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首页> 外文期刊>Aviation, space, and environmental medicine. >[492] BRAIN TISSUE OXYGENATION WAS REDUCED IN POLYTRAUMA SWINE DURING SIMUALTED AEROMEDICAL EVACUATION
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[492] BRAIN TISSUE OXYGENATION WAS REDUCED IN POLYTRAUMA SWINE DURING SIMUALTED AEROMEDICAL EVACUATION

机译：[492]在Miaualted Aeromedical疏散期间，在多毛猪中减少了脑组织氧合

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INTRODUCTION: The rapid aeromedical evacuation of combat casualties to definitive care is current standard practice in the military and in civilian rural areas without higher level trauma centers. Little is known about the effects of long range aeromedical evacuation in hypobaric environments on trauma patients. Casualties are often "stabilized along the continuum of care," rather than "stable" prior to evacuation. These patients may be more vulnerable than healthy passengers to the physiological challenges of altitude. We investigated the effects of hypobaria during aeromedical evacuation on systemic and neurologic physiology in a swine polytrauma model of traumatic brain injury (TBI) and hemorrhagic shock (HS).
机译：介绍：战斗力的快速气动疏散对明确护理的伤亡是当前军队和平民农村地区的标准实践，没有高级创伤中心。 关于在创伤患者对高抗体环境中的长距离航空性疏散的影响几乎不少。 伤亡人员通常“沿着关注的连续稳定”，而不是在疏散之前“稳定”。 这些患者可能比健康的乘客更容易受到高度的生理挑战。 我们在创伤性脑损伤（TBI）和出血性休克（HS）猪多摩梭模型中，研究了脓胃石油疏忽期间的影响

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