hemodynamics Flashcards

1
Q

PAWP norm

A

5 - 12

mmHg

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2
Q

afterload equation

A

SVR= [(MAP - RAP)/CO] x 80

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3
Q

SVR norm

A

800 - 1200

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4
Q

DO2 equation

A

CI x hgb x 1.34 x SaO2 x 10

SaO2 = decimal %age

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5
Q

VO2 equation

A

CI x hgb x 1.34 x (SaO2-SVO2) x 10

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6
Q

equation to determine how much your toes ate and norm

A

VO2 / DO2

~25%

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7
Q

pulmonary systolic norm

A

20 - 30

mmHg

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8
Q

pulmonary diastolic norm

A

5 - 10

mmHg

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9
Q

CO norm

A

4 - 6

L/min

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10
Q

CI norm

A

2.2 / 4.0

L/min/m^2

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11
Q

SVO2 norm

A
60 = 80%
higher = priority cells not being fed
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12
Q

CVP norm

A

2 - 4 mmHg

CVP is RAP

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13
Q

MAP norm

A

70 - 100 mmHg

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14
Q

PAC assumptions

A

no mitral valve disease
no excessive PEEP (false high)
no pulmonary hypertension

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15
Q

hemodynamics: monitor for critically ill patients

A

CI (CO), PAWP, hgb, SaO2, SVO2

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16
Q

critically ill patient hemodynamics - question to consider

A

are CO, hgb, and SaO2 sufficient to meet body demands?

17
Q

what can you do to improve CI?

A

inotrope
preload
check SVR

18
Q

how do you change hgb level?

A

blood transfusion (consider risk v benefits!!)

19
Q

MAP

A

(SBP + 2DBP)/3