Test 3 RV hw Flashcards

1
Q

EDP in RV measures

A

preload

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2
Q

in left to right VSD what happens to pressures

A

increase

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3
Q

respiratory variation in RV means

A

PS

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4
Q

Simultaneous RV-LV pressures is used for

A

cp and RC

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5
Q

pulmonic valve area is 1.1 what is shown in the hemodynamic

A

systolic gradient between RV and PA

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6
Q

diastolic gradient between RA and RV means

A

TS

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7
Q

untreated VSD leads to

A

Higher RV pressures than LV

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8
Q

RV aoec and RV outflow is used to find

A

infundibular stenosis

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9
Q

kussmaul’s sign is indicated by

A

respiratory variation in the Ra and RV

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10
Q

diastolic elevation of the RV to the same height as all the other right heart pressures mean

A

cardiac tamponade

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11
Q

Right pressures are elevated means

A

LV failure backing up to the right side

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12
Q

RV 39/3/9 PA 24/24

A

PS

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13
Q

RAm=

A

RVedp

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14
Q

elevated RVedp means

A

RV failure

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15
Q

pericardial fluid exceeds 60 ml what happens to the pressures

A

all increase

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16
Q

a systolic gradient between RV and pa means

17
Q

RVs and PAs should be equal

18
Q

RVed is elevated during tamponade

19
Q

in pulmonary htn there is a systolic gradient between RV and the pa

20
Q

intrventricular gradient from the RVA and RVot means

A

infundibular stenosis

21
Q

RA 18/16/15 RV 25/0/4

22
Q

PA 40/10

23
Q

RV 50/2/8 PA 25/15

24
Q

PA 60/30 PCW 12/14/10

25
A-v valve regurge shows which hemodynamic finding
Canon v waves
26
semilunar valves stenosis is shown as which hemodynamic finding
systolic gradient
27
a-v valve stenosis is shown as which hemodynamic finding
diastolic gradient
28
semilunar valves incompetence is shown as which hemodynamic incompetence
wide pulse pressure
29
respiratory variation and high RV mean
PS