Normal values Flashcards by Julia Newman

Q

PiO2

A

150 Denver: 120

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Q

FEV/FVC

A

0.8

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Q

HCO3-

A

24 (21-27)

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Q

SAT

A

97.5 Denver 95%

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Q

Patm SL

A

760

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Q

CaO2

A

20.7 Denver: 19

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Q

SAT

A

97.5 Denver 95%

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Q

PH2O

A

47

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Q

Patm SL

A

760

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Q

A-a Gradient

A

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Q

PVR

A

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Q

PaCO2

A

40 (36-44) Denver: 35

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Q

mPAP

A

15-18mmHg (Pulmonary HTN >25)

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Q

mPAP

A

15-18mmHg (Pulmonary HTN >25)

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Q

CaCO2

A

44 Denver: 42

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Q

TLC

A

~7.5

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Q

PH2O

A

47

Q

Fio2

A

.21

Q

pH

A

7.41 (7.38-7.43)

Q

VT, TV

A

=CO= 5L or 500ml

Q

RV

A

~1.5L

Q

R

A

0.8

Q

pH

A

7.41 (7.38-7.43)

Q

PaO2

A

104 Denver: 80

Q

HCO3-

A

24 (21-27)

Q

PaO2

A

104 Denver: 80

Q

A-a Gradient

A

Q

FRC

A

~2.5L=TGV Increased TGV–> increased compliance (emphysema) Decreased TGV–> loss of surfactant, or compliance

Q

FRC

A

~2.5L

Q

PaCO2

A

40 (36-44) Denver: 35

Q

FEV/FVC

A

0.8

Q

FRC

A

~2.5L

Q

PiO2

A

150 Denver: 120

Q

CaCO2

A

44 Denver: 42

Q

R

A

0.8

Q

Patm Denver

A

630

Q

Patm Denver

A

630

Q

CaO2

A

20.7 Denver: 19

Q

V/Q

A

1

Q

SaO2, SvO2

A

98%, 75%

Q

VO2

A

~240 (O2 consumption)

VO2 = Q x (SaO2 – SvO2) x [Hb] x 1.39 ml O2/gm Hb

Q

DO2

A

volume of O2 delivered in one min

DO2= Q x CaO2 = 1000ml