates glucose metabolism
diabetic nephropathy
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
diabetic nephropathy
damage to the kidneys that results from long-term diabetes
diabetic nephropathy
a lowering of blood pH that results from the excessive production of ketone bodies
diabetic nephropathy
a distinctive fruity odor on the breath of a person with ketosis
diabetic nephropathy
delayed stomach emptying caused by nerve damage in stomach tissue
diabetic nephropathy
excessive urine production
diabetic nephropathy
reduced sensitivity to insulin in muscle, adipose, and liver cells
diabetic nephropathy
pertaining to blood glucose
diabetic nephropathy
monitoring of tissue glucose levels using a small sensor placed under the skin
diabetic nephropathy
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
diabetic nephropathy
the amount of carbohydrate that can be handled per unit of insulin
diabetic nephropathy
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
diabetic nephropathy
the condition of having an abnormally large body
diabetic nephropathy
a hormone produced by adipose cells that improves insulin sensitivity
renal threshold
a pancreatic hormone that regulates glucose metabolism
renal threshold
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
renal threshold
damage to the kidneys that results from long-term diabetes
renal threshold
a lowering of blood pH that results from the excessive production of ketone bodies
renal threshold
a distinctive fruity odor on the breath of a person with ketosis
renal threshold
delayed stomach emptying caused by nerve damage in stomach tissue
renal threshold
excessive urine production
renal threshold
reduced sensitivity to insulin in muscle, adipose, and liver cells
renal threshold
pertaining to blood glucose
renal threshold
monitoring of tissue glucose levels using a small sensor placed under the skin
renal threshold
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
renal threshold
the amount of carbohydrate that can be handled per unit of insulin
renal threshold
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
renal threshold
the condition of having an abnormally large body
renal threshold
a hormone produced by adipose cells that improves insulin sensitivity
fructosamine test
a pancreatic hormone that regulates glucose metabolism
fructosamine test
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
fructosamine test
damage to the kidneys that results from long-term diabetes
fructosamine test
a lowering of blood pH that results from the excessive production of ketone bodies
fructosamine test
a distinctive fruity odor on the breath of a person with ketosis
fructosamine test
delayed stomach emptying caused by nerve damage in stomach tissue
fructosamine test
excessive urine production
fructosamine test
reduced sensitivity to insulin in muscle, adipose, and liver cells
fructosamine test
pertaining to blood glucose
fructosamine test
monitoring of tissue glucose levels using a small sensor placed under the skin
fructosamine test
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
fructosamine test
the amount of carbohydrate that can be handled per unit of insulin
fructosamine test
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
fructosamine test
the condition of having an abnormally large body
fructosamine test
a hormone produced by adipose cells that improves insulin sensitivity
insulin resistance
a pancreatic hormone that regulates glucose metabolism
insulin resistance
the blood concentration of a substance that exceeds the kidneys' capacity for reabsorption, causing the substance to be passed into the urine
insulin resistance
damage to the kidneys that results from long-term diabetes
insulin resistance
a lowering of blood pH that results from the excessive production of ketone bodies
insulin resistance
a distinctive fruity odor on the breath of a person with ketosis
insulin resistance
delayed stomach emptying caused by nerve damage in stomach tissue
insulin resistance
excessive urine production
insulin resistance
reduced sensitivity to insulin in muscle, adipose, and liver cells
insulin resistance
pertaining to blood glucose
insulin resistance
monitoring of tissue glucose levels using a small sensor placed under the skin
insulin resistance
a measurement of glycated serum proteins that reflects glycemic control over the preceding two to three weeks
insulin resistance
the amount of carbohydrate that can be handled per unit of insulin
insulin resistance
morning hyperglycemia that is caused by the early-morning release of growth hormone, which reduces insulin sensitivity
insulin resistance
the condition of having an abnormally large body
insulin resistance
a hormone produced by adipose cells that improves insulin sensitivity
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63
Describe the different methods of insulin delivery.
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64
Nursing Exam Review Multiple Choice The nurse is counseling a young athlete with type 1 diabetes. The nurse knows that the athlete understands the instructions when he verbalizes:

A) "If my blood sugar is below 100 before practice, I should consume some carbohydrate before beginning."
B) "I should drink plenty of Gatorade during practice."
C) "I don't need to check my blood sugar during practice."
D) "I should not eat during practice."
E) "I won't eat before, but I should definitely eat after practice."
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65
Describe the nutrition therapy for an overweight woman with gestational diabetes.
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66
Nursing Exam Review Multiple Choice A patient's blood glucose log shows several episodes of hyperglycemia upon rising in the morning. The nurse explains that this is:

A) due to taking too much insulin
B) caused by eating too much protein.
C) called the dawn phenomenon.
D) known as the evening effect.
E) normal and needs no treatment.
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67
Nursing Exam Review Multiple Choice A patient with type 1 diabetes  typically needs _____doses of daily insulin injections.

A) 1-2
B) 3-4
C) 5-6
D) 7-8
E) 9-10
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68
Nursing Exam Review Multiple Choice Which compound(s) formed in the body during diabetes alters protein structures and stimulate damaging metabolic pathways?

A) sorbitol
B) glycophosphate
C) advanced glycation end products
D) low-density lipoproteins
E) fructosamine
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69
Nursing Exam Review Multiple Choice An obese patient with type 2 diabetes wants to begin an exercise program. The nurse recommends that the patient:

A) start by walking 30 minutes a day.
B) join a gym.
C) hire a personal trainer.
D) seek a medical evaluation.
E) set a goal, such as training for a marathon.
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70
Identify the acute complications of diabetes and explain why they occur.
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71
Nursing Exam Review Multiple Choice For which person would intensive insulin therapy be inappropriate?

A) a  patient with type 1 diabetes
B) a  patient with a limited life expectancy
C) a  patient with co-occurring kidney disease
D) a  patient who needs short-acting insulin
E) a  patient who is newly diagnosed with diabetes
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72
What is the "honeymoon period" associated with diabetes treatment?
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73
Describe hyperosmolar hyperglycemic syndrome and its potential complications for the diabetic patient.
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74
Nursing Exam Review Multiple Choice What type of insulin dosage would be adjusted to better cover a diabetic patient's needs between meals and overnight?

A) meal-time insulin
B) basal insulin
C) overnight insulin
D) oral insulin
E) post-prandial insulin
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75
Nursing Exam Review Multiple Choice A 12-year-old girl is diagnosed with type 1 diabetes and is placed on insulin. Her mother expresses concern that her daughter will refuse to give herself injections. The nurse reassures the mother that:

A) she will only need a single injection daily, so the mother can do it.
B) a pump to administer the insulin without syringes is available.
C) insulin is available in pill form.
D) she can still regulate her blood glucose levels if she misses insulin doses at times.
E) type 1 diabetes does not need to be managed with exogenous insulin.
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76
Nursing Exam Review Multiple Choice The nurse teaches a newly diagnosed diabetic patient to treat an episode of hypoglycemia by:

A) 3 pieces hard candy .
B) drinking a 12-oz. soda.
C) eating an apple.
D) sucking slowly on a hard candy.
E) drinking an energy drink.
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Unlock Deck
Unlock for access to all 76 flashcards in this deck.