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Revisiting therapeutic hypothermia for severe traumatic brain injury… again

机译:再次探讨低温治疗对严重颅脑损伤的治疗…

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Improved understanding of the molecular mechanisms of secondary brain injury has informed the optimum depth and duration of cooling and led to increased clinical interest in the therapeutic moderate hypothermia for severe traumatic brain injury over the past two decades. Although several large multi-center clinical trials have not found a treatment effect, multiple single-center trials have, and a recent meta-analysis by Crossley and colleagues now finds that the cumulative findings of those single-center trials dilute the multi-center trial results and show an overall reduction in mortality and poor outcomes associated with cooling. The need for consistent support of key physiologic parameters during cooling is emphasized by this finding.
机译:对继发性脑损伤的分子机制的更深入了解为最佳的降温深度和持续时间提供了信息,并在过去的二十年中引起了对严重创伤性脑损伤的治疗性中度低温治疗的临床兴趣的增加。尽管几项大型的多中心临床试验尚未发现治疗效果,但多项单中心试验却有疗效,Crossley及其同事最近进行的荟萃分析现在发现,这些单中心试验的累积发现稀释了多中心试验。结果,并显示死亡率总体下降以及与降温相关的不良结果。该发现强调了在冷却过程中对关键生理参数的一致支持的需求。

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