CVIU Vascular Week
7
1. the ratio of ankle systolic pressure to brachial systolic pressure: ankle brachial index
2. pain while standing, relieved by rest: claudication
3. an indirect physiologic test that detects changes in back scattering infrared light as an indicator of tissue
profusion: photoplethysmography
4. an indirect physiologic test that measures the change in volume or imped- ance in a whole body, organ, or
limb: plethysmography
5. vasospasms of the digital arteries brought out by exposure to cold: ray- nauds disease
6. pain in the extremities without exercise or activity: rest pain
7. compression of the brachial nerve plexus, subclavian artery, or subclavian vein at the region where these
structures enter or exit the thoracic cavity: tho- racic outlet syndrome
8. AKA for the internal iliac arteries: hypogastric
9. what does the hypogastric artery feed?: pelvic organs but not gonards
10.cardiac contraction aortic
valve opens
high velocity ejection of blood: early systole
11.rapid deceleration and aortic valve closes dicrotic notch
represents aortic valve closure results in temporary flow reversal
pressure wave hits peripheral resistance: late systole/early diastole
12.low velocity or no forward flow
depends upon the resistance of the vascular bed: late diastole
13.Arterioles are known as vessels.: resistance
14.the ability of vascular beds to maintain constant blood flow: auto regulation
15.Vasoconstriction and dilation are controlled by the:: sympathetic nervous system
16.The right heart affects flow.: venous
17.The left heart affects flow.: arterial
18.A normal patient at rest should present arterial waveforms.: multipha- sic
1/
14
, CVIU Vascular Week
7
19.A normal patient after exercise should present arterial waveforms.: -
monophasic
20.The upstroke represents:: acceleration time, systole, where blood is coming from
21.After the downstroke represents:: diastole, where blood is going
22.Normal arterial flow =: forward flow in systole with late systolic flow reversal
2/
14
7
1. the ratio of ankle systolic pressure to brachial systolic pressure: ankle brachial index
2. pain while standing, relieved by rest: claudication
3. an indirect physiologic test that detects changes in back scattering infrared light as an indicator of tissue
profusion: photoplethysmography
4. an indirect physiologic test that measures the change in volume or imped- ance in a whole body, organ, or
limb: plethysmography
5. vasospasms of the digital arteries brought out by exposure to cold: ray- nauds disease
6. pain in the extremities without exercise or activity: rest pain
7. compression of the brachial nerve plexus, subclavian artery, or subclavian vein at the region where these
structures enter or exit the thoracic cavity: tho- racic outlet syndrome
8. AKA for the internal iliac arteries: hypogastric
9. what does the hypogastric artery feed?: pelvic organs but not gonards
10.cardiac contraction aortic
valve opens
high velocity ejection of blood: early systole
11.rapid deceleration and aortic valve closes dicrotic notch
represents aortic valve closure results in temporary flow reversal
pressure wave hits peripheral resistance: late systole/early diastole
12.low velocity or no forward flow
depends upon the resistance of the vascular bed: late diastole
13.Arterioles are known as vessels.: resistance
14.the ability of vascular beds to maintain constant blood flow: auto regulation
15.Vasoconstriction and dilation are controlled by the:: sympathetic nervous system
16.The right heart affects flow.: venous
17.The left heart affects flow.: arterial
18.A normal patient at rest should present arterial waveforms.: multipha- sic
1/
14
, CVIU Vascular Week
7
19.A normal patient after exercise should present arterial waveforms.: -
monophasic
20.The upstroke represents:: acceleration time, systole, where blood is coming from
21.After the downstroke represents:: diastole, where blood is going
22.Normal arterial flow =: forward flow in systole with late systolic flow reversal
2/
14
