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Airway obstruction is the second leading cause of potentially preventable death on the battlefield. Endotracheal intubation is a critical skill needed by emergency military physicians to manage these patients. Our objective is to describe the development of the Defense Registry for Emergency Airway Management (DREAM) at Brooke Army Medical Center (BAMC), a level 1 trauma center over a 7-month period.

Emergency physicians (EP) performing endotracheal intubations in the BAMC emergency department (ED) completed standardized data collection forms with information about each event. Trained study team members extracted additional data from the medical records. We cross-referenced each intubation with patient tracking systems in the department and would fill in missing variables through interview with the intubating operator and/or medical records review.

The study period comprised January through July 2020. During the study period emergency physicians (EP) performed a total of 74 intubations. Reasons for intuor development of individual critical task lists.
Most DREAM intubations were related to traumatic injuries. The most frequently encountered difficult airway characteristics were blood in airway and facial trauma. Masitinib order Most intubations were conducted using video laryngoscopy with a high first-pass success rate similar to other published studies. Expansion of the registry to other military emergency departments would enable a data-driven solution for development of individual critical task lists.For the past 25 years, the San Antonio Uniformed Services Health Education Consortium (SAUSHEC) Emergency Medicine Residency has used an end-of-shift evaluation (ESE) to provide formative feedback and assess resident progress. The instrument has evolved from a simple half-sheet of paper to a more complex electronic milestones assessment. The length and detail of the evaluation form has grown appreciably, but the precise impact of these changes on the effectiveness of formative feedback unknown. The authors present a narrative description of the evolution of this instrument in response to changing requirements and efforts to optimize its utility. Our experiences over the past quarter-century are presented in the context of now-common utilization of similar evaluation tools among emergency medicine (EM) training programs. The evolution of our ESE instrument may be of historical interest to EM educators and provide examples for those seeking to develop or adapt their own evaluation tools.
Academic productivity is a requirement by the Accreditation Council for Graduate Medical Education (ACGME). In addition to the requirements by the ACGME, residency training programs are required to provide education on medical research with the end-goal of teaching physicians how to read, interpret, and apply medical evidence in the form of evidence-based medicine. An understanding of research design, evidencebased medicine, and critical appraisal of available literature is central to practicing medicine and applying new research to clinical practice. However, residency programs vary significantly in research curricula provided to residents. We describe an innovative integrated military-civilian emergency medicine research curriculum that provides foundational knowledge in research design and critical appraisal.
Academic productivity is a requirement by the Accreditation Council for Graduate Medical Education (ACGME). In addition to the requirements by the ACGME, residency training programs are required to provide education on medical research with the end-goal of teaching physicians how to read, interpret, and apply medical evidence in the form of evidence-based medicine. An understanding of research design, evidencebased medicine, and critical appraisal of available literature is central to practicing medicine and applying new research to clinical practice. However, residency programs vary significantly in research curricula provided to residents. We describe an innovative integrated military-civilian emergency medicine research curriculum that provides foundational knowledge in research design and critical appraisal.
Personal protective equipment (PPE) is crucial to force protection and preservation. Innovation in PPE has shifted injury patterns, with protected body regions accounting for decreased proportions of battlefield trauma relative to unprotected regions. Little is known regarding the PPE in use by warfighters at the time of injury.

We queried the Prehospital Trauma Registry (PHTR) for all encounters from 2003-2019. This is a sub-analysis of casualties with documented PPE at the time of medical encounter. When possible, encounters were linked to the Department of Defense Trauma Registry (DODTR) for outcome data. Serious injuries are defined as an abbreviated injury scale of 3 or greater.

Of 1,357 total casualty encounters in the PHTR, 83 were US military with documented PPE. We link 62 of this cohort to DODTR. The median composite Injury Severity Score (ISS) was 6 (Interquartile range (IQR) 4-21), and 11 casualties (18%) had an ISS >25. The most seriously injured body regions were the extremities (21%), head/neck (16%), thorax (16%), and abdomen (10%). PPE worn at time of injury included helmet (91%), eye protection (73%), front (75%) and rear plates (77%), left/right plates (65%), tactical vest (46%), groin protection (12%), neck protection (6%), pelvic shield (3%), and deltoid protection (3%).

Our data set demonstrates that the extremities were the most commonly injured body region, followed by head/neck, and thorax. PPE designed for the extremities and neck are also among the least commonly worn protective equipment.
Our data set demonstrates that the extremities were the most commonly injured body region, followed by head/neck, and thorax. PPE designed for the extremities and neck are also among the least commonly worn protective equipment.
Blood products are often a life-saving intervention for both traumatic and medical indications. The United States Indo-Pacific Command (INDOPACOM) is the largest Geographic Combat Command (GCC). Procurement of blood products that meet the US military healthcare standards throughout this region is challenging. Yet, the frequency to which this life-saving intervention is administered remains unclear. We seek to describe blood product administration throughout INDOPACOM.

This is a secondary analysis of a previously described dataset from the US Transportation Command (TRANSCOM) Regulating Command and Control and Evacuation System (TRAC2ES) from 2008 to 2018.

Between 2008 and 2018, there were 4,217 cases in TRAC2ES originating within INDOPACOM, of which 173 (4%) cases involved blood product transfusion. The largest percentage for patients receiving a blood transfusion was 19-29 years old (29%), followed by patients under a year (21%). Most (66%) of the patients classified as male. Almost half of the patients (49%) were dependents of members of service in parallel with the young patient ages.
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