Vents Flashcards
Non - INvestive
CPAP
Constant PEEP
Continues + pressure
OPen Airway keep open Airway
No VT
Non Invasive
BIPAP
BI Phasic x 2 Pressure
IN and out
IPAP / EPAP
No Respitory Rate
AVAP
set PRessure Control
Average Volume Assured Pressure Support
Hypercapnia
Pressure VS Volume Cycle Mode
< Pressure Cycle Mode >
- Deliver Fixed Pressure at Variable Volume
**PRessure»_space;> Independent Variable (main ) **
**Volume»_space;> Depend Variable (change ) **
**Types **
PSV: Weaning Mode; (RR, Ve ) : BIPAP WEAN
PVC: Vent determine Inspiratory Time
CPAP and BIPAP
> VEnt Weaning Mode
Pressure Vs Volume
Volume Mode
- Fixed Volume At Variable Pressure
Volume»_space;» Indepent (MAIN )
Pressure»_space;» Dependent (Variable )
**EXample: ** SIMV,
1
PH 7.15
pCO2 75
PO2 80
SpO2 95%
HCO3 30
PRVC: 60% /+5 /14/ 400
**Uncompensated Acidosis Respiratory **
**INcrease VT
Increase RR **
Increase MV to iprove PH and PCO2
MV (RR rate ) = **amount of GAS **Inhaled or Exhaled from lungs in one minute
2
PH 7.40
pCO2 40
Sp O2 75 %
HCO3 26
**60%/+5/14/400 **
Hypoxemia
Increase FiO2 and PEEP
3
PH 7.20
PCO2 36
PO2 90
95%
HCO3 15
Metabolic Acidosis
Place pt on O2
Given BiCarb
4
PH 7.50
pCO2 20
pO2 120 95%
HCO3 24
450/80%/30/+5
**Alkalosis Respitory **
Decrease Rate , blowing off CO2 (breathing too fast )
Decreased FiO2 , recieving too much oxygen **
5
PH 7.32
pCO2 68
PO2 86
HCO3 32
Lethargic Tachypnea, No opacity , Given Steroids
Hypercapnia
BIPAP 12/5/
IPAP 10 -15(larger )
EPAP 5
RR 10-12
6
PH 7.23
PA CO2 27
PO2 118
CO3 12
Female pt with DM, present with feeling not well
Acidemia, metabolic Secondary to DKA
Fluid Resuscitation unitil known K
Insulin Qtt
7
PH 7.35
Pa CO2 48
PaO2 90
HCO3 28
COPD, called to the rapid Response
Fully Compnesated Respitory Acidosis
8 Hemodyalysis
PH 7.32
pa CO 2 32
PaO2 88
HCO3 18
Partially Compensated Metabolic Acidosis
Dialysis
Bicab
Consult Nephrology
Oxygen nasal canula
Exaplle # 9
PH 7.51
Pa CO 43
PO2 95
CO3 33
Metabolic Alkalosis
IV fluids
Stop antaacids