Objective: Extracorporeal circulation was used in rewarming immersed hypothermic dogs.

目的: 应用体外循环技术救治海水浸泡性体温过低症犬.

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Results S 100 protein increased obviously in brain injury induced by extracorporeal circulation.

结果S100蛋白在体外循环脑损伤中明显升高.

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Methods : Using pre - warning intervention in 736 patients who have accepted the intracardiac surgery under extracorporeal circulation.

方法对736例实施体外循环心脏直视手术患者行压疮预警干预程序.

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Conclusion: Extracorporeal circulation may be one of effective Methods: To rewarm immersed hypothermic dogs.

结论: 体外循环技术复温浸泡性体温过低症犬是有效的方法.

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Objective To observe the hemostasis effect of medical fibrin glue extracorporeal circulation operation.

目的观察体外循环手术中应用生物蛋白胶的止血效果.

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Methods: Data from 186 consecutive patients treated by valve replacement extracorporeal circulation were reviewed.

方法: 对心脏瓣膜病变组包括单瓣膜病变和联合瓣膜病变患者186例,均行瓣膜置换术.

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The operation was performed under deep hypothermia and extracorporeal circulation with low flow perfusion.

手术采用胸骨正中切口在体外循环深低温低流量灌注下施行.

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Objective To explore the relationship between S 100 protein and brain injure induced extracorporeal circulation.

目的探讨S100蛋白与体外循环脑损伤的关系.

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Methods : The data of 89 cases of extracorporeal circulation in minimal invasive heart operations were reviewed.

方法回顾分析微创心内直视手术89例的体外循环管理相关资料.

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Objective To elucidate the experience of extracorporeal circulation management in minimal invasive heart operations.

目的总结微创心内直视手术体外循环转流过程管理经验.

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