Deck 29: Cancer and Hiv Infection

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Question
Toxins found in moldy grains and peanuts are most commonly associated with which type of cancer?

A) liver
B) leukemia
C) bladder
D) breast
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Question
Hematopoietic stem-cell transplantation can be used as a primary treatment for ____.

A) leukemia
B) gliomas
C) pancreatic cancer
D) breast cancer
Question
The first step in the development of cancer is __________, which results in the formation of genetic mutations that alter gene expression and induce abnormal cell division.

A) carcinogenesis
B) promotion
C) initiation
D) metastasis
Question
A new growth of tissue that forms an abnormal mass with no physiological function is a ____.

A) carcinogen
B) tumor
C) benign mass
D) metastasis
Question
To minimize carcinogen formation during cooking, ____.

A) use high-heat options, such as an outdoor grill
B) marinate meat before cooking
C) choose fatty cuts of meat
D) cook all meat until well done
Question
The type of cancer that arises from white blood cell precursors is ____.

A) carcinoma
B) glioma
C) leukemia
D) melanoma
Question
Malabsorption of ____ is associated with gastric resection.

A) vitamin B 12 , iron, and folate
B) vitamin C and selenium
C) niacin and thiamin
D) zinc and chromium
Question
Infection caused by Helicobacter pylori can cause cancer of the ____.

A) liver
B) breast and cervix
C) stomach and lymphoid tissue
D) nasal cavity and lung
Question
Which guideline is appropriate in reducing cancer risk?

A) Strive to maintain a BMI between 22 and 28.
B) Engage in at least 25 minutes of physical exercise 7 days a week.
C) Consume at least ½ cup of starchy vegetables or fruits every day.
D) Limit sedentary activities such as watching television.
Question
Radiation enteritis is inflammation of the ____ cells caused by radiation therapy.

A) skin
B) epithelial
C) intestinal
D) beta
Question
The drugs used during chemotherapy are known as "____."

A) antiviral drugs
B) antispasmodic medications
C) antineoplastic agents
D) antimetabolite drugs
Question
Methotrexate, a medication used for chemotherapy, resembles ____.

A) iron
B) folate
C) vitamin K
D) selenium
Question
About 1 in ____ cancer deaths can be attributed to alcohol consumption.

A) 5
B) 10
C) 30
D) 50
Question
Diabetes mellitus is a potential nutrition-related side effect of ____ resection.

A) pancreatic
B) esophageal
C) gastric
D) intestinal
Question
Cancer ranks number ____ among the leading causes of death in the United States.

A) one
B) two
C) three
D) four
Question
Larry has a family history of prostate cancer and wants to decrease his chances of getting it. Which food item may decrease the risk of prostate cancer?

A) milk
B) pork chops
C) tomatoes
D) oranges
Question
Which food or beverage may decrease risk for colon cancer?

A) T-bone steak
B) beer
C) bologna
D) milk products
Question
Consumption of ________ can increase risk for colon and rectal cancers?

A) salted foods
B) red meat and processed meat
C) high-calcium foods
D) nonstarchy vegetables
Question
Melanoma is a type of cancer that arises from ____.

A) pigmented skin cells
B) lymph tissues
C) epithelial tissues
D) glandular tissues
Question
There is evidence that an adequate intake of ____ protects against the development of cancers of the lung, mouth, pharynx, and larynx.

A) meat
B) fruits and vegetables
C) unsaturated fat
D) protein
Question
Up to ____ of patients with cancer combine one or more complementary and alternative medicine approaches with standard treatment.

A) 36%
B) 45%
C) 68%
D) 83%
Question
To avoid microbial contamination, cancer patients who are immunosuppressed may be prescribed a low-microbial diet, which is also known as the ____ diet.

A) paleo
B) neutropenic
C) macrobiotic
D) keto
Question
Dietary modifications that might be appropriate for a patient with cancer of the brain include ____.

A) fluid restrictions
B) a mechanically altered diet
C) total parenteral nutrition
D) protein restrictions
Question
Which cancer site may require dietary considerations including tube feeding, total parenteral nutrition (TPN), or a fat- and lactose-restricted diet prescription?

A) kidneys
B) pancreas
C) intestine
D) brain
Question
Which best describes the specific action of immune checkpoint inhibitors?

A) blocking proteins that prevent the immune system's ability to attack cancer cells
B) attacking immune host cells in transplanted tissue
C) producing new white blood cells from the bone marrow
D) preventing cancer by enhancing immune responses
Question
Which intervention is most appropriate for a patient who suffers from frequent nausea related to chemotherapy?

A) consuming limited amounts of liquids.
B) avoiding foods that have strong odors and are greasy
C) adding sauces and gravies to dry foods.
D) eating a big meal just before chemotherapy treatments.
Question
HIV is most often spread through which route?

A) sexual transmission
B) sharing infected needles
C) transmission from infected mother to child
D) unsafe food handling practices
Question
What food should a patient with immunosuppression avoid?

A) pasteurized milk products
B) smoked or cured meats
C) unwashed raw fruits
D) baked goods with high-fructose corn syrup
Question
Anamaria Kruschenko has been diagnosed with neutropenia. Which meal would be most appropriate?

A) Greek salad with whole milk
B) macaroni and cheese with canned fruit cocktail
C) tuna sandwich and an apple
D) bacon, lettuce, and tomato sandwich and chocolate pudding
Question
Daily intake of protein in cancer patients at risk of weight loss and wasting should be ____ g/kg of body weight.

A) 0.4 to 1.0
B) 1.0 to 1.5
C) 1.6 to 2.2
D) 2.2 to 2.8
Question
A type of cancer frequently associated with HIV infection that is characterized by lesions of the mouth and throat is called "____."

A) adenomas
B) gliomas
C) Kaposi's sarcoma
D) thrush
Question
What causes the abnormalities seen in glucose and fat metabolism in patients with HIV infection?

A) high-fat, high-protein diet
B) side effects of antiretroviral drugs
C) sedentary lifestyle
D) genetic predisposition
Question
What is an environmental risk factor for skin cancer?

A) arsenic
B) hexavalent chromium
C) hepatitis B or C infection
D) infection with Helicobacter pylori
Question
An estimated ____ of persons in the United States who have HIV infection are unaware that they are infected.

A) 5%
B) 10%
C) 15%
D) 21%
Question
Although the global incidence of HIV infection has been declining in recent years, its prevalence continues to be high in ____.

A) sub-Saharan Africa
B) the United Arab Emirates
C) northern Africa
D) southeast Asia
Question
What is a fungal infection that affects mucous membranes of the oral cavity in patients with HIV infection?

A) cheilosis
B) Helicobacter pylori
C) candidiasis
D) herpes simplex
Question
What is a characteristic of lipodystrophy?

A) breast enlargement
B) swelling and edema in the face
C) dementia
D) fat accumulation in the hips
Question
Infections from microorganisms that normally do not cause disease in the general population but can cause detrimental health issues in people with HIV are called "____."

A) tissue rejection
B) AIDS-defining illnesses
C) opportunistic infections
D) lipomas
Question
What is an environmental risk factor for liver cancer?

A) asbestos
B) hexavalent chromium
C) hepatitis B or C infection
D) ultraviolet radiation
Question
The cells essential for immune function that are affected by HIV infection are ____.

A) CD4+ T cells
B) red blood cells
C) pigmented skin cells
D) antibodies
Question
Among foodborne infections, ____ is the leading cause of hospitalizations.

A) E. coli
B) Salmonella
C) Campylobacter
D) norovirus
Question
What is a primary objective of nutrition therapy for patients with HIV?

A) providing micronutrient supplements
B) maintaining lean body mass
C) reducing risk of hypolipidemia
D) correcting changes in blood glucose
Question
Patients taking the antiretroviral drug zidovudine should be told to ____.

A) take it on an empty stomach
B) take it 2 hours before or 3 hours after a meal
C) avoid taking it with a high-fat meal
D) avoid magnesium supplements while taking it
Question
Onset of the foodborne infection toxoplasma typically occurs ____ after exposure to the toxin.

A) 1 to 6 hours
B) 8 to 16 hours
C) 1 to 3 days
D) 7 to 21 days
Question
Which is an example of a foodborne infection?

A) E.coli
B) botulism
C) aflatoxin
D) Staphylococcus
Question
Which type of enteral feeding is well-tolerated in cases of severe malabsorption in patients with HIV?

A) energy-dense formulas administered via tube feeding
B) hydrolyzed formulas with medium-chain triglycerides (MCT) administered via tube feeding
C) hydrolyzed formulas with MCT administered orally
D) high-protein formulas with MCT administered intravenously
Question
Ground beef should be cooked to an internal temperature of at least ____ F.

A) 100
B) 120
C) 140
D) 160
Question
Honey may contain dormant bacterial spores, which can awaken in the human body to produce ____.

A) botulism
B) gastritis
C) listeriosis
D) colitis
Question
An estimated ____ million cases of foodborne illnesses occur each year in the United States.

A) 28
B) 38
C) 48
D) 58
Question
Which type of antiretroviral drug prevents HIV from entering cells by binding to a viral protein needed for its entry?

A) integrase inhibitors
B) nucleoside reverse-transcriptase inhibitors
C) protease inhibitors
D) fusion inhibitors
Question
Toxicity means that a substance ____.

A) can cause harm if enough is consumed
B) is not safe at any level of consumption
C) is likely to cause harm in common real-life situations
D) results in appreciable morbidity and mortality if consumed
Question
Leftovers should be thoroughly reheated to at least ____ F.

A) 125
B) 145
C) 165
D) 185
Question
Water can transmit a parasite that causes ____ in HIV-infected individuals.

A) Kaposi's sarcoma
B) cryptosporidiosis
C) pneumonia
D) listeriosis
Question
Campylobacter is most commonly spread through ____.

A) unwashed fruits and vegetables
B) person-to-person contact
C) undercooked poultry
D) raw cookie dough
Question
What are the benign tumors composed of fatty tissue in HIV patients called?

A) adenoma
B) sarcoma
C) myeloma
D) lipoma
Question
When serving hot foods, temperatures should be at least ____ F.

A) 120
B) 130
C) 140
D) 150
Question
People who take antiretroviral drugs are at greater risk of developing which condition?

A) end-stage renal disease
B) pancreatitis
C) insulin resistance
D) cirrhosis
Question
The most common food intoxication is from ____.

A) E. coli
B) toxoplasma
C) botulism
D) Staphylococcus
Question
Cold foods should be kept at ____ or lower.

A) 30
B) 40
C) 50
D) 60
Question
What is an example of a drug classified as a CCR5 antagonist?

A) maraviroc
B) enfuvirtide
C) ritonavir
D) zidovudine
Question
Match between columns
describes an abnormal mass of cells that is noncancerous
Myelomas
describes an abnormal mass of cells that is noncancerous
Carcinogen
describes an abnormal mass of cells that is noncancerous
Radiation therapy
describes an abnormal mass of cells that is noncancerous
Cryptosporidiosis
describes an abnormal mass of cells that is noncancerous
Tumor
describes an abnormal mass of cells that is noncancerous
Metastasize
describes an abnormal mass of cells that is noncancerous
Cancer cachexia
describes an abnormal mass of cells that is noncancerous
Lipodystrophy
describes an abnormal mass of cells that is noncancerous
Radiation enteritis
describes an abnormal mass of cells that is noncancerous
Benign
describes an abnormal mass of cells that is noncancerous
Chemotherapy
describes an abnormal mass of cells that is noncancerous
Buffalo hump
describes an abnormal mass of cells that is noncancerous
Opportunistic infections
describes an abnormal mass of cells that is noncancerous
Thrush
describes an abnormal mass of cells that is noncancerous
Kaposi's sarcoma
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Myelomas
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Carcinogen
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Radiation therapy
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Cryptosporidiosis
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Tumor
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Metastasize
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Cancer cachexia
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Lipodystrophy
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Radiation enteritis
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Benign
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Chemotherapy
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Buffalo hump
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Opportunistic infections
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Thrush
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Kaposi's sarcoma
cancers that arise from plasma cells in the bone marrow
Myelomas
cancers that arise from plasma cells in the bone marrow
Carcinogen
cancers that arise from plasma cells in the bone marrow
Radiation therapy
cancers that arise from plasma cells in the bone marrow
Cryptosporidiosis
cancers that arise from plasma cells in the bone marrow
Tumor
cancers that arise from plasma cells in the bone marrow
Metastasize
cancers that arise from plasma cells in the bone marrow
Cancer cachexia
cancers that arise from plasma cells in the bone marrow
Lipodystrophy
cancers that arise from plasma cells in the bone marrow
Radiation enteritis
cancers that arise from plasma cells in the bone marrow
Benign
cancers that arise from plasma cells in the bone marrow
Chemotherapy
cancers that arise from plasma cells in the bone marrow
Buffalo hump
cancers that arise from plasma cells in the bone marrow
Opportunistic infections
cancers that arise from plasma cells in the bone marrow
Thrush
cancers that arise from plasma cells in the bone marrow
Kaposi's sarcoma
new growth of tissue forming an abnormal mass with no function
Myelomas
new growth of tissue forming an abnormal mass with no function
Carcinogen
new growth of tissue forming an abnormal mass with no function
Radiation therapy
new growth of tissue forming an abnormal mass with no function
Cryptosporidiosis
new growth of tissue forming an abnormal mass with no function
Tumor
new growth of tissue forming an abnormal mass with no function
Metastasize
new growth of tissue forming an abnormal mass with no function
Cancer cachexia
new growth of tissue forming an abnormal mass with no function
Lipodystrophy
new growth of tissue forming an abnormal mass with no function
Radiation enteritis
new growth of tissue forming an abnormal mass with no function
Benign
new growth of tissue forming an abnormal mass with no function
Chemotherapy
new growth of tissue forming an abnormal mass with no function
Buffalo hump
new growth of tissue forming an abnormal mass with no function
Opportunistic infections
new growth of tissue forming an abnormal mass with no function
Thrush
new growth of tissue forming an abnormal mass with no function
Kaposi's sarcoma
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Myelomas
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Carcinogen
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Radiation therapy
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Cryptosporidiosis
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Tumor
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Metastasize
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Cancer cachexia
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Lipodystrophy
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Radiation enteritis
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Benign
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Chemotherapy
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Buffalo hump
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Opportunistic infections
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Thrush
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Kaposi's sarcoma
type of cancer common in people with HIV infections and characterized by skin lesions
Myelomas
type of cancer common in people with HIV infections and characterized by skin lesions
Carcinogen
type of cancer common in people with HIV infections and characterized by skin lesions
Radiation therapy
type of cancer common in people with HIV infections and characterized by skin lesions
Cryptosporidiosis
type of cancer common in people with HIV infections and characterized by skin lesions
Tumor
type of cancer common in people with HIV infections and characterized by skin lesions
Metastasize
type of cancer common in people with HIV infections and characterized by skin lesions
Cancer cachexia
type of cancer common in people with HIV infections and characterized by skin lesions
Lipodystrophy
type of cancer common in people with HIV infections and characterized by skin lesions
Radiation enteritis
type of cancer common in people with HIV infections and characterized by skin lesions
Benign
type of cancer common in people with HIV infections and characterized by skin lesions
Chemotherapy
type of cancer common in people with HIV infections and characterized by skin lesions
Buffalo hump
type of cancer common in people with HIV infections and characterized by skin lesions
Opportunistic infections
type of cancer common in people with HIV infections and characterized by skin lesions
Thrush
type of cancer common in people with HIV infections and characterized by skin lesions
Kaposi's sarcoma
inflammation of the intestinal tissue caused by exposure to radiation
Myelomas
inflammation of the intestinal tissue caused by exposure to radiation
Carcinogen
inflammation of the intestinal tissue caused by exposure to radiation
Radiation therapy
inflammation of the intestinal tissue caused by exposure to radiation
Cryptosporidiosis
inflammation of the intestinal tissue caused by exposure to radiation
Tumor
inflammation of the intestinal tissue caused by exposure to radiation
Metastasize
inflammation of the intestinal tissue caused by exposure to radiation
Cancer cachexia
inflammation of the intestinal tissue caused by exposure to radiation
Lipodystrophy
inflammation of the intestinal tissue caused by exposure to radiation
Radiation enteritis
inflammation of the intestinal tissue caused by exposure to radiation
Benign
inflammation of the intestinal tissue caused by exposure to radiation
Chemotherapy
inflammation of the intestinal tissue caused by exposure to radiation
Buffalo hump
inflammation of the intestinal tissue caused by exposure to radiation
Opportunistic infections
inflammation of the intestinal tissue caused by exposure to radiation
Thrush
inflammation of the intestinal tissue caused by exposure to radiation
Kaposi's sarcoma
fungal infection of the mucous membranes of the oral cavity and elsewhere
Myelomas
fungal infection of the mucous membranes of the oral cavity and elsewhere
Carcinogen
fungal infection of the mucous membranes of the oral cavity and elsewhere
Radiation therapy
fungal infection of the mucous membranes of the oral cavity and elsewhere
Cryptosporidiosis
fungal infection of the mucous membranes of the oral cavity and elsewhere
Tumor
fungal infection of the mucous membranes of the oral cavity and elsewhere
Metastasize
fungal infection of the mucous membranes of the oral cavity and elsewhere
Cancer cachexia
fungal infection of the mucous membranes of the oral cavity and elsewhere
Lipodystrophy
fungal infection of the mucous membranes of the oral cavity and elsewhere
Radiation enteritis
fungal infection of the mucous membranes of the oral cavity and elsewhere
Benign
fungal infection of the mucous membranes of the oral cavity and elsewhere
Chemotherapy
fungal infection of the mucous membranes of the oral cavity and elsewhere
Buffalo hump
fungal infection of the mucous membranes of the oral cavity and elsewhere
Opportunistic infections
fungal infection of the mucous membranes of the oral cavity and elsewhere
Thrush
fungal infection of the mucous membranes of the oral cavity and elsewhere
Kaposi's sarcoma
cancer that spreads from one part of the body to another
Myelomas
cancer that spreads from one part of the body to another
Carcinogen
cancer that spreads from one part of the body to another
Radiation therapy
cancer that spreads from one part of the body to another
Cryptosporidiosis
cancer that spreads from one part of the body to another
Tumor
cancer that spreads from one part of the body to another
Metastasize
cancer that spreads from one part of the body to another
Cancer cachexia
cancer that spreads from one part of the body to another
Lipodystrophy
cancer that spreads from one part of the body to another
Radiation enteritis
cancer that spreads from one part of the body to another
Benign
cancer that spreads from one part of the body to another
Chemotherapy
cancer that spreads from one part of the body to another
Buffalo hump
cancer that spreads from one part of the body to another
Opportunistic infections
cancer that spreads from one part of the body to another
Thrush
cancer that spreads from one part of the body to another
Kaposi's sarcoma
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Myelomas
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Carcinogen
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Radiation therapy
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Cryptosporidiosis
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Tumor
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Metastasize
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Cancer cachexia
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Lipodystrophy
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Radiation enteritis
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Benign
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Chemotherapy
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Buffalo hump
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Opportunistic infections
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Thrush
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Kaposi's sarcoma
a substance that is capable of causing cancer
Myelomas
a substance that is capable of causing cancer
Carcinogen
a substance that is capable of causing cancer
Radiation therapy
a substance that is capable of causing cancer
Cryptosporidiosis
a substance that is capable of causing cancer
Tumor
a substance that is capable of causing cancer
Metastasize
a substance that is capable of causing cancer
Cancer cachexia
a substance that is capable of causing cancer
Lipodystrophy
a substance that is capable of causing cancer
Radiation enteritis
a substance that is capable of causing cancer
Benign
a substance that is capable of causing cancer
Chemotherapy
a substance that is capable of causing cancer
Buffalo hump
a substance that is capable of causing cancer
Opportunistic infections
a substance that is capable of causing cancer
Thrush
a substance that is capable of causing cancer
Kaposi's sarcoma
use of drugs to arrest or destroy cancer cells
Myelomas
use of drugs to arrest or destroy cancer cells
Carcinogen
use of drugs to arrest or destroy cancer cells
Radiation therapy
use of drugs to arrest or destroy cancer cells
Cryptosporidiosis
use of drugs to arrest or destroy cancer cells
Tumor
use of drugs to arrest or destroy cancer cells
Metastasize
use of drugs to arrest or destroy cancer cells
Cancer cachexia
use of drugs to arrest or destroy cancer cells
Lipodystrophy
use of drugs to arrest or destroy cancer cells
Radiation enteritis
use of drugs to arrest or destroy cancer cells
Benign
use of drugs to arrest or destroy cancer cells
Chemotherapy
use of drugs to arrest or destroy cancer cells
Buffalo hump
use of drugs to arrest or destroy cancer cells
Opportunistic infections
use of drugs to arrest or destroy cancer cells
Thrush
use of drugs to arrest or destroy cancer cells
Kaposi's sarcoma
the accumulation of fatty tissue at the base of the neck
Myelomas
the accumulation of fatty tissue at the base of the neck
Carcinogen
the accumulation of fatty tissue at the base of the neck
Radiation therapy
the accumulation of fatty tissue at the base of the neck
Cryptosporidiosis
the accumulation of fatty tissue at the base of the neck
Tumor
the accumulation of fatty tissue at the base of the neck
Metastasize
the accumulation of fatty tissue at the base of the neck
Cancer cachexia
the accumulation of fatty tissue at the base of the neck
Lipodystrophy
the accumulation of fatty tissue at the base of the neck
Radiation enteritis
the accumulation of fatty tissue at the base of the neck
Benign
the accumulation of fatty tissue at the base of the neck
Chemotherapy
the accumulation of fatty tissue at the base of the neck
Buffalo hump
the accumulation of fatty tissue at the base of the neck
Opportunistic infections
the accumulation of fatty tissue at the base of the neck
Thrush
the accumulation of fatty tissue at the base of the neck
Kaposi's sarcoma
a foodborne illness caused by the parasite Cryptosporidium parvum
Myelomas
a foodborne illness caused by the parasite Cryptosporidium parvum
Carcinogen
a foodborne illness caused by the parasite Cryptosporidium parvum
Radiation therapy
a foodborne illness caused by the parasite Cryptosporidium parvum
Cryptosporidiosis
a foodborne illness caused by the parasite Cryptosporidium parvum
Tumor
a foodborne illness caused by the parasite Cryptosporidium parvum
Metastasize
a foodborne illness caused by the parasite Cryptosporidium parvum
Cancer cachexia
a foodborne illness caused by the parasite Cryptosporidium parvum
Lipodystrophy
a foodborne illness caused by the parasite Cryptosporidium parvum
Radiation enteritis
a foodborne illness caused by the parasite Cryptosporidium parvum
Benign
a foodborne illness caused by the parasite Cryptosporidium parvum
Chemotherapy
a foodborne illness caused by the parasite Cryptosporidium parvum
Buffalo hump
a foodborne illness caused by the parasite Cryptosporidium parvum
Opportunistic infections
a foodborne illness caused by the parasite Cryptosporidium parvum
Thrush
a foodborne illness caused by the parasite Cryptosporidium parvum
Kaposi's sarcoma
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Myelomas
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Carcinogen
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Radiation therapy
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Cryptosporidiosis
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Tumor
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Metastasize
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Cancer cachexia
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Lipodystrophy
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Radiation enteritis
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Benign
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Chemotherapy
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Buffalo hump
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Opportunistic infections
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Thrush
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Kaposi's sarcoma
Question
On further testing, the physician observes pathological changes in Janet's small intestine that are characterized by villus atrophy and blunting. What is this condition known as?

A) HIV lipodystrophy
B) HIV enteropathy
C) AIDS radiculopathy
D) HIV neuropathy
Question
61-65. Short Case-Study Questions  
Sixty-four-year-old Jeffery Thomson has been diagnosed with esophageal cancer. He has experienced a 20-lb weight loss in the past 2 months due to decreased appetite and difficulty eating. He will begin cancer treatment in a week and is visiting with the registered dietitian for nutrition counseling.
Possible dietary interventions to better meet Mr. Thomson's nutritional needs include ____.

A) serving large portions
B) tube feeding
C) a bland diet
D) a high-kcalorie, high-protein diet
Question
Mr. Thomson continues his cancer treatment and is scheduled for esophageal resection. What is a possible nutrition-related side effect after surgery?

A) acid reflux
B) urinary incontinence
C) inability to taste food
D) dumping syndrome
Question
Identify and discuss one example of foodborne infection and one example of food intoxication.
Question
Discuss common causes of decreased dietary intake among cancer and HIV patients and suggest ways to improve nutrition status or intake.
Question
Discuss the key points in safe handling of seafood.
Question
Describe the possible effects of cancer surgeries on nutritional status in five different regions of the body.
Question
66-70. Short Case-Study Questions Fifty-eight-year-old Janet Englewood has been living with HIV for the past 15 years. Today, she returns to her physician for a follow-up appointment.
Janet should expect the doctor to check her ____ to assess disease progression.

A) viral load
B) beta cells
C) white blood cells
D) albumin
Question
If Mr. Thomson's cancer spreads, it will be considered ____.

A) malignant
B) benign
C) metastasized
D) carcinogenic
Question
Explain the role nutrition therapy plays in the treatment of cancer.
Question
In view of Janet's elevated triglyceride levels, the physician recommends _______ supplementation to control the hypertriglyceridemia.

A) vitamin C
B) zinc
C) fish oil
D) calcium
Question
Janet is taking the medication ritonavir. What dietary instructions should she receive?

A) It should be taken on an empty stomach.
B) Alcohol should be avoided while taking the drug.
C) It should be taken 1.5 hours before or 2 hours after a meal.
D) It is one of the few protease inhibitors that do not interact with alcohol.
Question
Mr. Thomson begins ____. His doctor chooses this treatment because it is better able to target specific parts of the body.

A) radiation therapy
B) chemotherapy
C) dietary therapy
D) acupuncture
Question
The physician reports that Janet's blood glucose, low-density lipoprotein (LDL), triglycerides and total cholesterol are elevated. She has also gained a significant amount of fat around her abdomen. Janet is diagnosed with ____.

A) HIV cachexia
B) AIDS hypoglycemia
C) HIV lipodystrophy
D) HIV respiratory syndrome
Question
61-65. Short Case-Study Questions  
Sixty-four-year-old Jeffery Thomson has been diagnosed with esophageal cancer. He has experienced a 20-lb weight loss in the past 2 months due to decreased appetite and difficulty eating. He will begin cancer treatment in a week and is visiting with the registered dietitian for nutrition counseling.
Factors than can decrease the risk of esophageal cancer include intake of ____.

A) vitamin C-containing foods
B) alcohol
C) high-calcium foods
D) high-sugar foods
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Deck 29: Cancer and Hiv Infection
1
Toxins found in moldy grains and peanuts are most commonly associated with which type of cancer?

A) liver
B) leukemia
C) bladder
D) breast
A
2
Hematopoietic stem-cell transplantation can be used as a primary treatment for ____.

A) leukemia
B) gliomas
C) pancreatic cancer
D) breast cancer
A
3
The first step in the development of cancer is __________, which results in the formation of genetic mutations that alter gene expression and induce abnormal cell division.

A) carcinogenesis
B) promotion
C) initiation
D) metastasis
C
4
A new growth of tissue that forms an abnormal mass with no physiological function is a ____.

A) carcinogen
B) tumor
C) benign mass
D) metastasis
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5
To minimize carcinogen formation during cooking, ____.

A) use high-heat options, such as an outdoor grill
B) marinate meat before cooking
C) choose fatty cuts of meat
D) cook all meat until well done
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6
The type of cancer that arises from white blood cell precursors is ____.

A) carcinoma
B) glioma
C) leukemia
D) melanoma
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7
Malabsorption of ____ is associated with gastric resection.

A) vitamin B 12 , iron, and folate
B) vitamin C and selenium
C) niacin and thiamin
D) zinc and chromium
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8
Infection caused by Helicobacter pylori can cause cancer of the ____.

A) liver
B) breast and cervix
C) stomach and lymphoid tissue
D) nasal cavity and lung
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9
Which guideline is appropriate in reducing cancer risk?

A) Strive to maintain a BMI between 22 and 28.
B) Engage in at least 25 minutes of physical exercise 7 days a week.
C) Consume at least ½ cup of starchy vegetables or fruits every day.
D) Limit sedentary activities such as watching television.
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10
Radiation enteritis is inflammation of the ____ cells caused by radiation therapy.

A) skin
B) epithelial
C) intestinal
D) beta
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11
The drugs used during chemotherapy are known as "____."

A) antiviral drugs
B) antispasmodic medications
C) antineoplastic agents
D) antimetabolite drugs
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12
Methotrexate, a medication used for chemotherapy, resembles ____.

A) iron
B) folate
C) vitamin K
D) selenium
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13
About 1 in ____ cancer deaths can be attributed to alcohol consumption.

A) 5
B) 10
C) 30
D) 50
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14
Diabetes mellitus is a potential nutrition-related side effect of ____ resection.

A) pancreatic
B) esophageal
C) gastric
D) intestinal
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15
Cancer ranks number ____ among the leading causes of death in the United States.

A) one
B) two
C) three
D) four
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16
Larry has a family history of prostate cancer and wants to decrease his chances of getting it. Which food item may decrease the risk of prostate cancer?

A) milk
B) pork chops
C) tomatoes
D) oranges
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17
Which food or beverage may decrease risk for colon cancer?

A) T-bone steak
B) beer
C) bologna
D) milk products
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18
Consumption of ________ can increase risk for colon and rectal cancers?

A) salted foods
B) red meat and processed meat
C) high-calcium foods
D) nonstarchy vegetables
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19
Melanoma is a type of cancer that arises from ____.

A) pigmented skin cells
B) lymph tissues
C) epithelial tissues
D) glandular tissues
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20
There is evidence that an adequate intake of ____ protects against the development of cancers of the lung, mouth, pharynx, and larynx.

A) meat
B) fruits and vegetables
C) unsaturated fat
D) protein
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21
Up to ____ of patients with cancer combine one or more complementary and alternative medicine approaches with standard treatment.

A) 36%
B) 45%
C) 68%
D) 83%
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22
To avoid microbial contamination, cancer patients who are immunosuppressed may be prescribed a low-microbial diet, which is also known as the ____ diet.

A) paleo
B) neutropenic
C) macrobiotic
D) keto
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23
Dietary modifications that might be appropriate for a patient with cancer of the brain include ____.

A) fluid restrictions
B) a mechanically altered diet
C) total parenteral nutrition
D) protein restrictions
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24
Which cancer site may require dietary considerations including tube feeding, total parenteral nutrition (TPN), or a fat- and lactose-restricted diet prescription?

A) kidneys
B) pancreas
C) intestine
D) brain
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25
Which best describes the specific action of immune checkpoint inhibitors?

A) blocking proteins that prevent the immune system's ability to attack cancer cells
B) attacking immune host cells in transplanted tissue
C) producing new white blood cells from the bone marrow
D) preventing cancer by enhancing immune responses
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26
Which intervention is most appropriate for a patient who suffers from frequent nausea related to chemotherapy?

A) consuming limited amounts of liquids.
B) avoiding foods that have strong odors and are greasy
C) adding sauces and gravies to dry foods.
D) eating a big meal just before chemotherapy treatments.
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27
HIV is most often spread through which route?

A) sexual transmission
B) sharing infected needles
C) transmission from infected mother to child
D) unsafe food handling practices
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28
What food should a patient with immunosuppression avoid?

A) pasteurized milk products
B) smoked or cured meats
C) unwashed raw fruits
D) baked goods with high-fructose corn syrup
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29
Anamaria Kruschenko has been diagnosed with neutropenia. Which meal would be most appropriate?

A) Greek salad with whole milk
B) macaroni and cheese with canned fruit cocktail
C) tuna sandwich and an apple
D) bacon, lettuce, and tomato sandwich and chocolate pudding
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30
Daily intake of protein in cancer patients at risk of weight loss and wasting should be ____ g/kg of body weight.

A) 0.4 to 1.0
B) 1.0 to 1.5
C) 1.6 to 2.2
D) 2.2 to 2.8
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31
A type of cancer frequently associated with HIV infection that is characterized by lesions of the mouth and throat is called "____."

A) adenomas
B) gliomas
C) Kaposi's sarcoma
D) thrush
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32
What causes the abnormalities seen in glucose and fat metabolism in patients with HIV infection?

A) high-fat, high-protein diet
B) side effects of antiretroviral drugs
C) sedentary lifestyle
D) genetic predisposition
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33
What is an environmental risk factor for skin cancer?

A) arsenic
B) hexavalent chromium
C) hepatitis B or C infection
D) infection with Helicobacter pylori
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34
An estimated ____ of persons in the United States who have HIV infection are unaware that they are infected.

A) 5%
B) 10%
C) 15%
D) 21%
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35
Although the global incidence of HIV infection has been declining in recent years, its prevalence continues to be high in ____.

A) sub-Saharan Africa
B) the United Arab Emirates
C) northern Africa
D) southeast Asia
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36
What is a fungal infection that affects mucous membranes of the oral cavity in patients with HIV infection?

A) cheilosis
B) Helicobacter pylori
C) candidiasis
D) herpes simplex
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37
What is a characteristic of lipodystrophy?

A) breast enlargement
B) swelling and edema in the face
C) dementia
D) fat accumulation in the hips
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38
Infections from microorganisms that normally do not cause disease in the general population but can cause detrimental health issues in people with HIV are called "____."

A) tissue rejection
B) AIDS-defining illnesses
C) opportunistic infections
D) lipomas
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39
What is an environmental risk factor for liver cancer?

A) asbestos
B) hexavalent chromium
C) hepatitis B or C infection
D) ultraviolet radiation
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40
The cells essential for immune function that are affected by HIV infection are ____.

A) CD4+ T cells
B) red blood cells
C) pigmented skin cells
D) antibodies
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41
Among foodborne infections, ____ is the leading cause of hospitalizations.

A) E. coli
B) Salmonella
C) Campylobacter
D) norovirus
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42
What is a primary objective of nutrition therapy for patients with HIV?

A) providing micronutrient supplements
B) maintaining lean body mass
C) reducing risk of hypolipidemia
D) correcting changes in blood glucose
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43
Patients taking the antiretroviral drug zidovudine should be told to ____.

A) take it on an empty stomach
B) take it 2 hours before or 3 hours after a meal
C) avoid taking it with a high-fat meal
D) avoid magnesium supplements while taking it
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44
Onset of the foodborne infection toxoplasma typically occurs ____ after exposure to the toxin.

A) 1 to 6 hours
B) 8 to 16 hours
C) 1 to 3 days
D) 7 to 21 days
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45
Which is an example of a foodborne infection?

A) E.coli
B) botulism
C) aflatoxin
D) Staphylococcus
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46
Which type of enteral feeding is well-tolerated in cases of severe malabsorption in patients with HIV?

A) energy-dense formulas administered via tube feeding
B) hydrolyzed formulas with medium-chain triglycerides (MCT) administered via tube feeding
C) hydrolyzed formulas with MCT administered orally
D) high-protein formulas with MCT administered intravenously
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47
Ground beef should be cooked to an internal temperature of at least ____ F.

A) 100
B) 120
C) 140
D) 160
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48
Honey may contain dormant bacterial spores, which can awaken in the human body to produce ____.

A) botulism
B) gastritis
C) listeriosis
D) colitis
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49
An estimated ____ million cases of foodborne illnesses occur each year in the United States.

A) 28
B) 38
C) 48
D) 58
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50
Which type of antiretroviral drug prevents HIV from entering cells by binding to a viral protein needed for its entry?

A) integrase inhibitors
B) nucleoside reverse-transcriptase inhibitors
C) protease inhibitors
D) fusion inhibitors
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51
Toxicity means that a substance ____.

A) can cause harm if enough is consumed
B) is not safe at any level of consumption
C) is likely to cause harm in common real-life situations
D) results in appreciable morbidity and mortality if consumed
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52
Leftovers should be thoroughly reheated to at least ____ F.

A) 125
B) 145
C) 165
D) 185
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53
Water can transmit a parasite that causes ____ in HIV-infected individuals.

A) Kaposi's sarcoma
B) cryptosporidiosis
C) pneumonia
D) listeriosis
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54
Campylobacter is most commonly spread through ____.

A) unwashed fruits and vegetables
B) person-to-person contact
C) undercooked poultry
D) raw cookie dough
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55
What are the benign tumors composed of fatty tissue in HIV patients called?

A) adenoma
B) sarcoma
C) myeloma
D) lipoma
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56
When serving hot foods, temperatures should be at least ____ F.

A) 120
B) 130
C) 140
D) 150
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57
People who take antiretroviral drugs are at greater risk of developing which condition?

A) end-stage renal disease
B) pancreatitis
C) insulin resistance
D) cirrhosis
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58
The most common food intoxication is from ____.

A) E. coli
B) toxoplasma
C) botulism
D) Staphylococcus
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59
Cold foods should be kept at ____ or lower.

A) 30
B) 40
C) 50
D) 60
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60
What is an example of a drug classified as a CCR5 antagonist?

A) maraviroc
B) enfuvirtide
C) ritonavir
D) zidovudine
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61
Match between columns
describes an abnormal mass of cells that is noncancerous
Myelomas
describes an abnormal mass of cells that is noncancerous
Carcinogen
describes an abnormal mass of cells that is noncancerous
Radiation therapy
describes an abnormal mass of cells that is noncancerous
Cryptosporidiosis
describes an abnormal mass of cells that is noncancerous
Tumor
describes an abnormal mass of cells that is noncancerous
Metastasize
describes an abnormal mass of cells that is noncancerous
Cancer cachexia
describes an abnormal mass of cells that is noncancerous
Lipodystrophy
describes an abnormal mass of cells that is noncancerous
Radiation enteritis
describes an abnormal mass of cells that is noncancerous
Benign
describes an abnormal mass of cells that is noncancerous
Chemotherapy
describes an abnormal mass of cells that is noncancerous
Buffalo hump
describes an abnormal mass of cells that is noncancerous
Opportunistic infections
describes an abnormal mass of cells that is noncancerous
Thrush
describes an abnormal mass of cells that is noncancerous
Kaposi's sarcoma
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Myelomas
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Carcinogen
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Radiation therapy
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Cryptosporidiosis
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Tumor
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Metastasize
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Cancer cachexia
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Lipodystrophy
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Radiation enteritis
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Benign
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Chemotherapy
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Buffalo hump
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Opportunistic infections
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Thrush
use of X-rays, gamma rays, or atomic particles to destroy cancer cells
Kaposi's sarcoma
cancers that arise from plasma cells in the bone marrow
Myelomas
cancers that arise from plasma cells in the bone marrow
Carcinogen
cancers that arise from plasma cells in the bone marrow
Radiation therapy
cancers that arise from plasma cells in the bone marrow
Cryptosporidiosis
cancers that arise from plasma cells in the bone marrow
Tumor
cancers that arise from plasma cells in the bone marrow
Metastasize
cancers that arise from plasma cells in the bone marrow
Cancer cachexia
cancers that arise from plasma cells in the bone marrow
Lipodystrophy
cancers that arise from plasma cells in the bone marrow
Radiation enteritis
cancers that arise from plasma cells in the bone marrow
Benign
cancers that arise from plasma cells in the bone marrow
Chemotherapy
cancers that arise from plasma cells in the bone marrow
Buffalo hump
cancers that arise from plasma cells in the bone marrow
Opportunistic infections
cancers that arise from plasma cells in the bone marrow
Thrush
cancers that arise from plasma cells in the bone marrow
Kaposi's sarcoma
new growth of tissue forming an abnormal mass with no function
Myelomas
new growth of tissue forming an abnormal mass with no function
Carcinogen
new growth of tissue forming an abnormal mass with no function
Radiation therapy
new growth of tissue forming an abnormal mass with no function
Cryptosporidiosis
new growth of tissue forming an abnormal mass with no function
Tumor
new growth of tissue forming an abnormal mass with no function
Metastasize
new growth of tissue forming an abnormal mass with no function
Cancer cachexia
new growth of tissue forming an abnormal mass with no function
Lipodystrophy
new growth of tissue forming an abnormal mass with no function
Radiation enteritis
new growth of tissue forming an abnormal mass with no function
Benign
new growth of tissue forming an abnormal mass with no function
Chemotherapy
new growth of tissue forming an abnormal mass with no function
Buffalo hump
new growth of tissue forming an abnormal mass with no function
Opportunistic infections
new growth of tissue forming an abnormal mass with no function
Thrush
new growth of tissue forming an abnormal mass with no function
Kaposi's sarcoma
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Myelomas
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Carcinogen
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Radiation therapy
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Cryptosporidiosis
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Tumor
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Metastasize
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Cancer cachexia
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Lipodystrophy
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Radiation enteritis
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Benign
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Chemotherapy
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Buffalo hump
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Opportunistic infections
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Thrush
collection of abnormalities in fat and glucose metabolism that result from drug treatments for HIV, including body fat redistribution, abnormal lipid levels, and insulin resistance
Kaposi's sarcoma
type of cancer common in people with HIV infections and characterized by skin lesions
Myelomas
type of cancer common in people with HIV infections and characterized by skin lesions
Carcinogen
type of cancer common in people with HIV infections and characterized by skin lesions
Radiation therapy
type of cancer common in people with HIV infections and characterized by skin lesions
Cryptosporidiosis
type of cancer common in people with HIV infections and characterized by skin lesions
Tumor
type of cancer common in people with HIV infections and characterized by skin lesions
Metastasize
type of cancer common in people with HIV infections and characterized by skin lesions
Cancer cachexia
type of cancer common in people with HIV infections and characterized by skin lesions
Lipodystrophy
type of cancer common in people with HIV infections and characterized by skin lesions
Radiation enteritis
type of cancer common in people with HIV infections and characterized by skin lesions
Benign
type of cancer common in people with HIV infections and characterized by skin lesions
Chemotherapy
type of cancer common in people with HIV infections and characterized by skin lesions
Buffalo hump
type of cancer common in people with HIV infections and characterized by skin lesions
Opportunistic infections
type of cancer common in people with HIV infections and characterized by skin lesions
Thrush
type of cancer common in people with HIV infections and characterized by skin lesions
Kaposi's sarcoma
inflammation of the intestinal tissue caused by exposure to radiation
Myelomas
inflammation of the intestinal tissue caused by exposure to radiation
Carcinogen
inflammation of the intestinal tissue caused by exposure to radiation
Radiation therapy
inflammation of the intestinal tissue caused by exposure to radiation
Cryptosporidiosis
inflammation of the intestinal tissue caused by exposure to radiation
Tumor
inflammation of the intestinal tissue caused by exposure to radiation
Metastasize
inflammation of the intestinal tissue caused by exposure to radiation
Cancer cachexia
inflammation of the intestinal tissue caused by exposure to radiation
Lipodystrophy
inflammation of the intestinal tissue caused by exposure to radiation
Radiation enteritis
inflammation of the intestinal tissue caused by exposure to radiation
Benign
inflammation of the intestinal tissue caused by exposure to radiation
Chemotherapy
inflammation of the intestinal tissue caused by exposure to radiation
Buffalo hump
inflammation of the intestinal tissue caused by exposure to radiation
Opportunistic infections
inflammation of the intestinal tissue caused by exposure to radiation
Thrush
inflammation of the intestinal tissue caused by exposure to radiation
Kaposi's sarcoma
fungal infection of the mucous membranes of the oral cavity and elsewhere
Myelomas
fungal infection of the mucous membranes of the oral cavity and elsewhere
Carcinogen
fungal infection of the mucous membranes of the oral cavity and elsewhere
Radiation therapy
fungal infection of the mucous membranes of the oral cavity and elsewhere
Cryptosporidiosis
fungal infection of the mucous membranes of the oral cavity and elsewhere
Tumor
fungal infection of the mucous membranes of the oral cavity and elsewhere
Metastasize
fungal infection of the mucous membranes of the oral cavity and elsewhere
Cancer cachexia
fungal infection of the mucous membranes of the oral cavity and elsewhere
Lipodystrophy
fungal infection of the mucous membranes of the oral cavity and elsewhere
Radiation enteritis
fungal infection of the mucous membranes of the oral cavity and elsewhere
Benign
fungal infection of the mucous membranes of the oral cavity and elsewhere
Chemotherapy
fungal infection of the mucous membranes of the oral cavity and elsewhere
Buffalo hump
fungal infection of the mucous membranes of the oral cavity and elsewhere
Opportunistic infections
fungal infection of the mucous membranes of the oral cavity and elsewhere
Thrush
fungal infection of the mucous membranes of the oral cavity and elsewhere
Kaposi's sarcoma
cancer that spreads from one part of the body to another
Myelomas
cancer that spreads from one part of the body to another
Carcinogen
cancer that spreads from one part of the body to another
Radiation therapy
cancer that spreads from one part of the body to another
Cryptosporidiosis
cancer that spreads from one part of the body to another
Tumor
cancer that spreads from one part of the body to another
Metastasize
cancer that spreads from one part of the body to another
Cancer cachexia
cancer that spreads from one part of the body to another
Lipodystrophy
cancer that spreads from one part of the body to another
Radiation enteritis
cancer that spreads from one part of the body to another
Benign
cancer that spreads from one part of the body to another
Chemotherapy
cancer that spreads from one part of the body to another
Buffalo hump
cancer that spreads from one part of the body to another
Opportunistic infections
cancer that spreads from one part of the body to another
Thrush
cancer that spreads from one part of the body to another
Kaposi's sarcoma
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Myelomas
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Carcinogen
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Radiation therapy
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Cryptosporidiosis
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Tumor
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Metastasize
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Cancer cachexia
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Lipodystrophy
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Radiation enteritis
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Benign
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Chemotherapy
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Buffalo hump
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Opportunistic infections
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Thrush
infections from microorganisms that normally do not cause disease in the general population but can cause great harm in people whose immune systems are compromised
Kaposi's sarcoma
a substance that is capable of causing cancer
Myelomas
a substance that is capable of causing cancer
Carcinogen
a substance that is capable of causing cancer
Radiation therapy
a substance that is capable of causing cancer
Cryptosporidiosis
a substance that is capable of causing cancer
Tumor
a substance that is capable of causing cancer
Metastasize
a substance that is capable of causing cancer
Cancer cachexia
a substance that is capable of causing cancer
Lipodystrophy
a substance that is capable of causing cancer
Radiation enteritis
a substance that is capable of causing cancer
Benign
a substance that is capable of causing cancer
Chemotherapy
a substance that is capable of causing cancer
Buffalo hump
a substance that is capable of causing cancer
Opportunistic infections
a substance that is capable of causing cancer
Thrush
a substance that is capable of causing cancer
Kaposi's sarcoma
use of drugs to arrest or destroy cancer cells
Myelomas
use of drugs to arrest or destroy cancer cells
Carcinogen
use of drugs to arrest or destroy cancer cells
Radiation therapy
use of drugs to arrest or destroy cancer cells
Cryptosporidiosis
use of drugs to arrest or destroy cancer cells
Tumor
use of drugs to arrest or destroy cancer cells
Metastasize
use of drugs to arrest or destroy cancer cells
Cancer cachexia
use of drugs to arrest or destroy cancer cells
Lipodystrophy
use of drugs to arrest or destroy cancer cells
Radiation enteritis
use of drugs to arrest or destroy cancer cells
Benign
use of drugs to arrest or destroy cancer cells
Chemotherapy
use of drugs to arrest or destroy cancer cells
Buffalo hump
use of drugs to arrest or destroy cancer cells
Opportunistic infections
use of drugs to arrest or destroy cancer cells
Thrush
use of drugs to arrest or destroy cancer cells
Kaposi's sarcoma
the accumulation of fatty tissue at the base of the neck
Myelomas
the accumulation of fatty tissue at the base of the neck
Carcinogen
the accumulation of fatty tissue at the base of the neck
Radiation therapy
the accumulation of fatty tissue at the base of the neck
Cryptosporidiosis
the accumulation of fatty tissue at the base of the neck
Tumor
the accumulation of fatty tissue at the base of the neck
Metastasize
the accumulation of fatty tissue at the base of the neck
Cancer cachexia
the accumulation of fatty tissue at the base of the neck
Lipodystrophy
the accumulation of fatty tissue at the base of the neck
Radiation enteritis
the accumulation of fatty tissue at the base of the neck
Benign
the accumulation of fatty tissue at the base of the neck
Chemotherapy
the accumulation of fatty tissue at the base of the neck
Buffalo hump
the accumulation of fatty tissue at the base of the neck
Opportunistic infections
the accumulation of fatty tissue at the base of the neck
Thrush
the accumulation of fatty tissue at the base of the neck
Kaposi's sarcoma
a foodborne illness caused by the parasite Cryptosporidium parvum
Myelomas
a foodborne illness caused by the parasite Cryptosporidium parvum
Carcinogen
a foodborne illness caused by the parasite Cryptosporidium parvum
Radiation therapy
a foodborne illness caused by the parasite Cryptosporidium parvum
Cryptosporidiosis
a foodborne illness caused by the parasite Cryptosporidium parvum
Tumor
a foodborne illness caused by the parasite Cryptosporidium parvum
Metastasize
a foodborne illness caused by the parasite Cryptosporidium parvum
Cancer cachexia
a foodborne illness caused by the parasite Cryptosporidium parvum
Lipodystrophy
a foodborne illness caused by the parasite Cryptosporidium parvum
Radiation enteritis
a foodborne illness caused by the parasite Cryptosporidium parvum
Benign
a foodborne illness caused by the parasite Cryptosporidium parvum
Chemotherapy
a foodborne illness caused by the parasite Cryptosporidium parvum
Buffalo hump
a foodborne illness caused by the parasite Cryptosporidium parvum
Opportunistic infections
a foodborne illness caused by the parasite Cryptosporidium parvum
Thrush
a foodborne illness caused by the parasite Cryptosporidium parvum
Kaposi's sarcoma
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Myelomas
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Carcinogen
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Radiation therapy
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Cryptosporidiosis
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Tumor
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Metastasize
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Cancer cachexia
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Lipodystrophy
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Radiation enteritis
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Benign
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Chemotherapy
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Buffalo hump
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Opportunistic infections
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Thrush
cancer-wasting syndrome characterized by anorexia, muscle wasting, weight loss, and fatigue
Kaposi's sarcoma
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62
On further testing, the physician observes pathological changes in Janet's small intestine that are characterized by villus atrophy and blunting. What is this condition known as?

A) HIV lipodystrophy
B) HIV enteropathy
C) AIDS radiculopathy
D) HIV neuropathy
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63
61-65. Short Case-Study Questions  
Sixty-four-year-old Jeffery Thomson has been diagnosed with esophageal cancer. He has experienced a 20-lb weight loss in the past 2 months due to decreased appetite and difficulty eating. He will begin cancer treatment in a week and is visiting with the registered dietitian for nutrition counseling.
Possible dietary interventions to better meet Mr. Thomson's nutritional needs include ____.

A) serving large portions
B) tube feeding
C) a bland diet
D) a high-kcalorie, high-protein diet
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64
Mr. Thomson continues his cancer treatment and is scheduled for esophageal resection. What is a possible nutrition-related side effect after surgery?

A) acid reflux
B) urinary incontinence
C) inability to taste food
D) dumping syndrome
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65
Identify and discuss one example of foodborne infection and one example of food intoxication.
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66
Discuss common causes of decreased dietary intake among cancer and HIV patients and suggest ways to improve nutrition status or intake.
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67
Discuss the key points in safe handling of seafood.
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68
Describe the possible effects of cancer surgeries on nutritional status in five different regions of the body.
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69
66-70. Short Case-Study Questions Fifty-eight-year-old Janet Englewood has been living with HIV for the past 15 years. Today, she returns to her physician for a follow-up appointment.
Janet should expect the doctor to check her ____ to assess disease progression.

A) viral load
B) beta cells
C) white blood cells
D) albumin
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70
If Mr. Thomson's cancer spreads, it will be considered ____.

A) malignant
B) benign
C) metastasized
D) carcinogenic
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71
Explain the role nutrition therapy plays in the treatment of cancer.
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72
In view of Janet's elevated triglyceride levels, the physician recommends _______ supplementation to control the hypertriglyceridemia.

A) vitamin C
B) zinc
C) fish oil
D) calcium
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73
Janet is taking the medication ritonavir. What dietary instructions should she receive?

A) It should be taken on an empty stomach.
B) Alcohol should be avoided while taking the drug.
C) It should be taken 1.5 hours before or 2 hours after a meal.
D) It is one of the few protease inhibitors that do not interact with alcohol.
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74
Mr. Thomson begins ____. His doctor chooses this treatment because it is better able to target specific parts of the body.

A) radiation therapy
B) chemotherapy
C) dietary therapy
D) acupuncture
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75
The physician reports that Janet's blood glucose, low-density lipoprotein (LDL), triglycerides and total cholesterol are elevated. She has also gained a significant amount of fat around her abdomen. Janet is diagnosed with ____.

A) HIV cachexia
B) AIDS hypoglycemia
C) HIV lipodystrophy
D) HIV respiratory syndrome
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76
61-65. Short Case-Study Questions  
Sixty-four-year-old Jeffery Thomson has been diagnosed with esophageal cancer. He has experienced a 20-lb weight loss in the past 2 months due to decreased appetite and difficulty eating. He will begin cancer treatment in a week and is visiting with the registered dietitian for nutrition counseling.
Factors than can decrease the risk of esophageal cancer include intake of ____.

A) vitamin C-containing foods
B) alcohol
C) high-calcium foods
D) high-sugar foods
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Unlock Deck
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