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Novel method for inducing rapid, controllable therapeutic hypothermia in rats using a perivascular implanted closed-loop cooling circuit

机译:使用血管周围植入的闭环冷却回路在大鼠中诱导快速,可控制的治疗性低温的新方法

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摘要

Background: Hypothermia is the most potent protective therapy available for cerebral ischemia. In experimental models, cooling the brain even a single degree Celsius alters outcome after global and focal ischemia. Difficulties translating therapeutic hypothermia to patients with stroke or after cardiac arrest include: uncertainty as to the optimal treatment duration; best target-depth temperature; and longest time delay after which therapeutic hypothermia won't benefit. Recent results from human clinical trials suggest that cooling with surface methods provides insufficient cooling speed or control over target temperature.
机译:背景:体温过低是可用于脑缺血的最有效的保护性疗法。在实验模型中,使大脑冷却甚至达到一摄氏度也会改变整体和局灶性局部缺血后的结局。将治疗性低温转换为中风或心脏骤停后患者的困难包括:最佳治疗持续时间的不确定性;最佳目标深度温度;和最长的时间延迟,此后治疗性低温治疗将无济于事。人类临床试验的最新结果表明,采用表面方法进行冷却无法提供足够的冷却速度或无法控制目标温度。

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