Deck 19: Carbohydrate- and Fat-Modified Diets for Malabsorption Disorders

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Question
Motility disorders that accelerate gastric emptying or intestinal transit can cause fat malabsorption because they prevent the normal mixing of dietary fat with lipase and bile. ​
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Question
C hemical compounds formed from fatty acids and positively charged minerals are called:

A)oxalate.
B)kidney stones.
C)steatorrhea.
D)MCTs.
E)soaps.
Question
Approximately 75 percent of people worldwide have some degree of lactose intolerance. ​
Question
Medium-chain triglyceride (MCT)oil does not require bile for digestion and absorption. ​
Question
Malabsorption of fat results in:

A)steatorrhea.
B)loss of amino acids.
C)loss of water-soluble vitamins.
D)weight gain.
E)loss of intestinal bacteria.
Question
About 70 to 80 percent of acute cases of pancreatitis are caused by autoimmune diseases. ​
Question
Severe liver disease can lead to fat malabsorption because:

A)bile availability is reduced.
B)the production of pancreatic lipase is reduced.
C)it results in damage to the intestinal wall.
D)intestinal transit is increased.
E)duodenal surface area is reduced.
Question
Ordinarily, the GI tract is protected from bacterial overgrowth by alkaline secretions, which prevent bacterial reproduction.
Question
Vitamin B12 is absorbed through the:

A)duodenum.
B)stomach.
C)ileum.
D)colon.
E)mouth mucosa.
Question
Many lactose-intolerant individuals can tolerate up to two cups of milk per day, especially when intake is divided throughout the day and taken with food.
Question
Fat malabsorption is associated with all of these conditions EXCEPT:

A)weight loss.
B)essential fatty acid deficiency.
C)loss of sodium and potassium.
D)increased risk of kidney stones.
E)deficiency of fat soluble vitamins.
Question
Which laboratory test can diagnosis lactose intolerance? ​

A)stool fat test
B)biopsy
C)hydrogen breath test
D)xylose absorption
E)endoscopy ​
Question
Which malabsorption disorder is caused by an intestinal infection?

A)celiac disease
B)Crohn's disease
C)radiation enteritis
D)cystic fibrosis
E)giardiasis
Question
Malabsorption of _____ often occurs as a consequence of fat malabsorption. ​

A)iron and selenium
B)zinc and manganese
C)calcium and magnesium
D)phosphorous and calcium
E)sodium and potassium
Question
Individuals with celiac disease should consume a gluten-free diet until symptoms improve, then switch back to their normal diet. ​
Question
Malabsorption of calcium is common in persons with fat malabsorption. This can ultimately result in:

A)fluid and electrolyte imbalances.
B)increased risk of bone loss.
C)loss of taste acuity.
D)insulin resistance.
E)muscle loss.
Question
Acute pancreatitis is most often caused by high blood triglycerides. ​
Question
The xylose test is used to diagnose:

A)impaired fat digestion.
B)excess vitamin B12absorption.
C)lactose intolerance.
D)problems with stomach emptying.
E)nutrient malabsorption.
Question
The hydrogen breath test is often used to diagnose lactose intolerance, but it can diagnose malabsorption of other types of carbohydrate, as well. ​
Question
Celiac disease is characterized by an abnormal immune response to certain amino acids. ​
Question
Acute pancreatitis can be caused by all of these conditions EXCEPT:

A)gallstones.
B)exposure to toxins.
C)stress.
D)alcohol abuse.
E)elevated blood triglycerides.
Question
Thirty to fifty percent of patients with long-term chronic pancreatitis will develop:

A)diabetes.
B)thickened pancreatic secretions.
C)celiac disease.
D)fluid and electrolyte imbalances.
E)kidney failure.
Question
Which condition is not a potential cause of bacterial overgrowth? ​

A)atrophic gastritis
B)use of acid-suppressing medications
C)lactose intolerance
D)certain gastrectomy procedures
E)impaired intestinal motility
Question
Celiac disease affects intestinal tissue and results in:

A)a significant reduction in mucosal surface area.
B)ulceration, irritation, and bleeding.
C)cessation of the production of digestive enzymes.
D)bacterial overgrowth.
E)cobblestone appearance of the intestinal mucosa.
Question
Which foods should be avoided by individuals on a fat-restricted diet? ​

A)angel food cake, fat-free milk, and pears
B)cherry pie, chocolate milk, and spareribs
C)marshmallows, fat-free yogurt, and green beans
D)oranges, jelly beans, and noodles
E)pasta, bread and coffee
Question
For patients with fat malabsorption problems, dietary fat is better tolerated if it is:

A)provided in small portions.
B)monounsaturated .
C)limited to one meal per day.
D)consumed as fried food.
E)provided in liquid form.
Question
Lactose intolerance is especially prevalent among:

A)Scandinavians.
B)South Americans.
C)Europeans.
D)Caucasians.
E)African Americans.
Question
Anemia caused by an illness rather than a nutrient deficiency is known as:

A)a peripheral blood smear.
B)anemia of chronic disease.
C)iron-deficiency anemia.
D)leukemia.
E)malabsorption.
Question
Which symptom does not indicate that a child with cystic fibrosis needs an increase in pancreatic enzyme replacement dosage? ​

A)poor growth
B)steatorrhea
C)abdominal pain
D)coughing
E)intestinal gas
Question
Fat malabsorption is associated with deficiencies of:

A)water-soluble vitamins, potassium, sodium, and iron.
B)fat- and water-soluble vitamins, magnesium, and iron.
C)fat-soluble vitamins, calcium, magnesium, and essential fatty acids.
D)calcium, potassium, sodium, and essential fatty acids.
E)water-soluble vitamins, potassium, magnesium, and iron.
Question
The initial diet order for the patient with acute pancreatitis should be:

A)clear liquids.
B)a fat-controlled diet.
C)nothing by mouth.
D)a regular diet.
E)high-kcalorie diet.
Question
Bacterial overgrowth in the stomach and small intestine can result in:

A)deficiencies of fat-soluble vitamins.
B)weight gain.
C)vitamin B6 deficiency.
D)abnormal glucose tolerance.
E)aplastic anemia.
Question
Initial therapy for patients with acute pancreatitis includes:

A)withholding oral foods and fluids until pain, nausea, and vomiting disappear.
B)administration of insulin.
C)stimulation of the pancreas to release protective enzymes.
D)reduction of hydrochloric acid in the stomach.
E)promotion of pancreatic cell growth.
Question
Nutrient deficiencies may occur with chronic pancreatitis due to:

A)malabsorption and alcohol abuse.
B)malabsorption of water-soluble vitamins.
C)malabsorption of protein and abdominal pain.
D)malabsorption of carbohydrate.
E)overproduction of insulin.
Question
Patients with celiac disease often cannot tolerate:

A)vitamin B6.
B)lactose.
C)fat.
D)glucose.
E)sucrose.
Question
Patients with celiac disease must avoid foods that contain:

A)iron.
B)protein.
C)gluten.
D)sugar.
E)fats.
Question
What advice should not be given to individuals who are interested in incorporating MCT oil into their diet? ​

A)It is inexpensive.
B)It should not be used to fry food.
C)It should be added to the diet gradually.
D)It may have an unpleasant taste.
E)It can be absorbed in absence of lipase or bile.
Question
What would you recommend for a patient with cystic fibrosis who experiences persistent steatorrhea, gas, and abdominal distention? ​

A)an increase in pancreatic enzyme replacements
B)a severely fat-restricted diet
C)a hydrolyzed formula
D)liberal use of table salt
E)calcium supplements
Question
An individual who is experiencing flatulence and diarrhea due to malabsorption problems may benefit from avoiding:

A)decaffeinated beverages.
B)lightly seasoned foods.
C)lactose-containing foods.
D)low-fat foods.
E)protein-rich foods.
Question
Nutritional therapy for cystic fibrosis includes all of these recommendations EXCEPT:

A)liberal use of table salt.
B)multivitamin supplements.
C)pancreatic enzyme replacement therapy.
D)a low-protein diet.
E)calcium, iron and zinc supplements.
Question
Which type of diet would most benefit a patient with cystic fibrosis?

A)high-kcalorie, high-fat
B)low-kcalorie, low-protein
C)high-protein, low-fat
D)high-fiber
E)low-kcalorie, low-fat
Question
In celiac disease, which portion of the digestive tract is typically affected? ​

A)mouth
B)esophagus
C)stomach
D)colon
E)small intestines
Question
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

Kati will require nutrition education aimed at eliminating gluten from her diet. The dietitian will teach Kati to:

A)avoid all cereal
B)substitute whole-wheat flour for enriched wheat flour when cooking.
C)check ingredient lists on food labels carefully.
D)avoid all milk and milk products.
E)avoid fish and poultry.
Question
The type of anemia associated with vitamin B12 and folate deficiency is called:

A)hemolytic anemia.
B)macrocytic anemia.
C)microcytic anemia.
D)anemia of chronic disease.
E)pernicious anemia.
Question
Mrs. Hernandez, a 59-year-old female, has been experiencing diarrhea and increased intestinal gas after drinking milk. She is diagnosed with lactose intolerance and subsequently worries about her bone health if she cannot drink milk. The nurse reassures her that she may still be able to tolerate some dairy foods and consume adequate calcium by all of these means EXCEPT:

A)adding lactase to milk.
B)consuming yogurt with live bacterial cultures.
C)dividing her milk intake into small portions throughout the day.
D)consuming processed, but not aged, cheeses.
E)consuming food with her milk.
Question
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

Kati is at greatest risk of _____ malabsorption. ​

A)macronutrient
B)water-soluble vitamin
C)B vitamin
D)sodium, potassium, and chloride
E)amino acid
Question
Which condition does not lead to the development of anemia?

A)inadequate production of erythrocytes
B)rapid destruction of red blood cells
C)loss of erythrocytes due to bleeding
D)deficiency of oxygen in the tissues
E)iron deficiency
Question
Hemolytic anemia is associated with a deficiency of:

A)iron.
B)vitamin C.
C)folate.
D)vitamin E.
E)vitamin B12.
Question
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

If Kati does not eliminate gluten from her diet, she could likely experience all of these conditions EXCEPT:

A)anemia.
B)infertility.
C)bone disorders.
D)hypertension.
E)muscle wasting.
Question
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

What does Kati need to understand about the role of oats in her diet? ​

A)She should purchase only uncontaminated oats and consume limited quantities.
B)She should not consume oats in any form.
C)She should limit her consumption of oats to 1 cup of dry rolled oats per day.
D)She will need to learn how to prepare oats correctly for consumption.
E)She will need to always mix oats with proteins.
Question
Elevated levels of _____ are indicative of iron deficiency. ​

A)serum iron
B)serum ferritin
C)serum transferrin
D)bone marrow iron
E)RBC count
Question
The initial treatment for a patient with acute pancreatitis includes:

A)pain control and intravenous hydration.
B)restricting fluids.
C)tube feeding with an elemental formula.
D)immediate administration of total parenteral nutrition.
E)normal food intake with insulin injections.
Question
Which food is included in a gluten-restricted diet? ​

A)wheat
B)rice
C)barley
D)rye
E)malted milk
Question
Generally, up to _____% of the small intestine can be resected without serious nutrition consequences. ​

A)25
B)30
C)45
D)50
E)60
Question
Deficiencies of _____ most frequently cause anemia. ​

A)iron, folate, and vitamin B12
B)carbohydrate, protein, and fat
C)iron, folate, and vitamin B6
D)essential fatty acids
E)iron and vitamin D
Question
The absorption of vitamins and minerals begins in the:

A)duodenum/jejunum.
B)jejunum/ileum.
C)ileum.
D)colon.
E)stomach.
Question
After intestinal resection, the absorptive efficiency of the intestine is improved through:

A)intestinal adaptation.
B)enzyme replacement therapy.
C)following a high-fiber diet.
D)further surgery.
E)hormonal stimulation.
Question
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

The gastrointestinal symptoms Kati is experiencing are due to:

A)severe damage to the intestinal mucosa and subsequent malabsorption.
B)a lack of pancreatic enzymes and resulting malabsorption.
C)gastrointestinal obstructions caused by the secretion of thick mucus.
D)bacterial overgrowth causing a disruption in fat digestion and absorption.
E)loss of insulin production and function.
Question
Which food will be included in the diet plan for a patient with celiac disease?

A)oatmeal
B)scrambled eggs
C)whole-wheat toast
D)pasta
E)mixed oats
Question
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

​ In addition to consuming a gluten-free diet, Kati should be instructed to avoid _____ until her intestines have recovered.

A)sodium
B)fat
C)lactose
D)fructose
E)sucrose
Question
What is the primary cause of chronic pancreatitis? ​

A)high-fat diet
B)gallstones
C)type 2 diabetes
D)alcohol abuse
E)elevated blood triglycerides
Question
Which process is impacted by cystic fibrosis? ​

A)blood clotting
B)sweating
C)liver function
D)neuromuscular function
E)blood pressure regulation
Question
Match between columns
microcytic anemia
failure of stem cells to develop into RBCs
microcytic anemia
stimulates RBC production in bone marrow
microcytic anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
microcytic anemia
production of RBCs
microcytic anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
microcytic anemia
genetic mutation that results in altered hemoglobin structure
microcytic anemia
genetic mutation that reduces hemoglobin synthesis
microcytic anemia
results from iron deficiency
microcytic anemia
immature RBC
microcytic anemia
associated with shortened RBC life span
Question
Most enzyme preparations used to treat pancreatitis are enteric coated to:

A)allow enzymatic activation in the stomach.
B)promote absorption in the ileum.
C)resist stomach acidity.
D)activate the immune system.
E)ensure proper digestion in the duodenum.
Question
The target for the hormone erythropoietin is the:

A)lungs.
B)kidney.
C)bone marrow.
D)heart.
E)liver.
Question
Match between columns
thalassemia
failure of stem cells to develop into RBCs
thalassemia
stimulates RBC production in bone marrow
thalassemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
thalassemia
production of RBCs
thalassemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
thalassemia
genetic mutation that results in altered hemoglobin structure
thalassemia
genetic mutation that reduces hemoglobin synthesis
thalassemia
results from iron deficiency
thalassemia
immature RBC
thalassemia
associated with shortened RBC life span
Question
Match between columns
hepcidin
failure of stem cells to develop into RBCs
hepcidin
stimulates RBC production in bone marrow
hepcidin
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
hepcidin
production of RBCs
hepcidin
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
hepcidin
genetic mutation that results in altered hemoglobin structure
hepcidin
genetic mutation that reduces hemoglobin synthesis
hepcidin
results from iron deficiency
hepcidin
immature RBC
hepcidin
associated with shortened RBC life span
Question
Match between columns
erythropoiesis
results from iron deficiency
erythropoiesis
immature RBC
erythropoiesis
failure of stem cells to develop into RBCs
erythropoiesis
stimulates RBC production in bone marrow
erythropoiesis
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
erythropoiesis
production of RBCs
erythropoiesis
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
erythropoiesis
genetic mutation that results in altered hemoglobin structure
erythropoiesis
genetic mutation that reduces hemoglobin synthesis
erythropoiesis
associated with shortened RBC life span
Question
Match between columns
reticulocytes
failure of stem cells to develop into RBCs
reticulocytes
stimulates RBC production in bone marrow
reticulocytes
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
reticulocytes
production of RBCs
reticulocytes
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
reticulocytes
genetic mutation that results in altered hemoglobin structure
reticulocytes
genetic mutation that reduces hemoglobin synthesis
reticulocytes
results from iron deficiency
reticulocytes
immature RBC
reticulocytes
associated with shortened RBC life span
Question
Match between columns
megaloblastic anemia
failure of stem cells to develop into RBCs
megaloblastic anemia
stimulates RBC production in bone marrow
megaloblastic anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
megaloblastic anemia
production of RBCs
megaloblastic anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
megaloblastic anemia
genetic mutation that results in altered hemoglobin structure
megaloblastic anemia
genetic mutation that reduces hemoglobin synthesis
megaloblastic anemia
results from iron deficiency
megaloblastic anemia
immature RBC
megaloblastic anemia
associated with shortened RBC life span
Question
Match between columns
erythropoietin
failure of stem cells to develop into RBCs
erythropoietin
stimulates RBC production in bone marrow
erythropoietin
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
erythropoietin
production of RBCs
erythropoietin
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
erythropoietin
genetic mutation that results in altered hemoglobin structure
erythropoietin
genetic mutation that reduces hemoglobin synthesis
erythropoietin
results from iron deficiency
erythropoietin
immature RBC
erythropoietin
associated with shortened RBC life span
Question
Fat malabsorption can lead to:

A)kidney stones.
B)diabetes.
C)muscle loss.
D)decreased pancreatic function.
E)hypertension.
Question
Intestinal adaptation is a process that:

A)occurs in celiac disease patients who are on gluten-free diets.
B)accounts for the pathology in acute pancreatitis.
C)results in diminished intestinal function.
D)occurs after a prolonged low-fat diet.
E)occurs after a bowel resection.
Question
Match between columns
hemolytic anemia
failure of stem cells to develop into RBCs
hemolytic anemia
stimulates RBC production in bone marrow
hemolytic anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
hemolytic anemia
production of RBCs
hemolytic anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
hemolytic anemia
genetic mutation that results in altered hemoglobin structure
hemolytic anemia
genetic mutation that reduces hemoglobin synthesis
hemolytic anemia
results from iron deficiency
hemolytic anemia
immature RBC
hemolytic anemia
associated with shortened RBC life span
Question
Match between columns
aplastic anemia
failure of stem cells to develop into RBCs
aplastic anemia
stimulates RBC production in bone marrow
aplastic anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
aplastic anemia
production of RBCs
aplastic anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
aplastic anemia
genetic mutation that results in altered hemoglobin structure
aplastic anemia
genetic mutation that reduces hemoglobin synthesis
aplastic anemia
results from iron deficiency
aplastic anemia
immature RBC
aplastic anemia
associated with shortened RBC life span
Question
Which clinical procedure does not evaluate and diagnose malabsorption? ​

A)endoscopy
B)stool fat analysis
C)hydrogen breath test
D)xylose absorption test
E)resection
Question
A patient with celiac disease should avoid:

A)tofu.
B)fresh fruit.
C)egg custards.
D)vodka.
E)soy sauce.
Question
Iron is absorbed primarily in the:

A)lungs.
B)duodenum.
C)stomach.
D)ileum.
E)liver.
Question
Which organ senses low oxygen content and releases chemicals that stimulate RBC production?

A)lungs
B)kidney
C)bone marrow
D)heart
E)liver
Question
Match between columns
sickle cell anemia
failure of stem cells to develop into RBCs
sickle cell anemia
stimulates RBC production in bone marrow
sickle cell anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
sickle cell anemia
production of RBCs
sickle cell anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
sickle cell anemia
genetic mutation that results in altered hemoglobin structure
sickle cell anemia
genetic mutation that reduces hemoglobin synthesis
sickle cell anemia
results from iron deficiency
sickle cell anemia
immature RBC
sickle cell anemia
associated with shortened RBC life span
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Deck 19: Carbohydrate- and Fat-Modified Diets for Malabsorption Disorders
1
Motility disorders that accelerate gastric emptying or intestinal transit can cause fat malabsorption because they prevent the normal mixing of dietary fat with lipase and bile. ​
True
2
C hemical compounds formed from fatty acids and positively charged minerals are called:

A)oxalate.
B)kidney stones.
C)steatorrhea.
D)MCTs.
E)soaps.
E
3
Approximately 75 percent of people worldwide have some degree of lactose intolerance. ​
True
4
Medium-chain triglyceride (MCT)oil does not require bile for digestion and absorption. ​
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5
Malabsorption of fat results in:

A)steatorrhea.
B)loss of amino acids.
C)loss of water-soluble vitamins.
D)weight gain.
E)loss of intestinal bacteria.
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6
About 70 to 80 percent of acute cases of pancreatitis are caused by autoimmune diseases. ​
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7
Severe liver disease can lead to fat malabsorption because:

A)bile availability is reduced.
B)the production of pancreatic lipase is reduced.
C)it results in damage to the intestinal wall.
D)intestinal transit is increased.
E)duodenal surface area is reduced.
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8
Ordinarily, the GI tract is protected from bacterial overgrowth by alkaline secretions, which prevent bacterial reproduction.
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9
Vitamin B12 is absorbed through the:

A)duodenum.
B)stomach.
C)ileum.
D)colon.
E)mouth mucosa.
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10
Many lactose-intolerant individuals can tolerate up to two cups of milk per day, especially when intake is divided throughout the day and taken with food.
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11
Fat malabsorption is associated with all of these conditions EXCEPT:

A)weight loss.
B)essential fatty acid deficiency.
C)loss of sodium and potassium.
D)increased risk of kidney stones.
E)deficiency of fat soluble vitamins.
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12
Which laboratory test can diagnosis lactose intolerance? ​

A)stool fat test
B)biopsy
C)hydrogen breath test
D)xylose absorption
E)endoscopy ​
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13
Which malabsorption disorder is caused by an intestinal infection?

A)celiac disease
B)Crohn's disease
C)radiation enteritis
D)cystic fibrosis
E)giardiasis
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14
Malabsorption of _____ often occurs as a consequence of fat malabsorption. ​

A)iron and selenium
B)zinc and manganese
C)calcium and magnesium
D)phosphorous and calcium
E)sodium and potassium
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15
Individuals with celiac disease should consume a gluten-free diet until symptoms improve, then switch back to their normal diet. ​
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16
Malabsorption of calcium is common in persons with fat malabsorption. This can ultimately result in:

A)fluid and electrolyte imbalances.
B)increased risk of bone loss.
C)loss of taste acuity.
D)insulin resistance.
E)muscle loss.
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17
Acute pancreatitis is most often caused by high blood triglycerides. ​
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18
The xylose test is used to diagnose:

A)impaired fat digestion.
B)excess vitamin B12absorption.
C)lactose intolerance.
D)problems with stomach emptying.
E)nutrient malabsorption.
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19
The hydrogen breath test is often used to diagnose lactose intolerance, but it can diagnose malabsorption of other types of carbohydrate, as well. ​
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20
Celiac disease is characterized by an abnormal immune response to certain amino acids. ​
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21
Acute pancreatitis can be caused by all of these conditions EXCEPT:

A)gallstones.
B)exposure to toxins.
C)stress.
D)alcohol abuse.
E)elevated blood triglycerides.
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22
Thirty to fifty percent of patients with long-term chronic pancreatitis will develop:

A)diabetes.
B)thickened pancreatic secretions.
C)celiac disease.
D)fluid and electrolyte imbalances.
E)kidney failure.
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23
Which condition is not a potential cause of bacterial overgrowth? ​

A)atrophic gastritis
B)use of acid-suppressing medications
C)lactose intolerance
D)certain gastrectomy procedures
E)impaired intestinal motility
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24
Celiac disease affects intestinal tissue and results in:

A)a significant reduction in mucosal surface area.
B)ulceration, irritation, and bleeding.
C)cessation of the production of digestive enzymes.
D)bacterial overgrowth.
E)cobblestone appearance of the intestinal mucosa.
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25
Which foods should be avoided by individuals on a fat-restricted diet? ​

A)angel food cake, fat-free milk, and pears
B)cherry pie, chocolate milk, and spareribs
C)marshmallows, fat-free yogurt, and green beans
D)oranges, jelly beans, and noodles
E)pasta, bread and coffee
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26
For patients with fat malabsorption problems, dietary fat is better tolerated if it is:

A)provided in small portions.
B)monounsaturated .
C)limited to one meal per day.
D)consumed as fried food.
E)provided in liquid form.
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27
Lactose intolerance is especially prevalent among:

A)Scandinavians.
B)South Americans.
C)Europeans.
D)Caucasians.
E)African Americans.
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28
Anemia caused by an illness rather than a nutrient deficiency is known as:

A)a peripheral blood smear.
B)anemia of chronic disease.
C)iron-deficiency anemia.
D)leukemia.
E)malabsorption.
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29
Which symptom does not indicate that a child with cystic fibrosis needs an increase in pancreatic enzyme replacement dosage? ​

A)poor growth
B)steatorrhea
C)abdominal pain
D)coughing
E)intestinal gas
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30
Fat malabsorption is associated with deficiencies of:

A)water-soluble vitamins, potassium, sodium, and iron.
B)fat- and water-soluble vitamins, magnesium, and iron.
C)fat-soluble vitamins, calcium, magnesium, and essential fatty acids.
D)calcium, potassium, sodium, and essential fatty acids.
E)water-soluble vitamins, potassium, magnesium, and iron.
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31
The initial diet order for the patient with acute pancreatitis should be:

A)clear liquids.
B)a fat-controlled diet.
C)nothing by mouth.
D)a regular diet.
E)high-kcalorie diet.
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32
Bacterial overgrowth in the stomach and small intestine can result in:

A)deficiencies of fat-soluble vitamins.
B)weight gain.
C)vitamin B6 deficiency.
D)abnormal glucose tolerance.
E)aplastic anemia.
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33
Initial therapy for patients with acute pancreatitis includes:

A)withholding oral foods and fluids until pain, nausea, and vomiting disappear.
B)administration of insulin.
C)stimulation of the pancreas to release protective enzymes.
D)reduction of hydrochloric acid in the stomach.
E)promotion of pancreatic cell growth.
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34
Nutrient deficiencies may occur with chronic pancreatitis due to:

A)malabsorption and alcohol abuse.
B)malabsorption of water-soluble vitamins.
C)malabsorption of protein and abdominal pain.
D)malabsorption of carbohydrate.
E)overproduction of insulin.
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35
Patients with celiac disease often cannot tolerate:

A)vitamin B6.
B)lactose.
C)fat.
D)glucose.
E)sucrose.
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36
Patients with celiac disease must avoid foods that contain:

A)iron.
B)protein.
C)gluten.
D)sugar.
E)fats.
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37
What advice should not be given to individuals who are interested in incorporating MCT oil into their diet? ​

A)It is inexpensive.
B)It should not be used to fry food.
C)It should be added to the diet gradually.
D)It may have an unpleasant taste.
E)It can be absorbed in absence of lipase or bile.
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38
What would you recommend for a patient with cystic fibrosis who experiences persistent steatorrhea, gas, and abdominal distention? ​

A)an increase in pancreatic enzyme replacements
B)a severely fat-restricted diet
C)a hydrolyzed formula
D)liberal use of table salt
E)calcium supplements
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39
An individual who is experiencing flatulence and diarrhea due to malabsorption problems may benefit from avoiding:

A)decaffeinated beverages.
B)lightly seasoned foods.
C)lactose-containing foods.
D)low-fat foods.
E)protein-rich foods.
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40
Nutritional therapy for cystic fibrosis includes all of these recommendations EXCEPT:

A)liberal use of table salt.
B)multivitamin supplements.
C)pancreatic enzyme replacement therapy.
D)a low-protein diet.
E)calcium, iron and zinc supplements.
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41
Which type of diet would most benefit a patient with cystic fibrosis?

A)high-kcalorie, high-fat
B)low-kcalorie, low-protein
C)high-protein, low-fat
D)high-fiber
E)low-kcalorie, low-fat
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42
In celiac disease, which portion of the digestive tract is typically affected? ​

A)mouth
B)esophagus
C)stomach
D)colon
E)small intestines
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43
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

Kati will require nutrition education aimed at eliminating gluten from her diet. The dietitian will teach Kati to:

A)avoid all cereal
B)substitute whole-wheat flour for enriched wheat flour when cooking.
C)check ingredient lists on food labels carefully.
D)avoid all milk and milk products.
E)avoid fish and poultry.
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44
The type of anemia associated with vitamin B12 and folate deficiency is called:

A)hemolytic anemia.
B)macrocytic anemia.
C)microcytic anemia.
D)anemia of chronic disease.
E)pernicious anemia.
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45
Mrs. Hernandez, a 59-year-old female, has been experiencing diarrhea and increased intestinal gas after drinking milk. She is diagnosed with lactose intolerance and subsequently worries about her bone health if she cannot drink milk. The nurse reassures her that she may still be able to tolerate some dairy foods and consume adequate calcium by all of these means EXCEPT:

A)adding lactase to milk.
B)consuming yogurt with live bacterial cultures.
C)dividing her milk intake into small portions throughout the day.
D)consuming processed, but not aged, cheeses.
E)consuming food with her milk.
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46
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

Kati is at greatest risk of _____ malabsorption. ​

A)macronutrient
B)water-soluble vitamin
C)B vitamin
D)sodium, potassium, and chloride
E)amino acid
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47
Which condition does not lead to the development of anemia?

A)inadequate production of erythrocytes
B)rapid destruction of red blood cells
C)loss of erythrocytes due to bleeding
D)deficiency of oxygen in the tissues
E)iron deficiency
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48
Hemolytic anemia is associated with a deficiency of:

A)iron.
B)vitamin C.
C)folate.
D)vitamin E.
E)vitamin B12.
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49
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

If Kati does not eliminate gluten from her diet, she could likely experience all of these conditions EXCEPT:

A)anemia.
B)infertility.
C)bone disorders.
D)hypertension.
E)muscle wasting.
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50
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

What does Kati need to understand about the role of oats in her diet? ​

A)She should purchase only uncontaminated oats and consume limited quantities.
B)She should not consume oats in any form.
C)She should limit her consumption of oats to 1 cup of dry rolled oats per day.
D)She will need to learn how to prepare oats correctly for consumption.
E)She will need to always mix oats with proteins.
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51
Elevated levels of _____ are indicative of iron deficiency. ​

A)serum iron
B)serum ferritin
C)serum transferrin
D)bone marrow iron
E)RBC count
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52
The initial treatment for a patient with acute pancreatitis includes:

A)pain control and intravenous hydration.
B)restricting fluids.
C)tube feeding with an elemental formula.
D)immediate administration of total parenteral nutrition.
E)normal food intake with insulin injections.
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53
Which food is included in a gluten-restricted diet? ​

A)wheat
B)rice
C)barley
D)rye
E)malted milk
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54
Generally, up to _____% of the small intestine can be resected without serious nutrition consequences. ​

A)25
B)30
C)45
D)50
E)60
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55
Deficiencies of _____ most frequently cause anemia. ​

A)iron, folate, and vitamin B12
B)carbohydrate, protein, and fat
C)iron, folate, and vitamin B6
D)essential fatty acids
E)iron and vitamin D
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56
The absorption of vitamins and minerals begins in the:

A)duodenum/jejunum.
B)jejunum/ileum.
C)ileum.
D)colon.
E)stomach.
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57
After intestinal resection, the absorptive efficiency of the intestine is improved through:

A)intestinal adaptation.
B)enzyme replacement therapy.
C)following a high-fiber diet.
D)further surgery.
E)hormonal stimulation.
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58
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

The gastrointestinal symptoms Kati is experiencing are due to:

A)severe damage to the intestinal mucosa and subsequent malabsorption.
B)a lack of pancreatic enzymes and resulting malabsorption.
C)gastrointestinal obstructions caused by the secretion of thick mucus.
D)bacterial overgrowth causing a disruption in fat digestion and absorption.
E)loss of insulin production and function.
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59
Which food will be included in the diet plan for a patient with celiac disease?

A)oatmeal
B)scrambled eggs
C)whole-wheat toast
D)pasta
E)mixed oats
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60
Case Study Questions ​
Use the following case study to answer questions 45-50.
Kati is a 27-year-old Caucasian who works as a bank teller. She is 5'3" tall and weighs 102 pounds. She began experiencing recurrent gastrointestinal disturbances, such as diarrhea, steatorrhea, and flatulence, several months ago. She made an appointment with her physician after noticing that she was losing weight. Laboratory tests confirmed a diagnosis of celiac disease.

​ In addition to consuming a gluten-free diet, Kati should be instructed to avoid _____ until her intestines have recovered.

A)sodium
B)fat
C)lactose
D)fructose
E)sucrose
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61
What is the primary cause of chronic pancreatitis? ​

A)high-fat diet
B)gallstones
C)type 2 diabetes
D)alcohol abuse
E)elevated blood triglycerides
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62
Which process is impacted by cystic fibrosis? ​

A)blood clotting
B)sweating
C)liver function
D)neuromuscular function
E)blood pressure regulation
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63
Match between columns
microcytic anemia
failure of stem cells to develop into RBCs
microcytic anemia
stimulates RBC production in bone marrow
microcytic anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
microcytic anemia
production of RBCs
microcytic anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
microcytic anemia
genetic mutation that results in altered hemoglobin structure
microcytic anemia
genetic mutation that reduces hemoglobin synthesis
microcytic anemia
results from iron deficiency
microcytic anemia
immature RBC
microcytic anemia
associated with shortened RBC life span
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k this deck
64
Most enzyme preparations used to treat pancreatitis are enteric coated to:

A)allow enzymatic activation in the stomach.
B)promote absorption in the ileum.
C)resist stomach acidity.
D)activate the immune system.
E)ensure proper digestion in the duodenum.
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65
The target for the hormone erythropoietin is the:

A)lungs.
B)kidney.
C)bone marrow.
D)heart.
E)liver.
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66
Match between columns
thalassemia
failure of stem cells to develop into RBCs
thalassemia
stimulates RBC production in bone marrow
thalassemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
thalassemia
production of RBCs
thalassemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
thalassemia
genetic mutation that results in altered hemoglobin structure
thalassemia
genetic mutation that reduces hemoglobin synthesis
thalassemia
results from iron deficiency
thalassemia
immature RBC
thalassemia
associated with shortened RBC life span
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k this deck
67
Match between columns
hepcidin
failure of stem cells to develop into RBCs
hepcidin
stimulates RBC production in bone marrow
hepcidin
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
hepcidin
production of RBCs
hepcidin
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
hepcidin
genetic mutation that results in altered hemoglobin structure
hepcidin
genetic mutation that reduces hemoglobin synthesis
hepcidin
results from iron deficiency
hepcidin
immature RBC
hepcidin
associated with shortened RBC life span
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k this deck
68
Match between columns
erythropoiesis
results from iron deficiency
erythropoiesis
immature RBC
erythropoiesis
failure of stem cells to develop into RBCs
erythropoiesis
stimulates RBC production in bone marrow
erythropoiesis
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
erythropoiesis
production of RBCs
erythropoiesis
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
erythropoiesis
genetic mutation that results in altered hemoglobin structure
erythropoiesis
genetic mutation that reduces hemoglobin synthesis
erythropoiesis
associated with shortened RBC life span
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69
Match between columns
reticulocytes
failure of stem cells to develop into RBCs
reticulocytes
stimulates RBC production in bone marrow
reticulocytes
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
reticulocytes
production of RBCs
reticulocytes
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
reticulocytes
genetic mutation that results in altered hemoglobin structure
reticulocytes
genetic mutation that reduces hemoglobin synthesis
reticulocytes
results from iron deficiency
reticulocytes
immature RBC
reticulocytes
associated with shortened RBC life span
Unlock Deck
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k this deck
70
Match between columns
megaloblastic anemia
failure of stem cells to develop into RBCs
megaloblastic anemia
stimulates RBC production in bone marrow
megaloblastic anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
megaloblastic anemia
production of RBCs
megaloblastic anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
megaloblastic anemia
genetic mutation that results in altered hemoglobin structure
megaloblastic anemia
genetic mutation that reduces hemoglobin synthesis
megaloblastic anemia
results from iron deficiency
megaloblastic anemia
immature RBC
megaloblastic anemia
associated with shortened RBC life span
Unlock Deck
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Unlock Deck
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71
Match between columns
erythropoietin
failure of stem cells to develop into RBCs
erythropoietin
stimulates RBC production in bone marrow
erythropoietin
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
erythropoietin
production of RBCs
erythropoietin
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
erythropoietin
genetic mutation that results in altered hemoglobin structure
erythropoietin
genetic mutation that reduces hemoglobin synthesis
erythropoietin
results from iron deficiency
erythropoietin
immature RBC
erythropoietin
associated with shortened RBC life span
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k this deck
72
Fat malabsorption can lead to:

A)kidney stones.
B)diabetes.
C)muscle loss.
D)decreased pancreatic function.
E)hypertension.
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73
Intestinal adaptation is a process that:

A)occurs in celiac disease patients who are on gluten-free diets.
B)accounts for the pathology in acute pancreatitis.
C)results in diminished intestinal function.
D)occurs after a prolonged low-fat diet.
E)occurs after a bowel resection.
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74
Match between columns
hemolytic anemia
failure of stem cells to develop into RBCs
hemolytic anemia
stimulates RBC production in bone marrow
hemolytic anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
hemolytic anemia
production of RBCs
hemolytic anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
hemolytic anemia
genetic mutation that results in altered hemoglobin structure
hemolytic anemia
genetic mutation that reduces hemoglobin synthesis
hemolytic anemia
results from iron deficiency
hemolytic anemia
immature RBC
hemolytic anemia
associated with shortened RBC life span
Unlock Deck
Unlock for access to all 100 flashcards in this deck.
Unlock Deck
k this deck
75
Match between columns
aplastic anemia
failure of stem cells to develop into RBCs
aplastic anemia
stimulates RBC production in bone marrow
aplastic anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
aplastic anemia
production of RBCs
aplastic anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
aplastic anemia
genetic mutation that results in altered hemoglobin structure
aplastic anemia
genetic mutation that reduces hemoglobin synthesis
aplastic anemia
results from iron deficiency
aplastic anemia
immature RBC
aplastic anemia
associated with shortened RBC life span
Unlock Deck
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k this deck
76
Which clinical procedure does not evaluate and diagnose malabsorption? ​

A)endoscopy
B)stool fat analysis
C)hydrogen breath test
D)xylose absorption test
E)resection
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77
A patient with celiac disease should avoid:

A)tofu.
B)fresh fruit.
C)egg custards.
D)vodka.
E)soy sauce.
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78
Iron is absorbed primarily in the:

A)lungs.
B)duodenum.
C)stomach.
D)ileum.
E)liver.
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79
Which organ senses low oxygen content and releases chemicals that stimulate RBC production?

A)lungs
B)kidney
C)bone marrow
D)heart
E)liver
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80
Match between columns
sickle cell anemia
failure of stem cells to develop into RBCs
sickle cell anemia
stimulates RBC production in bone marrow
sickle cell anemia
characterized by large immature red blood cells, as occurs in folate or vitamin B12 deficiency
sickle cell anemia
production of RBCs
sickle cell anemia
blocks the release of iron from storage and thereby renders iron unavailable for red blood cell production
sickle cell anemia
genetic mutation that results in altered hemoglobin structure
sickle cell anemia
genetic mutation that reduces hemoglobin synthesis
sickle cell anemia
results from iron deficiency
sickle cell anemia
immature RBC
sickle cell anemia
associated with shortened RBC life span
Unlock Deck
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Unlock Deck
k this deck
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Unlock Deck
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