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

A

PS

17
Q

RVs and PAs should be equal

A

true

18
Q

RVed is elevated during tamponade

A

true

19
Q

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

A

false

20
Q

intrventricular gradient from the RVA and RVot means

A

infundibular stenosis

21
Q

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

A

TS

22
Q

PA 40/10

A

PR

23
Q

RV 50/2/8 PA 25/15

A

PS

24
Q

PA 60/30 PCW 12/14/10

A

COPD

25
Q

A-v valve regurge shows which hemodynamic finding

A

Canon v waves

26
Q

semilunar valves stenosis is shown as which hemodynamic finding

A

systolic gradient

27
Q

a-v valve stenosis is shown as which hemodynamic finding

A

diastolic gradient

28
Q

semilunar valves incompetence is shown as which hemodynamic incompetence

A

wide pulse pressure

29
Q

respiratory variation and high RV mean

A

PS