Aortic occlusion (AO) for trauma has traditionally been accomplished by supra-diaphragmatic clamping of the descending thoracic aorta via emergent thoracotomy or as an initial step during laparotomy.
An evolution in endovascular technologies, however, has provided additional means by which to achieve AO. Expanding experience with the utilization of balloon occlusion in the setting of abdominal aortic rupture due to chronic vascular disease has demonstrated the potential of these new technologies. Discussion of the employment of endovascular AO in the realm of trauma has led to the description of this approach and the demonstration of its effectiveness in animal models of severe hemorrhage. The purpose of the present study is to prospectively examine the modern utilization of AO in the acute resuscitation of trauma and acute care surgery patients in shock.
Study Type
OBSERVATIONAL
Enrollment
100
AO to facilitate the acute resuscitation of trauma and acute care surgery patients in shock.
Methodist Dallas Medical Center
Dallas, Texas, United States
Demographics
Age in years
Time frame: 01 July 2015 through 31st December 2024
Demographics- Gender
Male or Female
Time frame: 01 July 2015 through 31st December 2024
Demographics-Height
Height measured in Inches
Time frame: 01 July 2015 through 31st December 2024
Demographics- Weight
Weight measured in pounds
Time frame: 01 July 2015 through 31st December 2024
Injury Data
Mechanism classification - Penetrating, Blunt or Non-trauma Hemorrhage
Time frame: 01 July 2015 through 31st December 2024
Injury Mechanism Type
Gunshot wound, Motor vehicle accident, stab wound, fall
Time frame: 01 July 2015 through 31st December 2024
Body Region
Head/Neck, Chest, Abdomen, pelvis or Extremities
Time frame: 01 July 2015 through 31st December 2024
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