Military medicine
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A new training and rehabilitation methodology called Sanomechanics® is presented based on a recent discovery of the anatomical system called Floating Skeleton System (FSS) responsible for redistributing contact pressures in the joint capsules and thus minimizing the loads on joint cartilages. ⋯ The FSS provides for a guidance for development of scientific approaches to the training and rehabilitation techniques. The SMM is balanced mind-body training system, which can help U.S. Servicemen and Servicewomen be better prepared for extreme load during their service.
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Civilian and military research has linked parental illness and injury with increased overall mental health care and psychiatric medication use in children. Care for specific mental health conditions and medications by child age have not been reported. ⋯ Parental illness/injury is associated with increased mental health care and days of psychiatric medication use in dependent children. Practitioners who care for families impacted by parental illness/injury should be cognizant of children's mental health risk. Early identification and treatment of child-related mental health issues can improve family functioning and increase military family readiness.
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The Military Health System serves to globally provide health services and trained medical forces. Military providers possess variable levels of deployment preparedness. The aim of the Clinical Readiness Program is to develop and assess the knowledge, skills, and abilities (KSAs) needed for combat casualty care. ⋯ The Clinical Readiness Program identifies imbalances between the health care delivery and readiness missions. To close the readiness gap, the Military Health System needs to recapture high KSA value procedures, expand access to care, and/or partner with civilian institutions.
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This research has resulted in a system of sensors and software for effectively adjusting prosthetic alignment with digital numeric control. We called this suite of technologies the Prosthesis Smart Alignment Tool (ProSAT) system. ⋯ The accuracy of a prototype ProSAT system has been validated for controlled alignment changes by a prosthetist. Refinement of the ergonomic form and technical function of the hardware and clinical usability of the mobile software application are currently being completed with benchtop experiments in advance of further human subject testing of alignment efficiency, accuracy, and user experience.
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Little is known about the long-term outcome of open abdomen treatment with vacuum-assisted wound closure and mesh-3. Therefore, this study's purpose is to evaluate this with a particular focus on incisional hernia development and quality of life (QoL). ⋯ Vacuum-assisted wound closure and mesh-mediated fascial traction seems to result in low complication rates. However, incisional hernias occur in 35%, which are the leading cause of reduced QoL. Measures to further improve this rate, such as prophylactic meshes, have to be evaluated.