This Vascular Final Study Guide Part 4 assesses key knowledge in vascular technology, focusing on renal artery flow, stenosis, DVT characteristics, and subclavian steal syndrome. It's designed for learners preparing for advanced medical certifications.
Supine
Prone
RLD
LLD
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The splenic artery
The superior mesenteric artery
The renal artery
The aorta
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Mesenteric angina
Reno-vascular hypertension
Diabetes
Alcoholic cirrhosis
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Normal flow velocity for the renal arteries
Diameter reduction of the renal artery of 30%
Diameter reduction of the renal artery of 60% or greater
A tortuous renal artery
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Spontaneous
Phasic
Non pulsatile
All of the above
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Fusiform
Saccular
Dissecting
Reniform
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Cold blue toes
Redness in the affected extremity
Brachial blood pressures differing by 15-20 mm/Hg
Numbness in the affected extremity
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Use of color doppler
Use of the valsalva maneuver
Proximal augmentation
All of the above
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Reverse component
Pulsatile
Forward flow in late diastole
All of the above
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Pressure and velocity are inversely related
Inertia and resistance are directly related
When pressure changes, resistance increases
Greater energy losses occur with multiple stenosis
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The basilic vein
The radial vein
The ulnar vein
The cephalic vein
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Greater than 1.5
Less than 1.5
Greater than 3.5
Less than 3.5
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3 cm
5 cm
10 cm
1.5 cm
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3.5 MHz
7.5 MHz
10.0 MHz
12.0 MHz
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Reynold's Critical Number
Poiseuille's Equation
Bernoulli's Law
Snell's Law
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Low resistance
High resistance
May show evidence of both high and low resistance
Monophasic
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It will be closely followed
It is not of concern if the patient has no symptoms
Surgery will be performed
Ultrasound follow up examination will be performed until it is 5 cm
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DVT
Poor angle of insonation
The filter is set too high
Arterial shadowing
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7.5 MHz
5.0 MHz
3.5 MHz
2.0 MHz
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Spongy texture
Poor attachment to wall
Highly echogenic
Dilated vessel
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In the cranium
At the bifurcation of the ICA and ECA
At the level of the second ECA branch
At the point where the vertebral arteries merge and form the basilar artery
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Kinetic energy
Pressure energy
Hydrostatic energy
Resistance energy
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Sliding
Rocking
Rotating
Angling
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Highly resistive
Collateral
Hepatofugal
Changeable after ingestion of a high caloric meal
None of the above
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Posterior cerebral arteries
Anterior cerebral arteries
Middle cerebral arteries
Vertebral arteries
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The normal resistance of the vessel
To ascertain if resistance is increasing
To ascertain if resistance is decreasing
None of the above
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Inferior to the SMA and superior to the IMA
Inferior to the renal arteries
Inferior to the bifurcation of the aorta
Superior to the diaphragm in the thoracic aorta
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Systolic velocities increase
Diastolic velocities increase
Systolic velocities decrease
Diastolic velocities decrease
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40% or greater
50% or greater
60% or greater
80% or greater
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