Susan's CV questions that work for this format. . . .
Acute
Subacute
Chronic
Margination
Pavementation
Emigration
Chemotaxis
Kidneys
Lymph
Heart
Lungs
Liver
All of the above
None of the above
True
False
Sodium ions
Platelets
Albumin
Gastrin
True
False
Acites
Anasarca
Lymphedema
Hypertension
Saccular
Beriberi
Fusiform
Dissecting
Dissecting
Fusiform
Berry
Saccular
Stroke
Tunica Externa
Tunica Media
Tunica Intema
Posterior tibial
Anterior tibial
Genicular
Popliteal
None of the above
Occlusive
Hemorrhagic
Ischemic
A & B
All of the above
True
False
Cell death due to blood supply loss
The weight of the blood against the wall
Substance moving in the blood stream
Inadequate perfusion
More than normal blood congestion
Result of platelet activation
Cell death due to blood supply loss
The weight of the blood against the wall
Substance moving in the blood stream
Inadequate perfusion
More than normal blood congestion
Result of platelet activation
Cell death due to blood supply loss
The weight of the blood against the wall
Substance moving in the blood stream
Inadequate perfusion
More than normal blood congestion
Result of platelet activation
Cell death due to blood supply loss
The weight of the blood against the wall
Substance moving in the blood stream
Inadequate perfusion
More than normal blood congestion
Result of platelet activation
Cell death due to blood supply loss
The weight of the blood against the wall
Substance moving in the blood stream
Inadequate perfusion
More than normal blood congestion
Result of platelet activation
Cell death due to blood supply loss
The weight of the blood against the wall
Substance moving in the blood stream
Inadequate perfusion
More than normal blood congestion
Result of platelet activation
Right ventricle
Right atrium
Left ventricle
Left atrium
Left atrium and ventricle
Right atrium and ventricle
Right atrium and left atrium
Right ventricle and left ventricle
A decrease in diastolic filling time will increase the force of the contraction
The more stretch that is placed on the myocardial fibres, the stronger the contraction
Increased heart rate will increase the strength of the ventricular contraction
Chamber dilation and myocardial hypertrophy will increase heart rate
Subtract the systolic from the diastolic pressure
Observe the quality of the client's nail beds
Add the diastolic pressure to one third of the pulse pressure
Add the diastolic pressure to the pulse pressure
The total resistance of all blood vessels downstream from the aorta
Combined effects for blood vessel tone, blood volume, and the viscosity of the blood
The sum of all structures that inhibit the flow of blood in the peripheral circulation
All of the above describe TPR
None of the above describe TPR
Right ventricle stress
Right atrium stress
Left ventricle stress
Left atrium stress
Pulmonary hypertension
Shortness of breath
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