摘要
为了探究微机技术在医学基础实验教学上的运用 ,实验运用微机 (MedLab)生物信号采集处理系统结合电生理实验技术测定蟾蜍坐骨神经干的单相、双相动作电位和其中A类神经纤维兴奋的传导速度 ,并观察记录神经损伤、理化环境改变和药物对其的影响 .结果显示 ,蟾蜍坐骨神经干动作电位的幅度在 0 .5 12± 0 .0 2 3V～ 1.72± 0 .
In order to probe into the application of the microcomputer in the basic experimental teaching of medicine, the author made some experiments to detect the biphasic and monophasic action potentials of sciatic nerve of toads and the passing speed of A fibers excitation with the application of Microcomputer(MedLab) Biology Singnals Real Time Collecting, Processing System with combination of electric and physiological experimental technology, and observe and record the effects caused by nerve injuries and the changes of the physical and chemical surroundings and medication. The results show that the range of sciatic nerve's action potential of toads varies between 0.512±0.023V and 1.72±0.793 with the change of the stimulating strength.
出处
《湖州师范学院学报》
2002年第3期69-73,77,共6页
Journal of Huzhou University
关键词
双相动作电位
单相动作电位
阈值
坐骨神经
生理学
蟾蜍
biphasic action potential, toad, monophasic action potential, threshold, sciatic nerve, physiology
