The ischemic threshold of the extremity.

Shaun M Gifford, Brandon W Propper, Jonathan L Eliason
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引用次数: 10

Abstract

Military efforts to limit ischemic time and reperfusion injury are being investigated with a focus on functional limb salvage as opposed to the more historic statistical salvage, since a dysfunctional limb may be a worse outcome than amputation. Translatable animal research, supported by reports from forward deployed surgeons in the field, is needed to improve care. Current studies have determined the threshold for meaningful recovery is less than 6 hours. Attempts at modeling vascular injury and ischemia reperfusion can be divided into 2 categories: chronic ischemia that mimics human age related disease and acute vascular injury that represents traumatic injury. A swine model to evaluate battlefield injuries and scenarios encountered in traumatic extremity vascular injury with a focus on functional limb salvage has been developed. Future endeavors should focus on understanding the factors that affect ischemic threshold as well as testing therapeutic and physical maneuvers to prolong this threshold.

四肢的缺血阈值。
限制缺血时间和再灌注损伤的军事努力正在被研究,重点是功能性肢体的挽救,而不是更多的历史统计挽救,因为功能失调的肢体可能比截肢更糟糕。需要在前线部署的外科医生的报告支持下进行可翻译的动物研究,以改善护理。目前的研究已经确定有意义的恢复阈值少于6小时。血管损伤和缺血再灌注建模的尝试可分为两类:模拟人类年龄相关疾病的慢性缺血和代表创伤性损伤的急性血管损伤。建立了一种猪模型,用于评估创伤性四肢血管损伤的战场伤害和情景,重点是肢体功能的保留。未来的努力应该集中在了解影响缺血阈值的因素,以及测试治疗和物理操作来延长这个阈值。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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