Military medicine
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While previous studies have examined the stress of the military training environment, studies have not systematically examined the stress associated with attending the Defense Language Institute Foreign Language Center (DLIFLC). Service members assigned to DLIFLC endure intense academic pressure to succeed while meeting military requirements. Thus, not only are traditional academic stressors likely to be of concern but there are other academic and military-related stressors that have to managed by students. The goal of the present study was to characterize the stressors facing military students, document their mental health status and well-being, and identify mitigating factors such as coping, social support, time management, and the classroom environment. ⋯ Individual coping, social connection, and classroom climate are each associated with better DLIFLC student adjustment. Denial coping appears to impede individuals from assembling the personal resources needed to study a foreign language. In contrast, acceptance appears to support healthier adjustment, perhaps freeing individuals to focus on the task at hand rather than expend valuable energy resisting the demands being placed on them. Positive social interaction also appears to provide an important resource for students, and positive classroom climate is also associated with better mental health. These findings suggest that there are measures that individuals and the school can take to improve the DLIFLC experience and support students as they manage a myriad of stressors given the significance of their success to individual students and to the larger organization.
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The recent conflicts in Iraq and Afghanistan entail an asymmetric battlefield without clearly defined forward lines of troops as seen in previous wars. Accordingly, the United States military medical services have increasingly adopted casualty evacuation (CASEVAC) platforms. We describe CASEVAC events reported within the Department of Defense Trauma Registry (DODTR). ⋯ In our dataset, CASEVAC events most frequently involved US military personnel service members with most surviving to hospital discharge. Developing new terminology that distinguishes different types of CASEVAC would allow for more accurate future analyses of casualty evacuation and outcomes - such as those transports that are truly in a non-medical versus the various medical platforms that do not fall with into the confines of the MEDEVAC platforms.
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The United States Military Health System provides healthcare to a diverse patient population throughout the world. There are three distinct challenges that the Military Health System faces. (1) Providers have varying degrees of clinical training expertise and may be called upon to practice outside their usual scope of care. (2) There is geographic isolation of patients and providers with limited resources while stationed overseas. (3) Patients are at higher risk of breaks in continuity of care because of permanent change of duty stations, deployments, and retirement. ⋯ Mobile health is a powerful platform which can help deliver standardized care in missions around the world and improve access to care for patients at military treatment facilities in the United States. The United States Military Health System would benefit greatly from creating universal mobile health applications to assist providers in patient access to care, military mission readiness, and disease specific modules. Future resources should be dedicated to the development of a mobile health application pool that is universally implemented across services to improve quality of care delivered at home and in theater by military providers.
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The rate of chronic migraine (CM) has been shown to be 20% or greater in the post 9/11 combat veteran population with a history of traumatic brain injury, while the rate is much lower at 3-5% in the general population. Studies have shown that medications such as oral topiramate or intramuscular injections of onabotulinum toxin A (Botox) have been used for CM prevention, and occipital blocks have been shown to be helpful in treating occipital neuralgia and short-term relief of CM. However, there are no known studies that have specifically evaluated the use of Botox and occipital blocks for reducing headache frequency in the US veteran population. The purpose of this study was to evaluate the effectiveness of using occipital blocks and Botox as dual therapy for reducing headache frequency in post 9/11 combat veterans with CM, occipital neuralgia, and a history of TBI or neck trauma. ⋯ This study evaluated the effectiveness of using occipital blocks and Botox as dual therapy for reducing headache frequency for post 9/11 combat veterans with CM, occipital neuralgia, and a history of TBI or neck trauma. Results revealed a statistically significant reduction in the number of headache days per month after the dual therapy. There were multiple limitations to the study to include a small sample size, lack of a control group, self-reported headaches for only 1 month pre-and post-treatment, and no control for other interventions or events which may have influenced the outcome. There is a strong need for randomized, double blinded, placebo- controlled studies involving dual therapy in this population. This study, though small, may be helpful in stimulating additional studies and treatments in this veteran population.
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One challenge clinicians face is determining when a military Service Member (SM) can return to duty after an injury that affects the postural control. The gold standard to measure postural control is the Sensory Organization Test (SOT). This test measures the amount of sway present in an individual's static stance that may be used to examine range of function and monitor recovery from injury. Normative values currently available were developed using a sample of clinically normal adults from the general population (i.e., civilian non-aviator). Previous research suggests that these values should not be used as a comparative cohort for high-performing populations in the military. However, normative values, specific to military SMs, do not exist. The aim of this study was to develop a normative clinical database for functional balance (i.e., the SOT) for military-trained aviators, an occupational specialty that may consist of high performers. ⋯ Army-trained aviators are high-functioning performers whose SOT scores differ from that of the general civilian population, particularly for the more challenging test conditions. New normative values were developed from this study population. Use of the developed normative values could be used as a comparative cohort in screening aviators who are recovering from injuries that affect postural stability.