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Case Reports
. 2020 May;60(5):1104-1107.
doi: 10.1111/trf.15740. Epub 2020 Mar 10.

Prehospital blunt traumatic arrest resuscitation augmented by whole blood: a case report

Julian G Mapp  1   2 , Craig A Manifold  2   3 , Alberto M Garcia  4 , Jason L Aguilar  4 , Michael L Stringfellow  4 , Christopher J Winckler  2
Affiliations
Case Reports

Prehospital blunt traumatic arrest resuscitation augmented by whole blood: a case report

Julian G Mapp et al. Transfusion. 2020 May.

Abstract

Background: Prehospital hemorrhagic shock accounts for approximately 25,000 civilian deaths annually in the United States. A balanced, blood-based resuscitation strategy is hypothesized to be the optimal treatment for these patients. Due to logistical constraints, delivering a balanced, blood-based resuscitation is difficult in the prehospital setting. A low titer O+ whole blood (LTO+ WB) ground ambulance initiative, may help alleviate this capability gap.

Case report: A 37-year-old female was involved in a motor vehicle collision at approximately 16:30. While she was trapped inside the vehicle, her mental status deteriorated. The patient was successfully extricated at 17:04 and found to be in cardiac arrest. The paramedics and firefighters quickly secured her airway and applied a mechanical CPR device. The first responder team obtained return of spontaneous circulation, but the patient's blood pressure was 43/27 mmHg. The paramedics transfused one unit of LTO+ WB. Twenty-one minutes after the initial LTO+ WB transfusion, the air ambulance team transfused a second unit of LTO+ WB. Upon hospital arrival, the transfusion was completed, and the patient's shock index improved to 1.0. The trauma team identified a grade 5 splenic injury with active extravasation. Interventional radiology performed an angiogram and successfully embolized the tertiary branches of the inferior splenic pole. She was extubated on postinjury Day one and discharged to her home neurologically intact on postinjury Day 12.

Conclusion: The prehospital availability of LTO+ WB may enhance the resuscitation of critically ill trauma patients.

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References

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