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[星状神经节阻滞对鼓膜温度的影响]

[Changes of tympanic temperature by stellate ganglion block].

作者信息

Murakawa K, Noma K, Ishida K, Matsuda M, Maeda S, Nishimura M, Tashiro C, Izumi R

机构信息

Department of Anesthesiology, Hyogo College of Medicine, Nishinomiya.

出版信息

Masui. 1995 Jun;44(6):824-7.

PMID:7637158
Abstract

The effects of stellate ganglion block (SGB) on the temperature of tympanic membrane were determined clinically. Thirty patients received SGB with 8 ml of 1 % mepivacaine. The tympanic temperature was measured using radiation non-contact tympanic membrane thermometer before and after administration of SGB for 30 min on the side where SGB was given. Before SGB the tympanic temperature was 37.29 +/- 0.08 degrees C, and there was no difference in the readings between the two sides. The tympanic temperature dropped significantly 5 min after SGB and reached its lowest value of 36.90 +/- 0.08 degrees C 15 min later. This drop persisted for more than 30 min after SGB. The fact that therapeutic effect of SGB is partly due to vasodilation and improvement in blood flow to the affected region was demonstrated, but these effects in internal carotid arterial system have not yet been studied in detail. Tympanic temperature has been proposed as a valid index of brain temperature in man. The mechanism of brain cooling has been suggested that countercurrent heat exchange takes place between carotid and jugular blood flow. Therefore the result of the study suggests that SGB could enhance an increase in the brain blood flow.

摘要

临床上测定了星状神经节阻滞(SGB)对鼓膜温度的影响。30例患者接受了8毫升1%甲哌卡因的星状神经节阻滞。在给予SGB的一侧,使用辐射非接触式鼓膜温度计在SGB给药前后30分钟测量鼓膜温度。在SGB之前,鼓膜温度为37.29±0.08摄氏度,两侧读数无差异。SGB后5分钟鼓膜温度显著下降,15分钟后降至最低值36.90±0.08摄氏度。这种下降在SGB后持续超过30分钟。证明了SGB的治疗效果部分归因于血管扩张和受影响区域血流的改善,但颈内动脉系统中的这些作用尚未得到详细研究。鼓膜温度已被提议作为人体脑温的有效指标。有人提出脑冷却的机制是颈动脉和颈静脉血流之间发生逆流热交换。因此,该研究结果表明SGB可增强脑血流量的增加。

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