Hypovolemia hemodynamics
Decreased:
- PCWP (!)
- C.O
- RAP
- PAP
- BP (or normal)
Increased:
- HR
- SVR
Hypervolemia hemodynamics
Increased:
- PCWP (!)
- C.O or normal
- SVR
- B/P
- RAP
- PAP
- HR
Vasodilation hemodynamics
Increased:
- C.O
- HR
Decreased:
- PCWP
- SVR (!)
- B/P (or normal)
- RAP
- PAP
Vasoconstriction hemodynamics
Increased:
- PCWP
- SVR (!)
- B/P (!!)
- HR
- RAP
- PAP
Decreased:
- C.O
LVHF hemodynamics
Increased:
- PCWP
- SVR
- HR
- RAP
- PAP
Decreased:
- C.O
- B/P
Hypovolemia primary treatment
Fluid resuscitation (NaCL or blood)
Hypervolemia primary treatment
Underlying primary cause (renal, cardiac, hepatic)
Hypovolemia secondary treatment
Vasopressors (epinephrine, phenylephrine)
Hypervolemia secondary treatment
Diuretics (lasix)
Fluid/salt restriction
Dialysis
Vasodilator (nitroglycerin)
Vasodilation primary treatment
Vasopressor (epi, phenyl)
Vasodilation secondary treatment
Fluid resuscitation (NaCL or blood)
Vasoconstriction primary treatment
Vasodilators (nitroglycerin)
Ace inhibitors (lisinopril)
Calcium channel blockers (cardizene)
Vasoconstriction secondary treatment
Beta blockers (metoprolol)
LVHF primary treatment
Positive inotropes (dopamine, dubutamine)
LVHF secondary treatment
Diuretic (lasix), O2, PEEP, anticoagulant (heparin)
Getting PCWP
1) turn valve off
2) take of syringe and pull back 1.5mL of air
3) Put syringe back on
4) open valve
5) slowly push in air, look for PCWP on monitor
6) take syringe off immediately
7) wait for waveform to turn back and then close valve
Getting C.O
1) find the line
2) make stopcocks kiss
3) pull out 10mL CO
4) move stopcocks
5) push in CO and watch for CO value
6) close CO stopcock
Getting RAP/CVP
1) find dopamine and close
2) switch stopcock open to RAP CVP
3) get your value
4) close dopamine first
5) then switch back over to PA