Hyperbaric effects on cold stored whole blood following a military dive mission profile

Abstract

Whole blood (WB) is carried by special operations forces as part of a remote damage control resuscitation strategy. The effects of an underwater mission on the quality and coagulation profile of WB were simulated by exposure to hyperbaric pressures in a chamber.

Document Details

Document Type
Pub Defense Publication
Publication Date
Jun 24, 2022
Source ID
10.1111/trf.16963

Entities

People

  • Baron J. Ochoa
  • Casey F. Becker
  • Chad M. Spencer
  • Christopher Scheiber
  • Jansen Seheult
  • Jeremy D. Horsey
  • Joshua A. Perez
  • Mark H. Yazer
  • Michael A. Wilkinson
  • Michael L Boisen
  • Michael P. O'connell
  • Pasha Bentley
  • Richard D. Neading
  • Tyler R. Scarborough

Organizations

  • Marine Raiders
  • Mayo Clinic
  • Naval Medical Center Portsmouth
  • Naval Medical Center San Diego
  • United States Marine Corps Forces Special Operations Command
  • University of Pittsburgh

Tags

Readers

  • Explosive Engineering.
  • Software Engineering
  • Trauma or Military Medicine