Sergeev V A, Levskovets V S
Patol Fiziol Eksp Ter. 1992 Mar-Apr(2):44-6.
The authors studied changes of electrical activity of the gastroduodenal smooth muscles, sympathetic efferent impulses in the postganglionic branches of the celiac plexus and macro-morphology of the gastric mucosa during the development of indomethacin gastropathies. By the end of the 3rd hour and later after the injection of the drug (15, 30 mg/kg) progressive inhibition of impulses and basal rhythm of gastric smooth muscles was encountered in intensified electrical activity of the duodenal smooth muscles, as well as destructions in the gastric mucosa even to the development of ulcers (6-24 hours). It is concluded that the development of indomethacin hemorrhages and ulcerations along with other factors is caused by excitation of the sympathetic nervous system attended by phasic changes of the sympathetic efferent impulses and electrical activity of the gastroduodenal zone.
作者研究了吲哚美辛胃病发展过程中胃十二指肠平滑肌电活动、腹腔神经丛节后分支交感传出冲动及胃黏膜大体形态的变化。在注射药物(15、30mg/kg)后第3小时末及之后,十二指肠平滑肌电活动增强,同时胃平滑肌的冲动和基础节律受到渐进性抑制,胃黏膜出现破坏,甚至发展为溃疡(6 - 24小时)。得出结论:吲哚美辛引起的出血和溃疡的发生,与其他因素一起,是由交感神经系统兴奋引起的,伴有胃十二指肠区交感传出冲动和电活动的阶段性变化。