一种基于计算机的、温度可控的双极电凝系统：II. 最佳温度和凝血时间。
A computer based, temperature controlled bipolar electrocoagulation system: II. Optimal temperature and coagulation time.
作者信息
Kato K, Reich M, Bühler K, Schindler A E
机构信息
Department of Obstetrics and Gynecology, University of Essen, Germany.
出版信息
Eur J Obstet Gynecol Reprod Biol. 1998 May;78(1):103-7. doi: 10.1016/s0301-2115(98)00017-7.
OBJECTIVE
A computer based, temperature controlled bipolar coagulation system has been developed. This system was evaluated for its efficiency on electrocoagulation of rabbit uterine horns at a low temperature.
STUDY DESIGN
In purpose to find an optimal setting, rabbit uterine horns were coagulated at various temperature and time. They were examined histologically and histochemically up to six weeks after coagulation.
RESULTS
Electrocoagulation at 90 degrees C for 30 s induced a total occlusion of the lumen when examined six weeks later.
CONCLUSION
This coagulation system with low temperature is sufficient for a total occlusion of uterine lumen in the rabbit.
目的
已研发出一种基于计算机的、温度可控的双极电凝系统。该系统针对兔子宫角在低温下的电凝效率进行了评估。
研究设计
为找到最佳设置，在不同温度和时间对兔子宫角进行电凝。在电凝后长达六周的时间里对其进行组织学和组织化学检查。
结果
六周后检查发现，90摄氏度电凝30秒可导致管腔完全闭塞。
结论
这种低温电凝系统足以使兔子宫腔完全闭塞。
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