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Rolf Rossaint
Management of the bleeding trauma patient in theICU: A European Guideline
RWTH AachenUniversity
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Financial/Professional RelationshipsConflict of Interest
Lecture and consulting fees from Novo Nordisk
Lecture and consulting fees from BayerHealthcare
Lecture and consulting fees and financialsupport for animal studies from CSL Behring
Lecture and consulting fees from Air Liquide
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ABC-Trauma Guideline Development
Formation of Task Force for Advanced Bleeding Care in Trauma- Cooperation with several European professional societies
European Consensus Guideline Development:- Management of bleeding following major trauma A European
guidelineCritical Care2007, 11:R17Critical Care 2010, 14:R52
Professional societies enforcing the guidelinesEuropean Society for Anaesthesia (ESA)
- European Society for Emergency Medicine (EuSEM)- European Trauma Society (ETS)- European Shock Society (ESS)- European Society for Intensive Care Medicine (ESICM)- European Society of Trauma and Emergency Surgery (ESTES)
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Management of bleeding following majortrauma: an updated European guideline
Rossaint R et al, Crit Care 14:R52, 2010
The guideline consists of 5 parts:
I. Initial resuscitation and prevention of further bleeding
II. Diagnosis and monitoring bleeding
III. Rapid control of Bleeding / Surgical Interventions
IV. ResuscitationTissue oxygenation, fluids and hypothermia
V. Management of bleeding and coagulation
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Management of bleeding following major trauma:an updated European guideline
Fresh Frozen Plasma
We recommend early treatment with thawed fresh frozen
plasma in patients with massive bleeding. (Grade 1B)
The initial recommended dose is 10-15 ml/kg. Further doses
will depend on coagulation monitoring and the amount of
other blood products administered. (Grade 1C).
Recommendation 24
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High Plasma to Red Blood Cell Ratios AreAssociated With Lower Mortality Rates in Trauma
Wafaisade et al, J Trauma 2011
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High Plasma to Red Blood Cell Ratios AreAssociated With Lower Mortality Rates in Trauma
Wafaisade et al, J Trauma 2011
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Management of bleeding following major trauma:an updated European guideline
Platelets
We recommend that platelets be administered to maintain a
platelet count above 50 109/l.(Grade 1C)
We suggest maintenance of a platelet count above 100
109/l in patients with multiple trauma who are severely
bleeding or have traumatic brain injury. (Grade 2C)
We suggest an initial dose of 4-8 platelet concentrates or
one aphaeresis pack. (Grade 2C).
Recommendation 25
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Coagulation support for bleeding complications
Adjunctive treatment options
Antifibrinolytics
- tranexamic acid, -aminocaproic acid
Coagulation factor substitution
Fibrinogen, cryoprecipitates
rFVIIa
Prothrombin complex concentrate (PCC)
Desmopressin
AT III
Management of bleeding following majortrauma: an updated European guideline
Rossaint R et al. Crit Care 14:R52 2010
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RCT on the effects of tranexamic acid in trauma
patients with significant haemorrhage (CRASH-2)
CRASH-2 trial collaborators Lancet 2010
1 g over 10 min followed by 1 g over 8hs
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RCT on the effects of tranexamic acid in trauma
patients with significant haemorrhage (CRASH-2)
CRASH-2 trial collaborators Lancet 2010
Conclusion:
Tranexamic acid reduced the risk of death in bleeding traumapatients in this study. On the basis of these results,tranexamicacid should be considered for use in bleeding trauma patients.
M f bl di f ll i j
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Recommendation 27:
Rossaint R et al. Crit Care 14:R52, 2010
Management of bleeding following majortrauma: an updated European guideline
Antifibrinolytic Therapy
We suggest that antifibrinolytic agents be considered in the
bleeding trauma patient. (Grade 2C 1B)
We recommend monitoring of fibrinolysis in all patients and
administration of antifibrinolytic agents in patients with
established hyperfibrinolysis. (Grade 1B)
Antifibrinolytic therapy should be guided by thrombelastometricmonitoring if possible and stopped once bleeding has been
adequately controlled. (Grade 2C).
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Coagulation support for bleeding complications
Adjunctive treatment options
Antifibrinolytics
- tranexamic acid, -aminocaproic acid
Coagulation factor substitution
Fibrinogen, cryoprecipitates
rFVIIa
Prothrombin complex concentrate (PCC)
Desmopressin
AT III
Management of bleeding following majortrauma: an updated European guideline
Rossaint R et al. Crit Care 14:R52 2010
Eff t f diff t fib i t ti
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Effects of different fibrinogen concentrations onblood losss and coagulation parameters in a pigmodel of coagulopathy with blunt liver injury
Grottke et al Crit Care 2010
Method:
Coagulopathy in 18 anaesthetized pigs by replacing
80% of blood volume with HAES 130/0.4 and RL
Randomisation:
- Placebo
- 70 mg/kg (F-70) fibrinogen- 200 mg/kg (F-200) fibrinogen
- standardized blunt liver injury
Results:
fibrinogen restored coagulationdose-dependently (ROTEM)
total blood loss was significantly lower
in both fibrinogen groups as compared
to controls (P
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FFP is independently associated with a higherrisk of MOF and ARDS
Watson GA et al; J Trauma 67: 221230; 2009
Method: multicenter prospective cohort study (n=1.175)
M t f bl di f ll i j t
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Management of bleeding following major trauma:an updated European guidelineFibrinogen or cryoprecipitate
We recommend treatment with fibrinogen concentrate orcryoprecipitate if significant bleeding is accompanied by a
plasma fibrinogen level of less than 1.5-2.0 g/l.Grade 1C
We suggest an initial fibrinogen concentrate dose of 34 gor 50 mg/kg of cryoprecipitate approximately equivalent to
1520 units in a 70 kg adult.Grade 1C
Recommendation 26
Rossaint R et al. Crit Care 14:R52 2010
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Coagulation support for bleeding complications
Adjunctive treatment options
Antifibrinolytics
- tranexamic acid, -aminocaproic acid
Coagulation factor substitution
Fibrinogen, cryoprecipitates
rFVIIa
Prothrombin complex concentrate (PCC)
Desmopressin
AT III
Management of bleeding following majortrauma: an updated European guideline
Rossaint R et al. Crit Care 14:R52, 2010
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30d Incidence of MOF, ARDS and death
ITT-population
Incidence(%)
MOF ARDS Death
BLUNT Trauma
0
5
10
15
20
25
30
35
40
Incidence(%)
Placebo
rFVIIa
MOF ARDS Death
PENETRATING Trauma
0
5
10
15
20
25
30
n=7
n=2
n=5n=4
n=18
n=17
p=0.03
n=9
n=5
n=12
n=3
n=22
n=17
Boffard KD et al. J Trauma 2005; 59:8-18
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Efficacy and Safety of rFVIIa in the Management of
Refractory Traumatic Hemorrhage: The CONTROL Trial
Hauser CJ et al. J Trauma 69: 489500 2010
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Efficacy and Safety of rFVIIa in the Management of
Refractory Traumatic Hemorrhage: The CONTROL Trial
Hauser CJ et al. J Trauma 69: 489500, 2010
Clinical Outcomes (30-d ITT Analysis)
Conclusions:rFVIIa reduced blood product use but did not affect mortality
compared with placebo.
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Safety of Recombinant Activated Factor VIIin 35 Randomized Clinical Trials
Levy et al; NEJM363:1791-800 2010
Conclusion:
The risk-benefit considerations should be evaluated
before administering any hemostatic agent.
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We suggest that the use of rFVIIa be
considered if major bleeding in blunt traumapersists despite standard attempts to control
bleeding and best practice use of bloodcomponents.
Grade 2C
Recommendation 28
Management of bleeding following major trauma:
an updated European guideline
Rossaint R et al. Crit Care 14:R52 2010
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Coagulation support for bleeding complications
Adjunctive treatment options
Antifibrinolytics
- tranexamic acid, -aminocaproic acid
Coagulation factor substitution
Fibrinogen, cryoprecipitates
rFVIIa
Prothrombin complex concentrate (PCC)
Desmopressin
AT III
Management of bleeding following majortrauma: an updated European guideline
Rossaint R et al. Crit Care 14:R52, 2010
M t f bl di f ll i j t
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We recommend the use of prothrombin
complex concentrate only for the emergencyreversal of vitamin K-dependent oral
anticoagulants.
Recommendation 29
Grade 1B
Management of bleeding following major trauma:an updated European guideline
Prothrombin complex concentrate (PCC)
Rossaint R et al. Crit Care 14:R52 2010
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Retrospective analysis of patients receiving >5 RBC/24 hours
N = 131
119 only CFC 12 CFC + FFP (in the ICU)
CFC: coagulation factor concentrates
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Individualised goal directed coagulation therapyusing ROTEM and coagulation factor concentrates
Haemostatic therapy and RBC transfusion
Schchl H et al Crit Care 2010 14:R55
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Individualised Goal directed coagulation therapyusing ROTEM and coagulation factor concentrates
Schchl H et al Crit Care 2010 14:R55
Comparison of the observed
mortality with the mortality
predicted by the trauma
injury severity score (TRISS)
and by the revised injuryseverity classification (RISC)
score
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Key goals for the management of treating thebleeding trauma patient
1. Achieve normothermia2. Achieve normal pH
3. Achieve normal Ca++
4. Treat with FFP, if PT or aPTTabnormal
5. Treat with platelets, if < 100 x 109
6. Treat with fibrinogen, if < 1,5-2.0g/l
7. Treat with antifibrinolytics
(always if hyperfibrinolysis is present)
8. Treat with rFVIIa, if all else fails:- Platelets > 50 x 109
- Fibrinogen > 1 g/l- Hct > 24- pH > 7.2
8 Steps to support coagulation
0.5 1.0 1.5 2.0
Fg
Plt
2.50 0.5 1.0 1.5 2.0 2.5
Blood Volume Replacement
0
Fg?1.0 g l-1
Fg2.0 g l
-1
Hct?2124%Hct2124%
PT, aPTT> 1.5x normalPT, aPTT
Plt< 50x109l-1Plt< 100x1099l-1
Crystalloids
Colloids
RBC
FFP/PCC