Deck 27: Cardiovascular Diseases

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Question
Martha has been advised to limit trans fats in her diet. Which snack food would most likely be excluded?

A) chocolate
B) skim milk
C) Corn chips
D) Poached egg
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Question
Ms. Thomas has blood work done as ordered by her physician. Her total cholesterol level is 240 mg/dL and HDL 35 mg/dL. Ms. Thomas's total cholesterol and HDL indicate that she ____.

A) has a desirable blood lipid profile
B) is at borderline risk for CHD
C) is at high risk for CHD
D) requires more testing
Question
In women, high risk of coronary heart disease occurs when HDL levels are below ____.

A) 50
B) 125
C) 175
D) 200
Question
What type of physical activity would provide the greatest benefits in lowering risk factors for CHD?

A) horseback riding
B) brisk walking
C) bicep curls
D) sit-ups
Question
About ____ of plant sterols or stanols daily can lower cholesterol by 5 to10%.

A) 500 milligrams
B) 2 grams
C) 5 grams
D) 8 grams
Question
When a blood clot or an air bubble travels in the bloodstream and obstructs the blood vessel, causing sudden tissue death, it is called a(n) ____.

A) embolism
B) platelet
C) aneurysm
D) thrombus
Question
Which of the following lipoproteins becomes oxidized before they are engulfed by macrophages?

A) chylomicrons
B) very-low-density lipoproteins (VLDLs)
C) low-density lipoproteins (LDLs)
D) high-density lipoproteins (HDLs)
Question
Arterial macrophages engulf oxidized LDL and become ____.

A) foam cells
B) a thrombus
C) an embolus
D) clots
Question
What condition significantly decreases the risk for cardiovascular disease?

A) elevated levels of C-reactive protein
B) metabolic syndrome
C) LDL cholesterol less than 100 mg/dl
D) High coronary calcium score
Question
What describes the relationship of over-the-counter (OTC) fish oil supplements to the treatment of hypertriglyceridemia?

A) OTC supplements typically provide 4 g of combined eicosapentaenoic acid (EPA) and docosahexanoic acid (DHA) per capsule.
B) OTC supplements provide small amounts of EPA/DHA, requiring the use of 10 to13 capsules daily.
C) OTC supplements contain so much EPA and DHA that the patient would be at risk for toxicity.
D) OTC supplements provide enough EPA and DHA, but they may cause depression and should be avoided
Question
What is a nonmodifiable risk factor for CHD?

A) diabetes mellitus
B) male sex
C) alcohol overconsumption
D) low HDL cholesterol
Question
The American Heart Association recommends eating at least ____ servings of fatty fish per week for CHD risk reduction.

A) two
B) three
C) four
D) five
Question
Medications most often prescribed for reducing LDL levels include ____.

A) aspirin
B) antihypertensives
C) statins
D) diuretics
Question
The stress of blood flow along the artery walls is known as ____.

A) shear stress
B) metabolic stress
C) inflammatory stress
D) thrombotic stress
Question
Elevated levels of the amino acid ________ impairs endothelial cell function in the heart, thereby increasing the risk for atherosclerosis.

A) proline
B) leucine
C) homocysteine
D) valine
Question
The most common cause of aneurysms (abnormal dilation of blood vessels) is ____.

A) genetic defects
B) external injury
C) advancing age
D) atherosclerosis
Question
What is the term for the accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in the walls of blood vessels?

A) Plaque
B) platelets
C) thrombosis
D) embolism
Question
Impaired blood circulation in the legs that can cause severe pain and weakness while walking is called ____.

A) angina pectoris
B) shearing
C) intermittent claudication
D) an aneurysm
Question
The subtle damage caused by disturbed blood flow initially leads to which response in the beginning stages of atherosclerosis?

A) inflammation
B) platelet aggregation
C) enzyme accumulation
D) foam cell development
Question
Which of the following best describes lipoprotein(a)?

A) a lipoprotein that transports triglycerides to the liver
B) a variant form of LDL that speeds the progression of atherosclerosis
C) a lipoprotein that removes cholesterol from the bloodstream
D) a compound that is formed after glucose combines with protein
Question
Dietary strategies for improving hypertension includes decreasing intake of foods containing ______ and increasing intake of foods containing _______.

A) calcium; iron
B) sodium; potassium
C) potassium; sodium
D) zinc; chloride
Question
Which type of program would most likely be provided to facilitate rehabilitation after a stroke?

A) physical therapy
B) smoking cessation classes
C) fitness training
D) stress management
Question
Which blood pressure reading is indicative of prehypertension?

A) 117/80 mm Hg
B) 125/80 mm Hg
C) 140/90 mm Hg
D) 140/80 mm Hg
Question
Harry has a doctor's appointment for his annual physical. The doctor has determined that Harry is at risk for a stroke and prescribes a(n) ____.

A) anticoagulant
B) statin
C) diuretic
D) low-sodium diet
Question
What is the significance of a transient ischemic attack (TIA)?

A) It is a warning sign that a severe stroke may follow
B) It causes permanent damage to the neurological system.
C) It requires intravenous tissue plasminogen activator.
D) It requires frequent monitoring but no other treatment.
Question
Which food is a good source of unsaturated fats?

A) avocados
B) palm kernel oil
C) cheese
D) organ meats
Question
Which condition has been identified as a nonmodifiable contributing risk factor for hypertension?

A) obesity
B) body mass index (BMI) >30
C) genetics
D) alcoholism
Question
What is a primary risk factor associated with the development of hypertension?

A) age between 35 and 45 years
B) high vegetable intake
C) Asian ethnicity
D) heavy alcohol intake
Question
Ideally, thrombolytic drugs should be used within ____ hours following an ischemic stroke.

A) 4.5
B) 5.5
C) 6.5
D) 7.5
Question
What is an example of a bile acid sequestrant medication?

A) Lipitor
B) Repatha
C) Colestid
D) Crestor
Question
The main source of trans fat in baked goods is ____.

A) Coconut oil
B) eggs
C) partially hydrogenated vegetable oil
D) canola oil
Question
Which individual is at the highest risk for stroke?

A) a 55-year-old Caucasian with a family history of heart disease
B) a 65-year-old African American with a history of hypertension
C) a 55-year-old Asian with a family history of osteoporosis
D) a 45-year-old Caucasian with a family history of diabetes
Question
Hemorrhagic strokes occur in about ____ percent of cases.

A) 5
B) 13
C) 56
D) 87
Question
Following stroke, rehabilitation programs typically begin ____.

A) within 24 hours after the stroke
B) as soon as possible after stabilization
C) 48 hours after stabilization
D) 72 hours after stabilization
Question
Dietary guidelines for the management of hypertension emphasize ____.

A) avoidance of calcium-rich foods
B) a diet rich in fresh fruits and vegetables
C) 6 oz of wine per day
D) avoidance of starchy foods
Question
Hypertension affects nearly ____ of adults in the United States.

A) one-fourth
B) one-third
C) one-half
D) two-thirds
Question
Hypertension caused by a known physical or metabolic disorder is termed ____ hypertension.

A) primary
B) secondary
C) essential
D) regulatory
Question
Following a heart attack, what type of diet would a patient most likely require?

A) low-carbohydrate diet
B) neutropenic diet
C) low-fiber diet
D) sodium-restricted diet
Question
One of the medications given for coronary heart disease prevention is the anticoagulant warfarin. Patients taking warfarin should be told to ____.

A) avoid vitamin D supplements, as they may increase the effects of warfarin
B) consume a moderate amount (two drinks for women, three for men) of alcohol daily
C) keep their vitamin K intake consistent
D) avoid antacids, as they may decrease the effectiveness of warfarin
Question
Which medication is prescribed to treat hypertension?

A) nicotinic acid
B) diuretics
C) thrombolytics
D) biguanides
Question
Monica is extremely weak following a bone marrow transplant to treat her cancer. She is anxious to regain her independence. Which item may help her drink beverages?

A) cut-out plastic cup
B) slotted cup
C) two-handed cup
D) covered cup
Question
Which of the following health care professionals evaluates the chewing and swallowing abilities of patients?

A) registered diet technician
B) registered dietitian
C) speech-language pathologist
D) physical therapist
Question
Mr. Silvestri is not able to grasp his utensils, nor can he feed himself. Which professional can best help him?

A) registered dietitian
B) registered nurse
C) occupational therapist
D) physical therapist
Question
What feeding intervention would be most appropriate for a patient with impaired vision

A) helping the patient assume the correct posture while eating
B) placing foods between teeth to promote chewing
C) providing plates with food guards to prevent spilling
D) making sure the patient's lips and jaw are closed while chewing
Question
Which medication reduces blood pressure by promoting vasodilation?

A) diuretics
B) ACE inhibitors
C) beta blockers
D) calcium channel blockers
Question
Left-sided heart failure often leads to ____.

A) pulmonary edema
B) ascites
C) esophageal varices
D) gastroparesis
Question
According to the DASH Eating Plan, a person on a 2000-kcal diet should include how many servings of milk products each day?

A) 2 to 3
B) 3 to 4
C) 4 to 5
D) 5 to 6
Question
Which dietary intervention would be most successful in reducing sodium intake?

A) selecting mostly packaged foods and canned goods
B) drinking 1 to 3 glasses of water each night before bed
C) substituting chicken broth for wine, milk, or water in recipes
D) avoiding putting salt on foods while at the table
Question
Generally, patients with heart failure benefit from a daily sodium restriction of ____ g.

A) 1 to 1.25
B) 1.5 to 3
C) 3.5 to 4
D) 4.5 to 5
Question
Which type of utensil may be helpful for an individual with extreme muscle weakness?

A) rocker or roller knives
B) flatware with built-up handles
C) flatware with modified handle
D) weighted utensils
Question
The term for severe malnutrition characterized by significant weight loss and tissue wasting associated with end-stage heart failure is ____.

A) cardiac cachexia
B) anorexia nervosa
C) dyspnea
D) tachycardia
Question
Participation in 90 to 150 minutes of moderate-to-vigorous aerobic activity in addition to three sessions of resistance training each week can potentially result in a decrease in systolic blood pressure of ____ mm Hg.

A) 1 to 2
B) 2 to 3
C) 4 to 8
D) 9 to 11
Question
Tina has uncontrolled tremors as a result of traumatic brain injury. Which item may help her feed herself independently?

A) rocker or roller knives
B) flatware with built-up handles
C) flatware with modified handle
D) weighted utensils
Question
Doyle experiences limited neck motion because of degenerative disc disease. Which item may help him drink beverages?

A) cut-out plastic cup
B) slotted cup
C) two-handed cup
D) covered cup
Question
Which medication reduces blood pressure by reducing blood volume?

A) diuretics
B) angiotensin-converting enzyme (ACE) inhibitors
C) beta blockers
D) calcium channel blockers
Question
The DASH Eating Plan limits total cholesterol to less than ____ mg per day.

A) 150
B) 200
C) 300
D) 350
Question
When patients have edema associated with chronic heart failure, physicians usually order ____.

A) cholesterol restriction and bile acid sequestrants
B) saturated fat restriction and corticosteroids
C) sodium restriction and diuretics
D) carbohydrate restriction and insulin
Question
Michael, who was right-handed, suffered the traumatic amputation of his right arm below the elbow in an industrial accident. Which item may help him feed himself independently?

A) rocker or roller knives
B) flatware with built-up handles
C) flatware with modified handle
D) weighted utensils
Question
Margaret Leland is 76 years old; she is retired and lives alone. Her only daughter lives two hours away. She has a history of heart attack, smoking for 20 years, hypertension, and type 2 diabetes. She reports decreased appetite and disinterest in food. Ms. Leland is admitted to the cardiac unit with shortness of breath and pulmonary edema. What is the most likely diagnosis?

A) stroke
B) heart failure
C) chronic obstructive pulmonary disease
D) myocardial infarction
Question
Ms. Conley has congestive heart failure with liver enlargement. What should she avoid?

A) liquid supplements
B) high-fiber foods
C) alcohol
D) exercise
Question
Ms. Leland is discharged from the hospital and returns for her follow-up appointment reporting continued severe constipation. What is likely contributing to her constipation?

A) increased activity
B) diuretic usage
C) increased intake of food
D) increased intake of water
Question
Margaret Leland Ms. Leland has developed constipation. What nutrition intervention is most appropriate?

A) high-calorie, high-protein diet
B) low-sodium diet
C) low-carbohydrate diet
D) high-fiber diet
Question
Match between columns
causes damage when bleeding within the brain destroys or compresses brain tissue
embolism
causes damage when bleeding within the brain destroys or compresses brain tissue
hemorrhagic stroke
causes damage when bleeding within the brain destroys or compresses brain tissue
cardiac cachexia
causes damage when bleeding within the brain destroys or compresses brain tissue
plaque
causes damage when bleeding within the brain destroys or compresses brain tissue
myocardial infarction
causes damage when bleeding within the brain destroys or compresses brain tissue
embolus
causes damage when bleeding within the brain destroys or compresses brain tissue
aneurysm
causes damage when bleeding within the brain destroys or compresses brain tissue
ischemic stroke
causes damage when bleeding within the brain destroys or compresses brain tissue
transient ischemic attack
causes damage when bleeding within the brain destroys or compresses brain tissue
ischemia
causes damage when bleeding within the brain destroys or compresses brain tissue
cerebrovascular accident
causes damage when bleeding within the brain destroys or compresses brain tissue
thrombosis
causes damage when bleeding within the brain destroys or compresses brain tissue
thrombus
causes damage when bleeding within the brain destroys or compresses brain tissue
angina pectoris
causes damage when bleeding within the brain destroys or compresses brain tissue
heart failure
an abnormal particle, like a blood clot or air bubble, that travels in the blood
embolism
an abnormal particle, like a blood clot or air bubble, that travels in the blood
hemorrhagic stroke
an abnormal particle, like a blood clot or air bubble, that travels in the blood
cardiac cachexia
an abnormal particle, like a blood clot or air bubble, that travels in the blood
plaque
an abnormal particle, like a blood clot or air bubble, that travels in the blood
myocardial infarction
an abnormal particle, like a blood clot or air bubble, that travels in the blood
embolus
an abnormal particle, like a blood clot or air bubble, that travels in the blood
aneurysm
an abnormal particle, like a blood clot or air bubble, that travels in the blood
ischemic stroke
an abnormal particle, like a blood clot or air bubble, that travels in the blood
transient ischemic attack
an abnormal particle, like a blood clot or air bubble, that travels in the blood
ischemia
an abnormal particle, like a blood clot or air bubble, that travels in the blood
cerebrovascular accident
an abnormal particle, like a blood clot or air bubble, that travels in the blood
thrombosis
an abnormal particle, like a blood clot or air bubble, that travels in the blood
thrombus
an abnormal particle, like a blood clot or air bubble, that travels in the blood
angina pectoris
an abnormal particle, like a blood clot or air bubble, that travels in the blood
heart failure
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
embolism
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
hemorrhagic stroke
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
cardiac cachexia
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
plaque
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
myocardial infarction
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
embolus
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
aneurysm
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
ischemic stroke
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
transient ischemic attack
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
ischemia
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
cerebrovascular accident
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
thrombosis
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
thrombus
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
angina pectoris
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
heart failure
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
embolism
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
hemorrhagic stroke
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
cardiac cachexia
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
plaque
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
myocardial infarction
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
embolus
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
aneurysm
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
ischemic stroke
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
transient ischemic attack
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
ischemia
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
cerebrovascular accident
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
thrombosis
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
thrombus
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
angina pectoris
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
heart failure
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
embolism
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
hemorrhagic stroke
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
cardiac cachexia
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
plaque
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
myocardial infarction
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
embolus
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
aneurysm
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
ischemic stroke
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
transient ischemic attack
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
ischemia
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
cerebrovascular accident
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
thrombosis
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
thrombus
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
angina pectoris
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
heart failure
inadequate blood supply to tissues due to obstructed blood flow through arteries
embolism
inadequate blood supply to tissues due to obstructed blood flow through arteries
hemorrhagic stroke
inadequate blood supply to tissues due to obstructed blood flow through arteries
cardiac cachexia
inadequate blood supply to tissues due to obstructed blood flow through arteries
plaque
inadequate blood supply to tissues due to obstructed blood flow through arteries
myocardial infarction
inadequate blood supply to tissues due to obstructed blood flow through arteries
embolus
inadequate blood supply to tissues due to obstructed blood flow through arteries
aneurysm
inadequate blood supply to tissues due to obstructed blood flow through arteries
ischemic stroke
inadequate blood supply to tissues due to obstructed blood flow through arteries
transient ischemic attack
inadequate blood supply to tissues due to obstructed blood flow through arteries
ischemia
inadequate blood supply to tissues due to obstructed blood flow through arteries
cerebrovascular accident
inadequate blood supply to tissues due to obstructed blood flow through arteries
thrombosis
inadequate blood supply to tissues due to obstructed blood flow through arteries
thrombus
inadequate blood supply to tissues due to obstructed blood flow through arteries
angina pectoris
inadequate blood supply to tissues due to obstructed blood flow through arteries
heart failure
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
embolism
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
hemorrhagic stroke
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
cardiac cachexia
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
plaque
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
myocardial infarction
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
embolus
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
aneurysm
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
ischemic stroke
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
transient ischemic attack
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
ischemia
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
cerebrovascular accident
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
thrombosis
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
thrombus
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
angina pectoris
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
heart failure
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
embolism
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
hemorrhagic stroke
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
cardiac cachexia
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
plaque
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
myocardial infarction
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
embolus
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
aneurysm
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
ischemic stroke
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
transient ischemic attack
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
ischemia
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
cerebrovascular accident
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
thrombosis
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
thrombus
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
angina pectoris
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
heart failure
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
embolism
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
hemorrhagic stroke
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
cardiac cachexia
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
plaque
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
myocardial infarction
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
embolus
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
aneurysm
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
ischemic stroke
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
transient ischemic attack
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
ischemia
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
cerebrovascular accident
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
thrombosis
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
thrombus
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
angina pectoris
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
heart failure
the formation or presence of a blood clot in vessels
embolism
the formation or presence of a blood clot in vessels
hemorrhagic stroke
the formation or presence of a blood clot in vessels
cardiac cachexia
the formation or presence of a blood clot in vessels
plaque
the formation or presence of a blood clot in vessels
myocardial infarction
the formation or presence of a blood clot in vessels
embolus
the formation or presence of a blood clot in vessels
aneurysm
the formation or presence of a blood clot in vessels
ischemic stroke
the formation or presence of a blood clot in vessels
transient ischemic attack
the formation or presence of a blood clot in vessels
ischemia
the formation or presence of a blood clot in vessels
cerebrovascular accident
the formation or presence of a blood clot in vessels
thrombosis
the formation or presence of a blood clot in vessels
thrombus
the formation or presence of a blood clot in vessels
angina pectoris
the formation or presence of a blood clot in vessels
heart failure
the obstruction of a blood vessel by an embolus, causing sudden tissue death
embolism
the obstruction of a blood vessel by an embolus, causing sudden tissue death
hemorrhagic stroke
the obstruction of a blood vessel by an embolus, causing sudden tissue death
cardiac cachexia
the obstruction of a blood vessel by an embolus, causing sudden tissue death
plaque
the obstruction of a blood vessel by an embolus, causing sudden tissue death
myocardial infarction
the obstruction of a blood vessel by an embolus, causing sudden tissue death
embolus
the obstruction of a blood vessel by an embolus, causing sudden tissue death
aneurysm
the obstruction of a blood vessel by an embolus, causing sudden tissue death
ischemic stroke
the obstruction of a blood vessel by an embolus, causing sudden tissue death
transient ischemic attack
the obstruction of a blood vessel by an embolus, causing sudden tissue death
ischemia
the obstruction of a blood vessel by an embolus, causing sudden tissue death
cerebrovascular accident
the obstruction of a blood vessel by an embolus, causing sudden tissue death
thrombosis
the obstruction of a blood vessel by an embolus, causing sudden tissue death
thrombus
the obstruction of a blood vessel by an embolus, causing sudden tissue death
angina pectoris
the obstruction of a blood vessel by an embolus, causing sudden tissue death
heart failure
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
embolism
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
hemorrhagic stroke
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
cardiac cachexia
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
plaque
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
myocardial infarction
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
embolus
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
aneurysm
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
ischemic stroke
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
transient ischemic attack
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
ischemia
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
cerebrovascular accident
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
thrombosis
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
thrombus
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
angina pectoris
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
heart failure
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
embolism
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
hemorrhagic stroke
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
cardiac cachexia
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
plaque
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
myocardial infarction
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
embolus
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
aneurysm
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
ischemic stroke
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
transient ischemic attack
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
ischemia
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
cerebrovascular accident
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
thrombosis
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
thrombus
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
angina pectoris
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
heart failure
a blood clot formed within a blood vessel that remains attached to its place of origin
embolism
a blood clot formed within a blood vessel that remains attached to its place of origin
hemorrhagic stroke
a blood clot formed within a blood vessel that remains attached to its place of origin
cardiac cachexia
a blood clot formed within a blood vessel that remains attached to its place of origin
plaque
a blood clot formed within a blood vessel that remains attached to its place of origin
myocardial infarction
a blood clot formed within a blood vessel that remains attached to its place of origin
embolus
a blood clot formed within a blood vessel that remains attached to its place of origin
aneurysm
a blood clot formed within a blood vessel that remains attached to its place of origin
ischemic stroke
a blood clot formed within a blood vessel that remains attached to its place of origin
transient ischemic attack
a blood clot formed within a blood vessel that remains attached to its place of origin
ischemia
a blood clot formed within a blood vessel that remains attached to its place of origin
cerebrovascular accident
a blood clot formed within a blood vessel that remains attached to its place of origin
thrombosis
a blood clot formed within a blood vessel that remains attached to its place of origin
thrombus
a blood clot formed within a blood vessel that remains attached to its place of origin
angina pectoris
a blood clot formed within a blood vessel that remains attached to its place of origin
heart failure
causes injury when blood flow within brain tissue is obstructed
embolism
causes injury when blood flow within brain tissue is obstructed
hemorrhagic stroke
causes injury when blood flow within brain tissue is obstructed
cardiac cachexia
causes injury when blood flow within brain tissue is obstructed
plaque
causes injury when blood flow within brain tissue is obstructed
myocardial infarction
causes injury when blood flow within brain tissue is obstructed
embolus
causes injury when blood flow within brain tissue is obstructed
aneurysm
causes injury when blood flow within brain tissue is obstructed
ischemic stroke
causes injury when blood flow within brain tissue is obstructed
transient ischemic attack
causes injury when blood flow within brain tissue is obstructed
ischemia
causes injury when blood flow within brain tissue is obstructed
cerebrovascular accident
causes injury when blood flow within brain tissue is obstructed
thrombosis
causes injury when blood flow within brain tissue is obstructed
thrombus
causes injury when blood flow within brain tissue is obstructed
angina pectoris
causes injury when blood flow within brain tissue is obstructed
heart failure
Question
Discuss the nutritional concerns associated with patients who have suffered a stroke.
Question
Brian Schmidt is a 58-year-old lawyer with a history of hypertension. His blood pressure has been under fairly good control with prescription medication. His secretary notices that he had a period of confusion and difficulty speaking at a meeting. She advises him to see his doctor. What best explains Brian's symptoms?

A) transient ischemic attack
B) myocardial infarction
C) hypoglycemia
D) thrombosis
Question
Over time, Ms. Leland suffers from cardiac cachexia, and the physician will most likely order ______ to help meet her nutritional needs.

A) enteral or parenteral nutrition
B) high carbohydrate low fat diet
C) mechanically altered diet
D) low-carbohydrate diet
Question
Margaret Leland The prognosis for cardiac cachexia is ____.

A) generally good
B) fair
C) fair, with prompt intervention
D) poor
Question
The physician informs the family that Brian has an obstruction of blood flow to the brain, also known as ____.

A) a myocardial infarction
B) angina
C) a hemorrhagic stroke
D) an ischemic stroke
Question
What is the interrelationship between atherosclerosis and hypertension?
Question
Describe when it might be appropriate to initiate drug therapy for people with CHD. What types of drug therapies are used?
Question
Brian is stable and will be transferred to a rehabilitation center. He has developed dysphagia as a result of his stroke. What is the best way to meet his nutritional needs?

A) Apply downward pressure to the tongue with a spoon.
B) Provide plates with food guards.
C) Provide thickened liquids and pureed foods.
D) Place foods in similar locations on the plate at each meal.
Question
Margaret Leland Which medication is appropriate to improve Ms. Leland's fluid status?

A) diuretic
B) vasodilator
C) insulin
D) anticoagulant
Question
List four feeding-related problems and describe corresponding interventions.
Question
Describe risk factors for stroke that can be modified and how.
Question
Brian ignores these warning signs and does not see his physician. Eight months later, Brian's son finds him lying on the floor of his bathroom. Brian most likely has ____.

A) heart failure
B) angina
C) suffered a stroke
D) an acutely bleeding ulcer
Question
As Brian recovers his diet is progressively advanced. The dietitian recommends that he follow the DASH Eating Plan. This eating plan promotes intake of foods that are _________

A) high in potassium, calcium, and magnesium, and low in sodium
B) low in fiber and potassium, and high in sodium and calcium
C) low in sodium and contain no more than 250 mg of cholesterol per day
D) high in calcium and fluoride, and low in iron and magnesium
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Deck 27: Cardiovascular Diseases
1
Martha has been advised to limit trans fats in her diet. Which snack food would most likely be excluded?

A) chocolate
B) skim milk
C) Corn chips
D) Poached egg
C
2
Ms. Thomas has blood work done as ordered by her physician. Her total cholesterol level is 240 mg/dL and HDL 35 mg/dL. Ms. Thomas's total cholesterol and HDL indicate that she ____.

A) has a desirable blood lipid profile
B) is at borderline risk for CHD
C) is at high risk for CHD
D) requires more testing
C
3
In women, high risk of coronary heart disease occurs when HDL levels are below ____.

A) 50
B) 125
C) 175
D) 200
A
4
What type of physical activity would provide the greatest benefits in lowering risk factors for CHD?

A) horseback riding
B) brisk walking
C) bicep curls
D) sit-ups
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5
About ____ of plant sterols or stanols daily can lower cholesterol by 5 to10%.

A) 500 milligrams
B) 2 grams
C) 5 grams
D) 8 grams
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6
When a blood clot or an air bubble travels in the bloodstream and obstructs the blood vessel, causing sudden tissue death, it is called a(n) ____.

A) embolism
B) platelet
C) aneurysm
D) thrombus
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7
Which of the following lipoproteins becomes oxidized before they are engulfed by macrophages?

A) chylomicrons
B) very-low-density lipoproteins (VLDLs)
C) low-density lipoproteins (LDLs)
D) high-density lipoproteins (HDLs)
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8
Arterial macrophages engulf oxidized LDL and become ____.

A) foam cells
B) a thrombus
C) an embolus
D) clots
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9
What condition significantly decreases the risk for cardiovascular disease?

A) elevated levels of C-reactive protein
B) metabolic syndrome
C) LDL cholesterol less than 100 mg/dl
D) High coronary calcium score
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10
What describes the relationship of over-the-counter (OTC) fish oil supplements to the treatment of hypertriglyceridemia?

A) OTC supplements typically provide 4 g of combined eicosapentaenoic acid (EPA) and docosahexanoic acid (DHA) per capsule.
B) OTC supplements provide small amounts of EPA/DHA, requiring the use of 10 to13 capsules daily.
C) OTC supplements contain so much EPA and DHA that the patient would be at risk for toxicity.
D) OTC supplements provide enough EPA and DHA, but they may cause depression and should be avoided
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11
What is a nonmodifiable risk factor for CHD?

A) diabetes mellitus
B) male sex
C) alcohol overconsumption
D) low HDL cholesterol
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12
The American Heart Association recommends eating at least ____ servings of fatty fish per week for CHD risk reduction.

A) two
B) three
C) four
D) five
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13
Medications most often prescribed for reducing LDL levels include ____.

A) aspirin
B) antihypertensives
C) statins
D) diuretics
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14
The stress of blood flow along the artery walls is known as ____.

A) shear stress
B) metabolic stress
C) inflammatory stress
D) thrombotic stress
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15
Elevated levels of the amino acid ________ impairs endothelial cell function in the heart, thereby increasing the risk for atherosclerosis.

A) proline
B) leucine
C) homocysteine
D) valine
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16
The most common cause of aneurysms (abnormal dilation of blood vessels) is ____.

A) genetic defects
B) external injury
C) advancing age
D) atherosclerosis
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17
What is the term for the accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in the walls of blood vessels?

A) Plaque
B) platelets
C) thrombosis
D) embolism
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18
Impaired blood circulation in the legs that can cause severe pain and weakness while walking is called ____.

A) angina pectoris
B) shearing
C) intermittent claudication
D) an aneurysm
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19
The subtle damage caused by disturbed blood flow initially leads to which response in the beginning stages of atherosclerosis?

A) inflammation
B) platelet aggregation
C) enzyme accumulation
D) foam cell development
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20
Which of the following best describes lipoprotein(a)?

A) a lipoprotein that transports triglycerides to the liver
B) a variant form of LDL that speeds the progression of atherosclerosis
C) a lipoprotein that removes cholesterol from the bloodstream
D) a compound that is formed after glucose combines with protein
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21
Dietary strategies for improving hypertension includes decreasing intake of foods containing ______ and increasing intake of foods containing _______.

A) calcium; iron
B) sodium; potassium
C) potassium; sodium
D) zinc; chloride
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22
Which type of program would most likely be provided to facilitate rehabilitation after a stroke?

A) physical therapy
B) smoking cessation classes
C) fitness training
D) stress management
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23
Which blood pressure reading is indicative of prehypertension?

A) 117/80 mm Hg
B) 125/80 mm Hg
C) 140/90 mm Hg
D) 140/80 mm Hg
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24
Harry has a doctor's appointment for his annual physical. The doctor has determined that Harry is at risk for a stroke and prescribes a(n) ____.

A) anticoagulant
B) statin
C) diuretic
D) low-sodium diet
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25
What is the significance of a transient ischemic attack (TIA)?

A) It is a warning sign that a severe stroke may follow
B) It causes permanent damage to the neurological system.
C) It requires intravenous tissue plasminogen activator.
D) It requires frequent monitoring but no other treatment.
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26
Which food is a good source of unsaturated fats?

A) avocados
B) palm kernel oil
C) cheese
D) organ meats
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27
Which condition has been identified as a nonmodifiable contributing risk factor for hypertension?

A) obesity
B) body mass index (BMI) >30
C) genetics
D) alcoholism
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28
What is a primary risk factor associated with the development of hypertension?

A) age between 35 and 45 years
B) high vegetable intake
C) Asian ethnicity
D) heavy alcohol intake
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29
Ideally, thrombolytic drugs should be used within ____ hours following an ischemic stroke.

A) 4.5
B) 5.5
C) 6.5
D) 7.5
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30
What is an example of a bile acid sequestrant medication?

A) Lipitor
B) Repatha
C) Colestid
D) Crestor
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31
The main source of trans fat in baked goods is ____.

A) Coconut oil
B) eggs
C) partially hydrogenated vegetable oil
D) canola oil
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32
Which individual is at the highest risk for stroke?

A) a 55-year-old Caucasian with a family history of heart disease
B) a 65-year-old African American with a history of hypertension
C) a 55-year-old Asian with a family history of osteoporosis
D) a 45-year-old Caucasian with a family history of diabetes
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33
Hemorrhagic strokes occur in about ____ percent of cases.

A) 5
B) 13
C) 56
D) 87
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34
Following stroke, rehabilitation programs typically begin ____.

A) within 24 hours after the stroke
B) as soon as possible after stabilization
C) 48 hours after stabilization
D) 72 hours after stabilization
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35
Dietary guidelines for the management of hypertension emphasize ____.

A) avoidance of calcium-rich foods
B) a diet rich in fresh fruits and vegetables
C) 6 oz of wine per day
D) avoidance of starchy foods
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36
Hypertension affects nearly ____ of adults in the United States.

A) one-fourth
B) one-third
C) one-half
D) two-thirds
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37
Hypertension caused by a known physical or metabolic disorder is termed ____ hypertension.

A) primary
B) secondary
C) essential
D) regulatory
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38
Following a heart attack, what type of diet would a patient most likely require?

A) low-carbohydrate diet
B) neutropenic diet
C) low-fiber diet
D) sodium-restricted diet
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39
One of the medications given for coronary heart disease prevention is the anticoagulant warfarin. Patients taking warfarin should be told to ____.

A) avoid vitamin D supplements, as they may increase the effects of warfarin
B) consume a moderate amount (two drinks for women, three for men) of alcohol daily
C) keep their vitamin K intake consistent
D) avoid antacids, as they may decrease the effectiveness of warfarin
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40
Which medication is prescribed to treat hypertension?

A) nicotinic acid
B) diuretics
C) thrombolytics
D) biguanides
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41
Monica is extremely weak following a bone marrow transplant to treat her cancer. She is anxious to regain her independence. Which item may help her drink beverages?

A) cut-out plastic cup
B) slotted cup
C) two-handed cup
D) covered cup
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42
Which of the following health care professionals evaluates the chewing and swallowing abilities of patients?

A) registered diet technician
B) registered dietitian
C) speech-language pathologist
D) physical therapist
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43
Mr. Silvestri is not able to grasp his utensils, nor can he feed himself. Which professional can best help him?

A) registered dietitian
B) registered nurse
C) occupational therapist
D) physical therapist
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44
What feeding intervention would be most appropriate for a patient with impaired vision

A) helping the patient assume the correct posture while eating
B) placing foods between teeth to promote chewing
C) providing plates with food guards to prevent spilling
D) making sure the patient's lips and jaw are closed while chewing
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45
Which medication reduces blood pressure by promoting vasodilation?

A) diuretics
B) ACE inhibitors
C) beta blockers
D) calcium channel blockers
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46
Left-sided heart failure often leads to ____.

A) pulmonary edema
B) ascites
C) esophageal varices
D) gastroparesis
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47
According to the DASH Eating Plan, a person on a 2000-kcal diet should include how many servings of milk products each day?

A) 2 to 3
B) 3 to 4
C) 4 to 5
D) 5 to 6
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48
Which dietary intervention would be most successful in reducing sodium intake?

A) selecting mostly packaged foods and canned goods
B) drinking 1 to 3 glasses of water each night before bed
C) substituting chicken broth for wine, milk, or water in recipes
D) avoiding putting salt on foods while at the table
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49
Generally, patients with heart failure benefit from a daily sodium restriction of ____ g.

A) 1 to 1.25
B) 1.5 to 3
C) 3.5 to 4
D) 4.5 to 5
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50
Which type of utensil may be helpful for an individual with extreme muscle weakness?

A) rocker or roller knives
B) flatware with built-up handles
C) flatware with modified handle
D) weighted utensils
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51
The term for severe malnutrition characterized by significant weight loss and tissue wasting associated with end-stage heart failure is ____.

A) cardiac cachexia
B) anorexia nervosa
C) dyspnea
D) tachycardia
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52
Participation in 90 to 150 minutes of moderate-to-vigorous aerobic activity in addition to three sessions of resistance training each week can potentially result in a decrease in systolic blood pressure of ____ mm Hg.

A) 1 to 2
B) 2 to 3
C) 4 to 8
D) 9 to 11
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53
Tina has uncontrolled tremors as a result of traumatic brain injury. Which item may help her feed herself independently?

A) rocker or roller knives
B) flatware with built-up handles
C) flatware with modified handle
D) weighted utensils
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54
Doyle experiences limited neck motion because of degenerative disc disease. Which item may help him drink beverages?

A) cut-out plastic cup
B) slotted cup
C) two-handed cup
D) covered cup
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55
Which medication reduces blood pressure by reducing blood volume?

A) diuretics
B) angiotensin-converting enzyme (ACE) inhibitors
C) beta blockers
D) calcium channel blockers
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56
The DASH Eating Plan limits total cholesterol to less than ____ mg per day.

A) 150
B) 200
C) 300
D) 350
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57
When patients have edema associated with chronic heart failure, physicians usually order ____.

A) cholesterol restriction and bile acid sequestrants
B) saturated fat restriction and corticosteroids
C) sodium restriction and diuretics
D) carbohydrate restriction and insulin
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58
Michael, who was right-handed, suffered the traumatic amputation of his right arm below the elbow in an industrial accident. Which item may help him feed himself independently?

A) rocker or roller knives
B) flatware with built-up handles
C) flatware with modified handle
D) weighted utensils
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59
Margaret Leland is 76 years old; she is retired and lives alone. Her only daughter lives two hours away. She has a history of heart attack, smoking for 20 years, hypertension, and type 2 diabetes. She reports decreased appetite and disinterest in food. Ms. Leland is admitted to the cardiac unit with shortness of breath and pulmonary edema. What is the most likely diagnosis?

A) stroke
B) heart failure
C) chronic obstructive pulmonary disease
D) myocardial infarction
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60
Ms. Conley has congestive heart failure with liver enlargement. What should she avoid?

A) liquid supplements
B) high-fiber foods
C) alcohol
D) exercise
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61
Ms. Leland is discharged from the hospital and returns for her follow-up appointment reporting continued severe constipation. What is likely contributing to her constipation?

A) increased activity
B) diuretic usage
C) increased intake of food
D) increased intake of water
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62
Margaret Leland Ms. Leland has developed constipation. What nutrition intervention is most appropriate?

A) high-calorie, high-protein diet
B) low-sodium diet
C) low-carbohydrate diet
D) high-fiber diet
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63
Match between columns
causes damage when bleeding within the brain destroys or compresses brain tissue
embolism
causes damage when bleeding within the brain destroys or compresses brain tissue
hemorrhagic stroke
causes damage when bleeding within the brain destroys or compresses brain tissue
cardiac cachexia
causes damage when bleeding within the brain destroys or compresses brain tissue
plaque
causes damage when bleeding within the brain destroys or compresses brain tissue
myocardial infarction
causes damage when bleeding within the brain destroys or compresses brain tissue
embolus
causes damage when bleeding within the brain destroys or compresses brain tissue
aneurysm
causes damage when bleeding within the brain destroys or compresses brain tissue
ischemic stroke
causes damage when bleeding within the brain destroys or compresses brain tissue
transient ischemic attack
causes damage when bleeding within the brain destroys or compresses brain tissue
ischemia
causes damage when bleeding within the brain destroys or compresses brain tissue
cerebrovascular accident
causes damage when bleeding within the brain destroys or compresses brain tissue
thrombosis
causes damage when bleeding within the brain destroys or compresses brain tissue
thrombus
causes damage when bleeding within the brain destroys or compresses brain tissue
angina pectoris
causes damage when bleeding within the brain destroys or compresses brain tissue
heart failure
an abnormal particle, like a blood clot or air bubble, that travels in the blood
embolism
an abnormal particle, like a blood clot or air bubble, that travels in the blood
hemorrhagic stroke
an abnormal particle, like a blood clot or air bubble, that travels in the blood
cardiac cachexia
an abnormal particle, like a blood clot or air bubble, that travels in the blood
plaque
an abnormal particle, like a blood clot or air bubble, that travels in the blood
myocardial infarction
an abnormal particle, like a blood clot or air bubble, that travels in the blood
embolus
an abnormal particle, like a blood clot or air bubble, that travels in the blood
aneurysm
an abnormal particle, like a blood clot or air bubble, that travels in the blood
ischemic stroke
an abnormal particle, like a blood clot or air bubble, that travels in the blood
transient ischemic attack
an abnormal particle, like a blood clot or air bubble, that travels in the blood
ischemia
an abnormal particle, like a blood clot or air bubble, that travels in the blood
cerebrovascular accident
an abnormal particle, like a blood clot or air bubble, that travels in the blood
thrombosis
an abnormal particle, like a blood clot or air bubble, that travels in the blood
thrombus
an abnormal particle, like a blood clot or air bubble, that travels in the blood
angina pectoris
an abnormal particle, like a blood clot or air bubble, that travels in the blood
heart failure
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
embolism
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
hemorrhagic stroke
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
cardiac cachexia
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
plaque
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
myocardial infarction
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
embolus
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
aneurysm
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
ischemic stroke
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
transient ischemic attack
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
ischemia
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
cerebrovascular accident
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
thrombosis
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
thrombus
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
angina pectoris
failure of the heart to pump adequate blood, resulting in fluid congestion in tissues and veins leading to the heart
heart failure
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
embolism
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
hemorrhagic stroke
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
cardiac cachexia
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
plaque
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
myocardial infarction
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
embolus
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
aneurysm
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
ischemic stroke
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
transient ischemic attack
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
ischemia
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
cerebrovascular accident
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
thrombosis
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
thrombus
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
angina pectoris
temporary reduction in blood flow to the brain, which causes temporary symptoms that vary depending on the part of the brain affected
heart failure
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
embolism
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
hemorrhagic stroke
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
cardiac cachexia
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
plaque
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
myocardial infarction
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
embolus
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
aneurysm
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
ischemic stroke
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
transient ischemic attack
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
ischemia
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
cerebrovascular accident
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
thrombosis
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
thrombus
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
angina pectoris
condition caused by ischemia in the heart muscle that results in discomfort or dull pain in the chest region; the pain often radiates to the left shoulder and arm, or to the back, neck, and lower jaw
heart failure
inadequate blood supply to tissues due to obstructed blood flow through arteries
embolism
inadequate blood supply to tissues due to obstructed blood flow through arteries
hemorrhagic stroke
inadequate blood supply to tissues due to obstructed blood flow through arteries
cardiac cachexia
inadequate blood supply to tissues due to obstructed blood flow through arteries
plaque
inadequate blood supply to tissues due to obstructed blood flow through arteries
myocardial infarction
inadequate blood supply to tissues due to obstructed blood flow through arteries
embolus
inadequate blood supply to tissues due to obstructed blood flow through arteries
aneurysm
inadequate blood supply to tissues due to obstructed blood flow through arteries
ischemic stroke
inadequate blood supply to tissues due to obstructed blood flow through arteries
transient ischemic attack
inadequate blood supply to tissues due to obstructed blood flow through arteries
ischemia
inadequate blood supply to tissues due to obstructed blood flow through arteries
cerebrovascular accident
inadequate blood supply to tissues due to obstructed blood flow through arteries
thrombosis
inadequate blood supply to tissues due to obstructed blood flow through arteries
thrombus
inadequate blood supply to tissues due to obstructed blood flow through arteries
angina pectoris
inadequate blood supply to tissues due to obstructed blood flow through arteries
heart failure
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
embolism
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
hemorrhagic stroke
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
cardiac cachexia
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
plaque
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
myocardial infarction
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
embolus
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
aneurysm
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
ischemic stroke
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
transient ischemic attack
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
ischemia
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
cerebrovascular accident
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
thrombosis
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
thrombus
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
angina pectoris
abnormal enlargement or bulging of a blood vessel (usually an artery) caused by damage to or weakness in the blood vessel wall
heart failure
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
embolism
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
hemorrhagic stroke
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
cardiac cachexia
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
plaque
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
myocardial infarction
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
embolus
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
aneurysm
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
ischemic stroke
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
transient ischemic attack
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
ischemia
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
cerebrovascular accident
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
thrombosis
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
thrombus
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
angina pectoris
an abnormal accumulation of fatty deposits, smooth muscle cells, and fibrous connective tissue in blood vessels
heart failure
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
embolism
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
hemorrhagic stroke
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
cardiac cachexia
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
plaque
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
myocardial infarction
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
embolus
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
aneurysm
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
ischemic stroke
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
transient ischemic attack
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
ischemia
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
cerebrovascular accident
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
thrombosis
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
thrombus
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
angina pectoris
severe malnutrition associated with heart failure that causes weight loss and tissue wasting
heart failure
the formation or presence of a blood clot in vessels
embolism
the formation or presence of a blood clot in vessels
hemorrhagic stroke
the formation or presence of a blood clot in vessels
cardiac cachexia
the formation or presence of a blood clot in vessels
plaque
the formation or presence of a blood clot in vessels
myocardial infarction
the formation or presence of a blood clot in vessels
embolus
the formation or presence of a blood clot in vessels
aneurysm
the formation or presence of a blood clot in vessels
ischemic stroke
the formation or presence of a blood clot in vessels
transient ischemic attack
the formation or presence of a blood clot in vessels
ischemia
the formation or presence of a blood clot in vessels
cerebrovascular accident
the formation or presence of a blood clot in vessels
thrombosis
the formation or presence of a blood clot in vessels
thrombus
the formation or presence of a blood clot in vessels
angina pectoris
the formation or presence of a blood clot in vessels
heart failure
the obstruction of a blood vessel by an embolus, causing sudden tissue death
embolism
the obstruction of a blood vessel by an embolus, causing sudden tissue death
hemorrhagic stroke
the obstruction of a blood vessel by an embolus, causing sudden tissue death
cardiac cachexia
the obstruction of a blood vessel by an embolus, causing sudden tissue death
plaque
the obstruction of a blood vessel by an embolus, causing sudden tissue death
myocardial infarction
the obstruction of a blood vessel by an embolus, causing sudden tissue death
embolus
the obstruction of a blood vessel by an embolus, causing sudden tissue death
aneurysm
the obstruction of a blood vessel by an embolus, causing sudden tissue death
ischemic stroke
the obstruction of a blood vessel by an embolus, causing sudden tissue death
transient ischemic attack
the obstruction of a blood vessel by an embolus, causing sudden tissue death
ischemia
the obstruction of a blood vessel by an embolus, causing sudden tissue death
cerebrovascular accident
the obstruction of a blood vessel by an embolus, causing sudden tissue death
thrombosis
the obstruction of a blood vessel by an embolus, causing sudden tissue death
thrombus
the obstruction of a blood vessel by an embolus, causing sudden tissue death
angina pectoris
the obstruction of a blood vessel by an embolus, causing sudden tissue death
heart failure
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
embolism
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
hemorrhagic stroke
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
cardiac cachexia
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
plaque
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
myocardial infarction
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
embolus
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
aneurysm
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
ischemic stroke
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
transient ischemic attack
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
ischemia
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
cerebrovascular accident
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
thrombosis
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
thrombus
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
angina pectoris
sudden tissue death caused by blockages of blood vessels that feed the heart muscle
heart failure
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
embolism
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
hemorrhagic stroke
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
cardiac cachexia
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
plaque
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
myocardial infarction
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
embolus
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
aneurysm
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
ischemic stroke
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
transient ischemic attack
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
ischemia
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
cerebrovascular accident
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
thrombosis
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
thrombus
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
angina pectoris
an injury to brain tissue due to disturbed blood flow through arteries that supply blood to the brain
heart failure
a blood clot formed within a blood vessel that remains attached to its place of origin
embolism
a blood clot formed within a blood vessel that remains attached to its place of origin
hemorrhagic stroke
a blood clot formed within a blood vessel that remains attached to its place of origin
cardiac cachexia
a blood clot formed within a blood vessel that remains attached to its place of origin
plaque
a blood clot formed within a blood vessel that remains attached to its place of origin
myocardial infarction
a blood clot formed within a blood vessel that remains attached to its place of origin
embolus
a blood clot formed within a blood vessel that remains attached to its place of origin
aneurysm
a blood clot formed within a blood vessel that remains attached to its place of origin
ischemic stroke
a blood clot formed within a blood vessel that remains attached to its place of origin
transient ischemic attack
a blood clot formed within a blood vessel that remains attached to its place of origin
ischemia
a blood clot formed within a blood vessel that remains attached to its place of origin
cerebrovascular accident
a blood clot formed within a blood vessel that remains attached to its place of origin
thrombosis
a blood clot formed within a blood vessel that remains attached to its place of origin
thrombus
a blood clot formed within a blood vessel that remains attached to its place of origin
angina pectoris
a blood clot formed within a blood vessel that remains attached to its place of origin
heart failure
causes injury when blood flow within brain tissue is obstructed
embolism
causes injury when blood flow within brain tissue is obstructed
hemorrhagic stroke
causes injury when blood flow within brain tissue is obstructed
cardiac cachexia
causes injury when blood flow within brain tissue is obstructed
plaque
causes injury when blood flow within brain tissue is obstructed
myocardial infarction
causes injury when blood flow within brain tissue is obstructed
embolus
causes injury when blood flow within brain tissue is obstructed
aneurysm
causes injury when blood flow within brain tissue is obstructed
ischemic stroke
causes injury when blood flow within brain tissue is obstructed
transient ischemic attack
causes injury when blood flow within brain tissue is obstructed
ischemia
causes injury when blood flow within brain tissue is obstructed
cerebrovascular accident
causes injury when blood flow within brain tissue is obstructed
thrombosis
causes injury when blood flow within brain tissue is obstructed
thrombus
causes injury when blood flow within brain tissue is obstructed
angina pectoris
causes injury when blood flow within brain tissue is obstructed
heart failure
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64
Discuss the nutritional concerns associated with patients who have suffered a stroke.
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65
Brian Schmidt is a 58-year-old lawyer with a history of hypertension. His blood pressure has been under fairly good control with prescription medication. His secretary notices that he had a period of confusion and difficulty speaking at a meeting. She advises him to see his doctor. What best explains Brian's symptoms?

A) transient ischemic attack
B) myocardial infarction
C) hypoglycemia
D) thrombosis
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66
Over time, Ms. Leland suffers from cardiac cachexia, and the physician will most likely order ______ to help meet her nutritional needs.

A) enteral or parenteral nutrition
B) high carbohydrate low fat diet
C) mechanically altered diet
D) low-carbohydrate diet
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67
Margaret Leland The prognosis for cardiac cachexia is ____.

A) generally good
B) fair
C) fair, with prompt intervention
D) poor
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68
The physician informs the family that Brian has an obstruction of blood flow to the brain, also known as ____.

A) a myocardial infarction
B) angina
C) a hemorrhagic stroke
D) an ischemic stroke
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69
What is the interrelationship between atherosclerosis and hypertension?
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70
Describe when it might be appropriate to initiate drug therapy for people with CHD. What types of drug therapies are used?
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71
Brian is stable and will be transferred to a rehabilitation center. He has developed dysphagia as a result of his stroke. What is the best way to meet his nutritional needs?

A) Apply downward pressure to the tongue with a spoon.
B) Provide plates with food guards.
C) Provide thickened liquids and pureed foods.
D) Place foods in similar locations on the plate at each meal.
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72
Margaret Leland Which medication is appropriate to improve Ms. Leland's fluid status?

A) diuretic
B) vasodilator
C) insulin
D) anticoagulant
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73
List four feeding-related problems and describe corresponding interventions.
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74
Describe risk factors for stroke that can be modified and how.
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75
Brian ignores these warning signs and does not see his physician. Eight months later, Brian's son finds him lying on the floor of his bathroom. Brian most likely has ____.

A) heart failure
B) angina
C) suffered a stroke
D) an acutely bleeding ulcer
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76
As Brian recovers his diet is progressively advanced. The dietitian recommends that he follow the DASH Eating Plan. This eating plan promotes intake of foods that are _________

A) high in potassium, calcium, and magnesium, and low in sodium
B) low in fiber and potassium, and high in sodium and calcium
C) low in sodium and contain no more than 250 mg of cholesterol per day
D) high in calcium and fluoride, and low in iron and magnesium
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Unlock Deck
Unlock for access to all 76 flashcards in this deck.