Trauma Clinical Trial
Official title:
Registry of Emergency Airways Arriving at Combat Hospitals (REACH)
This represents the first prospective examination of advanced airway management under combat conditions. The findings will have a tremendous impact on both modern prehospital medical practice and on the treatment of our wounded Soldiers during the Global War on Terrorism.
Stabilizing trauma victims in the out-of-hospital setting often requires the critical
intervention of definitive airway management. Prehospital airway management studies in the
U.S. have demonstrated variable success with endotracheal intubations by paramedics, ranging
from 75-94% in recent well designed studies. Initial prehospital airway efforts showed there
was a significant improvement in patient outcome when endotracheal intubation was performed
in the field. Yet, a recent review cited 14 studies that demonstrated either no difference
or even a higher mortality noted among patients that received prehospital endotracheal
intubation by a paramedic. Of note, all of these previous studies were performed in
non-combat settings and involved only civilian paramedics.
There currently are no prospective studies in the literature involving prehospital combat
advanced airway management. Furthermore, it is not even clear how commonly advanced airway
procedures are performed on the modern battlefield. Data from Vietnam shows that 6% of the
soldiers killed in action suffered isolated airway injuries. In the current Global War on
Terror, an estimated 27% of wounds occur to the head, neck or airway structures. Military
databases demonstrate that patients requiring emergency airway management before reaching a
combat support hospital constitute 5 to 10% of the total combat casualty population, and
that acute airway compromise is a significant cause of preventable traumatic death in modern
warfare. During Operation Iraqi Freedom, approximately 10% of the 3600 trauma patients that
reached his Combat Support Hospital (CSH) had airway compromise as the primary cause of
death. This may represent a conservative estimate given that it is not clear how many
patients with airway compromise died on the battlefield and were never transferred to the
CSH. In today's world, these findings are important to civilian physicians as well because
of the parallels between combat settings and other austere environments such as wilderness
medicine, medical support for law enforcement, and managing mass casualty effects of
terrorist attacks and weapons of mass destruction.
The purpose of this study was to evaluate advanced airway management performance by
prehospital providers during Operation Iraqi Freedom. Our intentions were to provide a
preliminary analysis of prehospital airway management within the combat setting, and
identify means of improving outcomes associated with prehospital endotracheal intubations.
Other points of interest included gaining insight into which providers were at risk for
performing incorrect intubations; theorizing how endotracheal intubations could be improved
in the combat setting; and comparing the rate of missed intubations to previous studies
performed in civilian settings.
This was a prospective, observational study performed under combat conditions during
Operation Iraqi Freedom. This study was approved by the U.S. Army Clinical Investigation
Regulatory Office. The primary outcome was independently physician verified correct
placement of endotracheal tubes by prehospital providers within the combat setting.
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