Journal of special operations medicine : a peer reviewed journal for SOF medical professionals
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The effects of stress induced cortisol on learning and memory is well documented in the literature.1-3 Memory and learning are enhanced at low levels while high levels are detrimental. Repetitive training in stressful situations enables management of the stress response4 as demonstrated by the high intensity training military members undergo to prepare for tactical situations. Appropriate management of one?s stress response is critical in the medical field, as the negative effects of stress can potentially hinder life-saving procedures and treatments. ⋯ The metrics for the short-term goals were the focus of this pilot study. Results show an increase in confidence and decrease in perceived stress as well as statistically significant improvements in technical and non-technical skills and surgical instrumentation knowledge throughout the week. There is a correlative benefit to physician and non-physician military personnel, especially Special Operations Forces (SOF) medical personnel, from developing and implementing similar training programs when live tissue or cadaver models are unavailable or unfeasible.
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Battlefield hemorrhage remains the primary cause of death in potentially survivable combat injuries with noncompressible hemorrhage. Fibrin dressings have great potential for reducing mortality, however are limited by cost, availability, and disease transmission. ⋯ The STF dressing is as efficacious as CG in treating hemorrhage in this model of a lethal injury. Further, the STF dressing formed a fibrin sealant over the injury, whereas CG achieved hemostasis by occlusive compression of the artery. The sealant property of the STF dressing allowed reestablishment of antegrade blood flow into the distal limb, demonstrating that this dressing has the potential of limb salvage in addition to control of life-threatening hemorrhage.
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Many combat-related deaths occur in the prehospital environment before the casualty reaches a medical treatment facility. The tenets of Tactical Combat Casualty Care (TCCC) were published in 1996 and integrated throughout the 75th Ranger Regiment in 1999. In order to validate and refine TCCC protocols and procedures, a prehospital trauma registry was developed and maintained. The application of TCCC, in conjunction with validation and refinement of TCCC through feedback from a prehospital trauma registry, has translated to an increase in survivability on the battlefield.
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The use of Fresh Whole Blood (FWB) transfusions can be a powerful tool for the Special Operations Forces (SOF) medic to treat uncontrolled hemorrhage. In fact, it may be the only tool currently available for hemostatic resuscitation, which along with hypotensive resuscitation, forms the basis for Damage Control Resuscitation (DCR). ⋯ The United States Special Operations Command (USSOCOM) sponsored Curriculum Evaluation Board (CEB), which is responsible for authoring the Tactical Emergency Medical Protocols (TMEPs) has produced a protocol. This article serves as its introduction.
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Non-military government agencies and non-governmental organizations (NGOs) have made great strides in the evaluation of humanitarian medical work, and have learned valuable lessons regarding monitoring and evaluation (M&E) that may be equally as valuable to military medical personnel. We reviewed the recent literature by the worldwide humanitarian community regarding the art and science of M&E, with focus toward military applications. The successes and failures of past humanitarian efforts have resulted in prolific analyses. ⋯ Military medical personnel can apply some of these standards to military humanitarian M&E in complex and stability operations. The authors believe that the NGO community?s M&E standards should be applied to improve evaluation of U. S. military medical humanitarian operations.