Xavier Monnet - Assessment of fluid therapy - IFAD 2011
1. Prof. Xavier MONNET
Medical Intensive Care Unit
Bicêtre Hospital
Assistance publique – Hôpitaux de Paris
FRANCE
Assessment of fluid therapy
Use the right tool for the right job!
3. Prof. Xavier MONNET
Medical Intensive Care Unit
Bicêtre Hospital
Assistance publique – Hôpitaux de Paris
FRANCE
Assessment of fluid therapy
Use the right tool for the right job!
7. Context
Goals of monitoring
Improves prognosis
to detect hemodynamic deterioration
to guide volume expansion
High-risk surgical patients (except cardiac surgery)
Peri-opmonitoring
8. 60 patients
hip replacement
hospital length of stay
100 high-risk
surgical patients
hospital length of stay
174 patients
post cardiac surgery
hospital length of stay
162 multiple trauma patients
after surgery
hospital length of stay
ICU length of stay
lactate level
Peri-opmonitoring Improves prognosis with esophageal Doppler
9. 60-risk general surgical patients
Goal directed therapy vs. conventional treatment
Post-operative phase
Peri-opmonitoring
number of complications
hospital length of stay
120 high-risk abdominalsurgery patients
SVV-directed therapy vs. conventional treatment
Per-operative phase
LidCO monitoring
number of complications
hospital length of stay
Improves prognosis with LidCO
10. 40 patients with hip replacement under regional
anesthesia
Goal directed therapy vs. conventional treatment
Peri-opmonitoring
number of complications
Improves prognosis with Flotrac/Vigileo
13. Context
Objectives of monitoring
initial phase of shock
after the ER
assess the hemodynamic profile (type of shock)
guide initial therapy
fix some therapeutic goals
Which basic monitoring?
BasicICUmonitoring
15. Helps for :Helps for:
determining the type of shock
(preload)
guiding fluid responsiveness
(preload)
CVP Arterial pressure
deciding to give vasopressors
deciding to give fluid
(if ventilated)
fixing some therapeutic goals
BasicICUmonitoring
DAP
PPV
MAP
17. The only arterial pressure and CVP monitoring is not sufficient anymore
critically ill patients
Context
because patients receive vasopressors
dvancedICUmonitorin
when shock persists after initial fluid therapy
18. r = 0.56
n = 228
r = 0.21
n = 145
*
-50 0 50 100 150 200 250 300
-50
0
50
100
150
200
250
300
Changes in CI induced by VE (%)
Changes in PP
induced by VE (%)
-50 0 50 100 150 200 250 300
-50
0
50
100
150
200
250
300
Changes in CI induced by NE (%)
Changes in PP
induced by NE (%)
228 pts receiving volume expansion
145 patients with increase of NE
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19. -20
0
20
40
60
80
100
non responders responders
changes in CI (%)
-20
0
20
40
60
80
100
non responders responders
changes in PP (%)
+15%
6% false +
228 pts receiving volume expansion
145 patients with increase of NE
22% false -
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20. dvancedICUmonitorin Vigileo Eso Doppler
preload
dependance
(Δ aortic blood flow)
preload
(FTc)
Pulsioflex
preload
dependance
(VVE and Δ PP)
preload
dependance
(VVE and Δ PP)
LidCOrapid
preload
dependance
(VVE and Δ PP)
continuous
cardiac output
continuous
cardiac output
(cardiac output)(AP curve
analysis)
continuous
cardiac output
(AP curve
analysis)
continuous
cardiac output
(AP curve
analysis)
continuous
cardiac output
AP curve
analysis
uncalibrated
continuous
cardiac output
AP curve
analysis
uncalibrated
continuous
cardiac output
AP curve
analysis
uncalibrated
21. 20
40
60
80
100
120
0
= k . SV
Uncalibrated devices
estimate SV from the arterial
pressure curve
estimate arterial compliance
by analysing the arterial waveform
?still valuable when the properties of the arterial curve
change in a large extent (sepsis, vasopressors)
Which device for advanced monitoring?
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22. 3.5 L/min
PiCCO and EV1000 devices measure cardiac output by
arterial pressure curve
analysis
Which device for advanced monitoring?
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23. PiCCO and EV1000 devices measure cardiac output by
inj
Blood
temperature (Ts)
Ttm
cold bolus
calibrated by
transpulmonary
thermodilution
arterial pressure curve
analysis
Which device for advanced monitoring?
dvancedICUmonitorin
26. 51 pts, 401 measurements
Vigileo2 vs.Vigileo3 vs. PAC
Vigileo3 is more accurate and
as precise than Vigileo2
Which device for advanced monitoring?
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27. 33 patients
Vigileo3 vs. esophageal Doppler
Hemodynamic challenges by phenylephrine,
ephedrine and whole-body tilting
Which device for advanced monitoring?
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28. PA catheter
Which device for monitoring cardiac output?
PiCCO EV 1000
cardiac output cardiac output cardiac output
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29. Context
Goals of monitoring
predict fluid responsiveness
precisely monitor the effects of therapy
fix some therapeutic goals
when shock persists after initial fluid therapy
assess the risk of fluid expansion
critically ill patients
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30. PA catheter PiCCO EV 1000
cardiac output cardiac output cardiac output
SvO2
ScvO2 ScvO2
How to assess the need for fluid?
dvancedICUmonitorin
31. Context
Goals of monitoring
predict fluid responsiveness
precisely monitor the effects of therapy
fix some therapeutic goals
when shock persists after initial fluid therapy
assess the risk of fluid expansion
critically ill patients
dvancedICUmonitorin
32. PA catheter PiCCO EV 1000
cardiac output cardiac output cardiac output
PAOP
SvO2
ScvO2 ScvO2
How to assess the need for fluid?
PPV, SVV,
PLR test, EEO test
PPV, SVV,
PLR test, EEO test
dvancedICUmonitorin
33. How to assess the need for fluid?
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34. EV 1000PA catheter PiCCO
cardiac output cardiac output cardiac output
PAOP
SvO2
ScvO2 ScvO2
How to assess the need for fluid?
PPV, SVV,
PLR test, EEO test
PPV, SVV,
PLR test, EEO test
continuous continuous
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36. 34 patients with acute circulatory failure
monitored by PiCCO device
-10
0
10
20
30
40
50
Effects of end-expiratory pause
on cardiac index
increase 5%
Se = 91%
Sp = 100 %
How to assess the need for fluid?
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RNR
37. How to assess the need for fluid?
dvancedICUmonitorin
38. Context
Goals of monitoring
predict fluid responsiveness
precisely monitor the effects of therapy
fix some therapeutic goals
when shock persists after initial fluid therapy
assess the risk of fluid expansion
critically ill patients
dvancedICUmonitorin
39. EV 1000PA catheter PiCCO
cardiac output cardiac output cardiac output
PAOP
SvO2
ScvO2 ScvO2
PPV, SVV,
PLR test, EEO test
PPV, SVV,
PLR test, EEO test
lung water
and lung permeability
lung water
and lung permeability
How to assess the risk of volume expansion?
dvancedICUmonitorin
40. Pcap
lung water
normal permeability
very high permeability
Pcap
lung
water
How to assess the risk of volume expansion?
high permeability
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Lung permeability
41. Lung water for estimating the risk of volume expansion?
Pcap
Lung water
normal permeability
very high permeability
Pcap
lung
water
lung
water
high permeability
Lung permeability
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43. validation in human beings→
Lung water for estimating the risk of volume expansion?
30 pts
EVLW measured by TPTD and by postmortem gravimetry
First validation of EVLW-TPTD evaluation in
humans
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44. Lung water for estimating the risk of volume expansion?
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45. Extra-vascular lung water and pulmonary vascular permeability index are
independent prognostic factors in patients with acute respiratory distress syndrome
Jozwiak M, Silva S, Persichini R, Anguel N, Osman D, Richard C, Teboul JL, Monnet X
0
20
40
60
80
100
EVLWImax > 21 mL/kg EVLWImax ≤ 21 mL/kg
70%
42%
p = 0.0001
Day-28 mortality (%)
p value
Maximal blood lactate 0.81 (0.71 - 0.93) 0.002
Mean PEEP 1.25 (1.07 - 1.47) 0.005
EVLWI max 0.94 (0.87 - 0.98) 0.01
SAPS II 0.97 (0.95 - 0.99) 0.02
Mean fluid balance 0.9996 ( 0.9993 - 0.9999) 0.02
Minimal P/F ratio 1.01 (1.00 - 1.02) 0.02
Minimal pH 35.97 (0.47 - 2769.52) 0.10
Odds Ratio ( CI 95%)
200 pts with ARDS
EVLW measured by PiCCO device
Lung water for estimating the risk of volume expansion?
submitted
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46. PAOP group
EVLW group
Time (hours)
Cumulative fluid balance (input - output; L)
7
3
1
5
-1
-3
-5
0 12 24 36 48 60 72
*
**
*
* p < 0.0001 vs time 0
Mitchell JP et al., Am Rev Respir Dis 1992
101 ARDS patients
randomized to EVLW-guided management vs.
PAOP-guided management
Lung water for estimating the risk of volume expansion?
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47. 0
5
10
15
20
25
Ventilation days ICU days
PAOP Group
EVLW Group
*
*
Management of
fluid therapy with :
functional benefit of lung water monitoring
Mitchell JP et al., Am Rev Respir Dis 1992
101 ARDS patients
randomized to EVLW-guided management vs.
PAOP-guided management
Lung water for estimating the risk of volume expansion?
dvancedICUmonitorin
48. Lung water for estimating the risk of volume expansion
Pcap
Lung water
normal permeability
very high permeability
Pcap
lung
water
lung
water
high permeability
Lung permeability
dvancedICUmonitorin
49. lung water
cold bolus pulmonary blood volume
pulmonary vascular
permeability index =PVPI
PiCCO EV1000
Lung permeability for estimating the risk of volume expansion?
dvancedICUmonitorin
51. PVPI = 4 PVPI= 7
ARDS
AP = 90 / 40 mmHg
Cardiac index = 2.0 L/min/m2
PaO2/FiO2 = 180 mmHg
PLR test : positive
ARDS
AP = 90 / 40 mmHg
Cardiac index = 2.0 L/min/m2
PaO2/FiO2 = 180 mmHg
PLR test : positive
volume expansion volume expansion
vasopressors?
Lung permeability for estimating the risk of volume expansion?
dvancedICUmonitorin
52. PA catheter PiCCO EV 1000
cardiac output cardiac output cardiac output
PAOP
SvO2
ScvO2 ScvO2
PPV, VVE,
PLR test, EEO test
PPV, VVE,
PLR test, EEO test
lung water
and lung permeability
lung water
and lung permeability
Lung permeability for estimating the risk of volume expansion?
dvancedICUmonitorin