Diferencia entre revisiones de «EBQ:Effective ED Thoracotomy Usage»

(Complete article rewrite)
 
(No se muestra una edición intermedia de otro usuario)
Línea 1: Línea 1:
PMID 9680018
{{JC info
| title= Survival After Emergency Department Thoracotomy: Review of Published Data From the Past 25 Years
| abbreviation= ED Thoracotomy
| expansion=
| published= 1998
| author= Rhee PM, Acosta J, Bridgeman A, Wang D, Jordan M, Rich N.
| journal= J Am Coll Surg
| year= 2000
| volume= 190
| issue= 3
| pages= 288-298
| pmid= 9680018
| fulltexturl=
| pdfurl=
| status = Complete
}}
 
==Clinical Question==
What are the survival rates and indications for emergency department thoracotomy (EDT), and which patient populations are most likely to benefit?
 
==Conclusion==
*EDT is most effective in penetrating cardiac injuries with witnessed vital signs
*Overall survival after EDT is approximately 7.4%, but varies significantly by mechanism and patient presentation
*Patients with penetrating cardiac injuries who arrive with signs of life have the highest survival rates (up to 35%)
*EDT for blunt trauma has extremely poor outcomes (<2% survival) and should rarely be performed
 
==Major Points==
*This was the most comprehensive review of EDT outcomes at the time, analyzing over 7,000 patients from 42 studies
*Survival by mechanism: penetrating cardiac injuries 19.4%, penetrating non-cardiac thoracic 10.7%, penetrating abdominal/extremity 4.5%, blunt trauma 1.4%
*Signs of life (pupillary response, spontaneous ventilation, cardiac electrical activity) at presentation predict better outcomes
*The study established evidence-based guidelines for when EDT should and should not be performed
*EDT is futile in patients without vital signs after blunt trauma with >10 minutes of prehospital CPR
 
==Study Design==
*Systematic review of published literature on emergency department thoracotomy
*42 studies reviewed spanning 25 years of published data
*N = 7,035 patients who underwent EDT
 
==Population==
===Inclusion Criteria===
*Published studies reporting outcomes of emergency department thoracotomy
*Studies with sufficient data to calculate survival rates by mechanism
===Exclusion Criteria===
*Case reports with insufficient outcome data
*Studies combining EDT with OR thoracotomy without separating outcomes
 
==Interventions==
*Emergency department thoracotomy (left anterolateral thoracotomy)
*Goals of EDT: release pericardial tamponade, control cardiac hemorrhage, cross-clamp aorta for hemorrhage control, internal cardiac massage
 
==Outcomes==
===Primary Outcome===
*Overall survival to discharge: 7.4% (521/7,035)
===Secondary Outcomes===
*Survival by mechanism:
**Penetrating cardiac: 19.4%
**Penetrating non-cardiac thoracic: 10.7%
**Penetrating abdominal: 4.5%
**Blunt trauma: 1.4%
*Neurologically intact survival: majority of survivors had good neurological outcomes
 
==Criticisms==
*Significant heterogeneity across studies in patient selection, technique, and outcome definitions
*Publication bias may overestimate survival rates (centers with better outcomes more likely to publish)
*Review included older studies with different prehospital care standards
*Definition of "signs of life" varied across studies
*Does not address the resource utilization or cost-effectiveness of EDT
 
==Funding==
*None reported
 
==See Also==
*[[Emergency department thoracotomy]]
*[[Penetrating chest trauma]]
*[[Cardiac tamponade]]
 
==References==
<references/>
 
[[Category:EBQ]]
[[Category:Trauma]]

Revisión actual - 22:59 21 mar 2026

Complete Journal Club Article
Rhee PM, Acosta J, Bridgeman A, Wang D, Jordan M, Rich N.. "Survival After Emergency Department Thoracotomy: Review of Published Data From the Past 25 Years". J Am Coll Surg. 2000. 190(3):288-298.
PubMed

Clinical Question

What are the survival rates and indications for emergency department thoracotomy (EDT), and which patient populations are most likely to benefit?

Conclusion

  • EDT is most effective in penetrating cardiac injuries with witnessed vital signs
  • Overall survival after EDT is approximately 7.4%, but varies significantly by mechanism and patient presentation
  • Patients with penetrating cardiac injuries who arrive with signs of life have the highest survival rates (up to 35%)
  • EDT for blunt trauma has extremely poor outcomes (<2% survival) and should rarely be performed

Major Points

  • This was the most comprehensive review of EDT outcomes at the time, analyzing over 7,000 patients from 42 studies
  • Survival by mechanism: penetrating cardiac injuries 19.4%, penetrating non-cardiac thoracic 10.7%, penetrating abdominal/extremity 4.5%, blunt trauma 1.4%
  • Signs of life (pupillary response, spontaneous ventilation, cardiac electrical activity) at presentation predict better outcomes
  • The study established evidence-based guidelines for when EDT should and should not be performed
  • EDT is futile in patients without vital signs after blunt trauma with >10 minutes of prehospital CPR

Study Design

  • Systematic review of published literature on emergency department thoracotomy
  • 42 studies reviewed spanning 25 years of published data
  • N = 7,035 patients who underwent EDT

Population

Inclusion Criteria

  • Published studies reporting outcomes of emergency department thoracotomy
  • Studies with sufficient data to calculate survival rates by mechanism

Exclusion Criteria

  • Case reports with insufficient outcome data
  • Studies combining EDT with OR thoracotomy without separating outcomes

Interventions

  • Emergency department thoracotomy (left anterolateral thoracotomy)
  • Goals of EDT: release pericardial tamponade, control cardiac hemorrhage, cross-clamp aorta for hemorrhage control, internal cardiac massage

Outcomes

Primary Outcome

  • Overall survival to discharge: 7.4% (521/7,035)

Secondary Outcomes

  • Survival by mechanism:
    • Penetrating cardiac: 19.4%
    • Penetrating non-cardiac thoracic: 10.7%
    • Penetrating abdominal: 4.5%
    • Blunt trauma: 1.4%
  • Neurologically intact survival: majority of survivors had good neurological outcomes

Criticisms

  • Significant heterogeneity across studies in patient selection, technique, and outcome definitions
  • Publication bias may overestimate survival rates (centers with better outcomes more likely to publish)
  • Review included older studies with different prehospital care standards
  • Definition of "signs of life" varied across studies
  • Does not address the resource utilization or cost-effectiveness of EDT

Funding

  • None reported

See Also

References