massive pulmonary embolism percutaenous ecmo/rvad...va ecmo chetan pasrija et al utilization of...
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Massive Pulmonary EmbolismPercutaenousECMORVAD
Eric M Gnall DO FACC
Director of ECMOAcute Mechanical Circulatory Support Main Line Health Lankenau Medical Center
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
ECMO Stand-by
Mechanical Support
DuringAfter Cardiac
Arrest
Mechanical Support
Prior to Cardiac
Arrest
VA
VA RPProteck
Systemic
Thrombolytics
Circ 2004 8110 Metaanalysis of thrombolytics in PE
Mean survival for extracorporeal cardiopulmonary
resuscitation patients after 6ndash20 20ndash45 45ndash60 and 60ndash
135 minutes of mechanical cardiopulmonary resuscitation
(CPR) ( pthinsp=thinsp0001) Wengenmayer et al Critical Care201721157
CPR Duration vs SurvivalRetrospective registry data on all patients with eCPR including PE
ECPR registry data showing average times to execute ECMObull Duration of mechanical CPR until VA-ECMO support
bull OHCA 722thinspplusmnthinsp74 minutes
bull IHCA patients 496 plusmnthinsp59 vs
bull Notification at time zero(ECMO team part of PERT)
bull Deployment systembull Team Members pre specified duties
bull Practice Drills to maintain efficiency
Timing of Mechanical Support
Survival
Prior to CPR After CPR After CPR 30 mins
7627
10
1 George B et al A retrospective comparison of survivors and non- survivors of massive pulmonary embolism receiving VA ECMO support Resuscitation 2018 12212 Yusuff HO A Extracorporeal membrane oxygenation in acute massive pulmonary embolism a systematic review Perfusion 201530611
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
ECMO Stand-by
Mechanical Support
After Cardiac
Arrest
Mechanical Support
Prior to Cardiac
Arrest
VA
VA RPProteck
Systemic
Thrombolytics
Circ 2004 8110 Metaanalysis of thrombolytics in PE
Massive PE
Massive PE
bull ECHO RV dysfunction without hemodynamics is a weak predictor of mortality and alone cannot support Mechanical Support Initiation Cardiol Res 2017
Aug 8(4) 143ndash146
bull CT BurdenObstruction Index alone cannot support Mechanical Support Initiationbull Does not predict mortality over vitals in this populationbull (1 Subramaniam et all AJR2008 2 Hadil et al 2014 3 HUISMAN RADIOLOGY 2005 )
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
ECMO Stand-by
Mechanical Support
DuringAfter Cardiac
Arrest
Mechanical Support
Prior to Cardiac
Arrest
VA
VA RPProteck
Systemic
Thrombolytics
Circ 2004 8110 Metaanalysis of thrombolytics in PE
Mean survival for extracorporeal cardiopulmonary
resuscitation patients after 6ndash20 20ndash45 45ndash60 and 60ndash
135 minutes of mechanical cardiopulmonary resuscitation
(CPR) ( pthinsp=thinsp0001) Wengenmayer et al Critical Care201721157
CPR Duration vs SurvivalRetrospective registry data on all patients with eCPR including PE
ECPR registry data showing average times to execute ECMObull Duration of mechanical CPR until VA-ECMO support
bull OHCA 722thinspplusmnthinsp74 minutes
bull IHCA patients 496 plusmnthinsp59 vs
bull Notification at time zero(ECMO team part of PERT)
bull Deployment systembull Team Members pre specified duties
bull Practice Drills to maintain efficiency
Timing of Mechanical Support
Survival
Prior to CPR After CPR After CPR 30 mins
7627
10
1 George B et al A retrospective comparison of survivors and non- survivors of massive pulmonary embolism receiving VA ECMO support Resuscitation 2018 12212 Yusuff HO A Extracorporeal membrane oxygenation in acute massive pulmonary embolism a systematic review Perfusion 201530611
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
ECMO Stand-by
Mechanical Support
After Cardiac
Arrest
Mechanical Support
Prior to Cardiac
Arrest
VA
VA RPProteck
Systemic
Thrombolytics
Circ 2004 8110 Metaanalysis of thrombolytics in PE
Massive PE
Massive PE
bull ECHO RV dysfunction without hemodynamics is a weak predictor of mortality and alone cannot support Mechanical Support Initiation Cardiol Res 2017
Aug 8(4) 143ndash146
bull CT BurdenObstruction Index alone cannot support Mechanical Support Initiationbull Does not predict mortality over vitals in this populationbull (1 Subramaniam et all AJR2008 2 Hadil et al 2014 3 HUISMAN RADIOLOGY 2005 )
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Mean survival for extracorporeal cardiopulmonary
resuscitation patients after 6ndash20 20ndash45 45ndash60 and 60ndash
135 minutes of mechanical cardiopulmonary resuscitation
(CPR) ( pthinsp=thinsp0001) Wengenmayer et al Critical Care201721157
CPR Duration vs SurvivalRetrospective registry data on all patients with eCPR including PE
ECPR registry data showing average times to execute ECMObull Duration of mechanical CPR until VA-ECMO support
bull OHCA 722thinspplusmnthinsp74 minutes
bull IHCA patients 496 plusmnthinsp59 vs
bull Notification at time zero(ECMO team part of PERT)
bull Deployment systembull Team Members pre specified duties
bull Practice Drills to maintain efficiency
Timing of Mechanical Support
Survival
Prior to CPR After CPR After CPR 30 mins
7627
10
1 George B et al A retrospective comparison of survivors and non- survivors of massive pulmonary embolism receiving VA ECMO support Resuscitation 2018 12212 Yusuff HO A Extracorporeal membrane oxygenation in acute massive pulmonary embolism a systematic review Perfusion 201530611
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
ECMO Stand-by
Mechanical Support
After Cardiac
Arrest
Mechanical Support
Prior to Cardiac
Arrest
VA
VA RPProteck
Systemic
Thrombolytics
Circ 2004 8110 Metaanalysis of thrombolytics in PE
Massive PE
Massive PE
bull ECHO RV dysfunction without hemodynamics is a weak predictor of mortality and alone cannot support Mechanical Support Initiation Cardiol Res 2017
Aug 8(4) 143ndash146
bull CT BurdenObstruction Index alone cannot support Mechanical Support Initiationbull Does not predict mortality over vitals in this populationbull (1 Subramaniam et all AJR2008 2 Hadil et al 2014 3 HUISMAN RADIOLOGY 2005 )
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
ECPR registry data showing average times to execute ECMObull Duration of mechanical CPR until VA-ECMO support
bull OHCA 722thinspplusmnthinsp74 minutes
bull IHCA patients 496 plusmnthinsp59 vs
bull Notification at time zero(ECMO team part of PERT)
bull Deployment systembull Team Members pre specified duties
bull Practice Drills to maintain efficiency
Timing of Mechanical Support
Survival
Prior to CPR After CPR After CPR 30 mins
7627
10
1 George B et al A retrospective comparison of survivors and non- survivors of massive pulmonary embolism receiving VA ECMO support Resuscitation 2018 12212 Yusuff HO A Extracorporeal membrane oxygenation in acute massive pulmonary embolism a systematic review Perfusion 201530611
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
ECMO Stand-by
Mechanical Support
After Cardiac
Arrest
Mechanical Support
Prior to Cardiac
Arrest
VA
VA RPProteck
Systemic
Thrombolytics
Circ 2004 8110 Metaanalysis of thrombolytics in PE
Massive PE
Massive PE
bull ECHO RV dysfunction without hemodynamics is a weak predictor of mortality and alone cannot support Mechanical Support Initiation Cardiol Res 2017
Aug 8(4) 143ndash146
bull CT BurdenObstruction Index alone cannot support Mechanical Support Initiationbull Does not predict mortality over vitals in this populationbull (1 Subramaniam et all AJR2008 2 Hadil et al 2014 3 HUISMAN RADIOLOGY 2005 )
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Timing of Mechanical Support
Survival
Prior to CPR After CPR After CPR 30 mins
7627
10
1 George B et al A retrospective comparison of survivors and non- survivors of massive pulmonary embolism receiving VA ECMO support Resuscitation 2018 12212 Yusuff HO A Extracorporeal membrane oxygenation in acute massive pulmonary embolism a systematic review Perfusion 201530611
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
ECMO Stand-by
Mechanical Support
After Cardiac
Arrest
Mechanical Support
Prior to Cardiac
Arrest
VA
VA RPProteck
Systemic
Thrombolytics
Circ 2004 8110 Metaanalysis of thrombolytics in PE
Massive PE
Massive PE
bull ECHO RV dysfunction without hemodynamics is a weak predictor of mortality and alone cannot support Mechanical Support Initiation Cardiol Res 2017
Aug 8(4) 143ndash146
bull CT BurdenObstruction Index alone cannot support Mechanical Support Initiationbull Does not predict mortality over vitals in this populationbull (1 Subramaniam et all AJR2008 2 Hadil et al 2014 3 HUISMAN RADIOLOGY 2005 )
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
ECMO Stand-by
Mechanical Support
After Cardiac
Arrest
Mechanical Support
Prior to Cardiac
Arrest
VA
VA RPProteck
Systemic
Thrombolytics
Circ 2004 8110 Metaanalysis of thrombolytics in PE
Massive PE
Massive PE
bull ECHO RV dysfunction without hemodynamics is a weak predictor of mortality and alone cannot support Mechanical Support Initiation Cardiol Res 2017
Aug 8(4) 143ndash146
bull CT BurdenObstruction Index alone cannot support Mechanical Support Initiationbull Does not predict mortality over vitals in this populationbull (1 Subramaniam et all AJR2008 2 Hadil et al 2014 3 HUISMAN RADIOLOGY 2005 )
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Massive PE
Massive PE
bull ECHO RV dysfunction without hemodynamics is a weak predictor of mortality and alone cannot support Mechanical Support Initiation Cardiol Res 2017
Aug 8(4) 143ndash146
bull CT BurdenObstruction Index alone cannot support Mechanical Support Initiationbull Does not predict mortality over vitals in this populationbull (1 Subramaniam et all AJR2008 2 Hadil et al 2014 3 HUISMAN RADIOLOGY 2005 )
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Massive PE
bull ECHO RV dysfunction without hemodynamics is a weak predictor of mortality and alone cannot support Mechanical Support Initiation Cardiol Res 2017
Aug 8(4) 143ndash146
bull CT BurdenObstruction Index alone cannot support Mechanical Support Initiationbull Does not predict mortality over vitals in this populationbull (1 Subramaniam et all AJR2008 2 Hadil et al 2014 3 HUISMAN RADIOLOGY 2005 )
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Hemodyanmics + ECHORegistry 1000 PEkasper et al JACC 1997
In Hospital Mortality
0
10
20
30
40
50
60
70
Mcconnelsign
Hypotension5 Dobut
HypotensionShock gt 5
Dobutamine
CPR
mortality
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Factors favoring MCS
1 Escalating Vasopressor requirements
2 Requiring intubation
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Hemodynamic Collapse with Intubationbull Rosenberger et al - Fifty-two consecutive patients
undergoing emergent pulmonary embolectomybull 19 cardiac arrestbull 17 severe decompensationbull Overall mortality 25 Can J Anaesth 2007 Aug54(8)634-41
bull Mechanism1 Sedation lowering SVR2 Positive pressure ventilation increasing RV afterload
Rosenberger PS et al Acute hemodynamic collapse after induction of general anesthesia for emergent pulmonary embolectomy Anesth Analg 20061021311Bennett JM et al Hemodynamic instability in patients undergoing pulmonaryembolectomy institutional experience Journal of Clinical Anesthesia (2015) 27207 213
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Factors favoring MCS
bull Lactate Prior to CPR thinsple6mmolL
bull 824 sensitivity and 846 specificity for predicting survival to discharge George B et al A retrospective comparison of survivors and non survivors of massive pulmonary embolism receiving VA ECMO sup port Resuscitation 2018 1221 retro n=32
bull Also catheter directed gt Systemic survival
bull DrsquoArrigoa et al resuscitation201710005 retro n = 17
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Thrombus in Transit Predicts Higher Mortalitybull Visualization of Thrombus on Echo in Right Heart is
a predictor of increased mortalitybull Mortality rate with no therapy 100
bull Mortality rate with heparin 30
bull Mortality rate with Embolectomy 23
bull Mortality with thrombolysis 11
bull Rose et al Chest 2002
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Factors favoring MCS
1 Vasopressor requirements
2 Requiring intubation
3 Serum Lactate
4 Thrombus in Transit
5 Shock despite Lytics
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
J Trauma 2007 Mar62(3)570-6Extracorporeal life support for massive pulmonary embolismMaggio P1 Hemmila M Haft J Bartlett R University of Michigen
bull N = 21 of 43 screened
bull 45 survival in the cohort when ECMO followed other therapies
bull 80 survival when ECMO initiation occurred before other therapies
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
VA ECMO
Chetan Pasrija et al Utilization of Veno-Arterial Extracorporeal Membrane Oxygenation for Massive Pulmonary Embolism Annals of Thoracic Surgery Feb 2018 Univ Maryland
Only 1 patient was not alive at 90days50 resolved on anticoagulation aloneNo patients died after surgical embolectomy
Prior to ECMO 5 ndash CPR7- Systemic Lytics
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Protocol
bull A 6F distal perfusion line was placed in the superficial femoral artery first if able unless the patient was actively requiring cardiopulmonary resuscitation (CPR)
bull Pre-close or Post-Close is possible with both 17 and 19 Fr cannula
bull In non-intubated patients moderate sedation with 05 mgkg ketamine and local anesthetic agent with 20 to 30 mL of 2 lidocaine was used before cannulation
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
PREDICTORS OF RIGHT VENTRICULAR RECOVERY IN PATIENTS SUPPORTED WITH VA-ECMO FOR ACUTE MASSIVE PULMONARY EMBOLISMArticle JACC March 2018Mar 2018Journal of the American College of Cardiology
bull Same Cohort but N = 30
bull 53 responded to AC alone
bull 47 required embolectomy
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Impella RPCase Series
bull 5 patient Case series from Detroit Medical Center with 100 survival J Interv Cardiol 2018 Aug31(4)518-524
bull 2 Cases Texas Heart impella plus Ekos Tex Heart Inst J 2018 Jun 145(3)182-185
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Perc RVAD
Impella RP
bull Xray
bull No intubation
bull Intracorporeal
bull Thrombus Sensitive
Proteck DUO
bull Xray C-arm
bull No intubation
bull Extracorporeal
bull Thrombus Forgiving
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC
Massive Pulmonary Embolism with Hemodynamic Compromise
Massive Pulmonary
Embolism
Saftey Lines
Mechanical Support Stand-by
High Risk Signs
VA risk and AccessNo High Risk Signs
VA RPDuo
1 High Vasopressor requirements2 Requiring intubation3 Serum Lactate4 Thrombus in Transit
VA ECMO
for Cardiac Arrest
With or without ROSC