Test 3 RV notes Flashcards

1
Q

diastolic gradient between Ra m and RV EDP means

A

TS

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2
Q

systolic gradient between RV and pa

A

PS

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3
Q

intraventricular gradient between RVA and RVOT

A

hocm of the right

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4
Q

pressures elevating and equalizing drop in systole and increase in diastole

A

tamponade

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5
Q

RV being sampled continously with LV

A

constrictive/restrictive

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6
Q

RA normal pressures and morphology

A

a/v/m 5-14/5-10/4-8

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7
Q

PCW normal pressures and morphology

A

a/v/m 10-24/ 10-20/ 10-15

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8
Q

PA normal pressures and morphology

A

s/d/m 25-30/1015/12-18?

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9
Q

RV normal pressures and morphology

A

s/ed/edp 25-30/0/4-8

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10
Q

PA RV PCW PA which values should match?

A

PAs=RVs RAm=RVedp PAm=PAd

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11
Q

which waveforms have dicrotic notches in the right

A

PA

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12
Q

where does atrial kick come in

A

before EDP

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13
Q

where on RV does PV open

A

systole

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14
Q

where on RV does PV close

A

diastole

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15
Q

what doesn’t change in isovolumetric contraction and relaxation

A

volume

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16
Q

when PAs and RVs match but elevated

A

pulmonary htn

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17
Q

when RVs is elevated and doesn’t match PAs

A

PS

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18
Q

what decreases RVs

A

hypocalcemia cardiogenic shock tamponade

19
Q

square root is found in

A

RV and LV

20
Q

dip and plateau means

A

CP/RC

21
Q

RC what happens to RV and LV

A

concordance

22
Q

CP wha happens to RV and LV

A

discordance

23
Q

m’s or w’s means

A

CP/RC kussmaul’s

24
Q

RVs increases due to what reasons

A

PA obstruction (COPD,chf)
pulmonary htn
infundibular stenoiss hocm
PS
eisnemenger
VSD an asd

25
Q

COPD and chf is known as

A

pa obstruction

26
Q

high pa that causes Rv to elevate to get at least 1 mm higher

A

pulmonary htn

27
Q

hocm of the right

A

infundibular stenosis

28
Q

increase in RV and decrease in pa is

A

ps

29
Q

PVR>SVR

A

eisenmengers

30
Q

not enough fluids

A

hypovalemia

31
Q

what causes RVs and RVedp to increase while RVd to decrease

A

tamponade

32
Q

Higher HR than BP is

A

cardiogenic shock

33
Q

kussmauls can only be seen on which waveform (the respiratory variation)

A

Ra

34
Q

respiratory variation in the RV and elevated RVs but equals elevated PAs

A

pulmonary htn

35
Q

elevated PAs RAs RAm RVedp

A

RV failure

36
Q

RV failure causes RV dialtion

A

TR

37
Q

amount of blood in heart before ejection

A

preload

38
Q

av and PV normal valve diameter

A

3-5cm

39
Q

tv RV normal valve diameter

A

4-6cm

40
Q

higher diastole but shorter systole is known as

A

wide pulse pressure

41
Q

echo imaging is used for

A

pericardial effusion

42
Q

atrial mean is =

A

1 systole+2 diastole/3

43
Q
A