Military medicine
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Roughly 13% of all battlefield injuries include some form of ocular trauma. Ocular tissue preservation is critical for wound healing for warfighters with ocular injuries. Our team hypothesized that oxygen plays a vital role in ocular tissue preservation and wound healing and has developed a supersaturated oxygen emulsion (SOE) for the topical treatment of ocular trauma. ⋯ Maintaining adequate tissue oxygenation is critical for tissue preservation and wound repair, especially in avascular tissues like the cornea. Further studies examining the application of the SOE in corneal injury models are warranted.
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We report a case study on a single military member who received moderate blast overpressure (OP) exposure during routine breacher training. We extend previous research on blast exposure during training, which lacked sufficient data to assess symptom profiles and OP exposure. The present work was conducted because a subjective symptom profile similar to that seen in sports concussion has been reported by military personnel exposed to blast. ⋯ No additional symptoms were reported by the subject. Objective markers of mild TBI remain elusive, but support for serum biomarkers as an early detection mechanism is promising. Additionally, this case study demonstrated an association between OP and high level of neurotrauma biomarker in an individual.
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Severe traumatic brain injury has historically been a non-survivable injury. Recent advances in neurosurgical care, however, have demonstrated that these patients not only can survive, but they also can recover functionally when they undergo appropriate cerebral decompression within hours of injury. ⋯ Utilizing a case transferred from downrange to our institution, we demonstrate the utility of a small, highly portable quantitative pupillometer to obtain reliable and reproducible data about a patient's intracranial pressures. Following the case presentation, the literature supporting quantitative pupillometry for surgical decision-making is reviewed.
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Physician burnout is of growing concern in the medical community and in emergency medicine (EM) in particular. It is unclear whether higher levels of burnout are associated with poorer academic or clinical performance. EM residency in military environments compared to civilian residencies has unique considerations related to additional military-specific training and operational requirements, which may contribute to burnout. The prevalence and effects of burnout on military EM resident physicians have not been investigated. ⋯ In a small study of military EM resident physicians, level of burnout as measured by the MBI-HSS is similar to other EM populations including civilian residents and practicing physicians, though it was much higher than that of military orthopedic residents. No relationship between presence or absence of burnout and academic performance as measured by the ABEM-ITE was found.
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The treatment and resolution of psychological traumas during military deployments directly supports medical readiness and the military mission and potentially prevents symptom progression to post-traumatic stress disorder (PTSD). However, current evidence-based trauma-focused psychotherapies can be difficult to employ during military contingency operations due to various barriers. Deployed military behavioral health providers need an effective, trauma-focused intervention that is suitable for the operational environment. In this retrospective case series, we describe how a therapeutic intervention based on accelerated resolution therapy (ART), an emerging trauma-focused psychotherapy, was pivotal in the treatment of acute stress reactions in eight deployed U.S. Army soldiers. ⋯ Based on these encouraging preliminary findings, the authors recommend that behavioral health providers who are preparing to deploy become familiar with ART or related interventions in order to develop the confidence and the skills that are needed to provide timely and effective trauma-focused care for deployed soldiers.