blood pressure monitoring Flashcards

1
Q

MAP formula

A

(SBP + DBP + DBP) / 3 OR DBP+((SPB-DPB)/3)

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2
Q

noninvasive method uses

A

return to flow

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3
Q

automatic machines use ___ variation

A

oscillometric

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4
Q

should be able to get _ finger beneath the BP cuff

A

1

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5
Q

contraindications for A-line

A

compromised arterial supply, reynard’s, thromboangitis obliterans

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6
Q

complications of a-line

A

limb ischemia, infection, hematoma, broken arterial catheter, thrombosis, air emboli

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7
Q

area under the curve for A-line tracing is

A

MAP

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8
Q

what part of the arterial waveform represents diastole

A

after the dicrotic notch

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9
Q

the further you get from the aorta, the ___ the systolic peak

A

taller

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10
Q

the further you get from the aorta, the ___ the pulse pressure

A

wider

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11
Q

the further you get from the aorta, the __ end diastolic pressure

A

lower

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12
Q

distal systolic pulse amplification

A

the systolic peak is steeper the further down the arterial tree you travel because of reflected waves

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13
Q

BP cuff should be long enough to wrap around __ % of the extremity

A

80

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14
Q

the ideal bladder width is __% the circumference of the patient’s arm

A

40

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15
Q

in an underdampened system, SPB is ___ and DBP is ___

A

overestimated, underestimated

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16
Q

in an overdampened system, SBP is __ and DBP is ___

A

underestimated, overestimated

17
Q

causes of overdamnpened

A

air bubble or clot in pressure tubing or low flush pressure bag

18
Q

distance from subclavian to vc ra juntion

A

10

19
Q

distance from r IJ to vc and ra junction

A

15

20
Q

distance from left IJ to junctio

A

20

21
Q

distance from fem to junction

A

40

22
Q

ra catheter tip

A

0-10

23
Q

rv catheter tip

A

10-15

24
Q

pa catheter tip

A

15-30

25
Q

POAP catheter tip

A

25-35

26
Q

every 10 cm, bp changes by

A

7.4

27
Q

every inch, bp changes by

A

2

28
Q

PAOP overestimates LVEDV

A

peep and diastolic dysfunction

29
Q

PAOP underestimates LVEDV

A

aortic insufficiency

30
Q

cardiac output thermodilution graphs

A

inject ate temp vs time

31
Q

high injectate causes ____ CO

A

low

32
Q

low injectate __ CO

A

overestimates

33
Q

too warm will ___ CO

A

overestimate

34
Q

partially wedged PA will ___ CO

A

overestimate

35
Q

CO is ____ proportional to area under the curve for thermodiluatoin

A

inversely

36
Q

svo2 increased by

A

L to R shunt, cyanide tox, sepsis, hypothermia

37
Q

svo2 decreased by

A

anemia, thyroid storm, stress, pain, shivering,

38
Q

svo2 increased by

A

decreased consumption, increased delivery

39
Q

svo2 decreased by

A

increased consumption, decreased delivery