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大鼠和狗坐骨神经干复合动作电位的引导
引用本文:李雪岩,许莉.大鼠和狗坐骨神经干复合动作电位的引导[J].齐齐哈尔医学院学报,1997,18(4):250-251.
作者姓名:李雪岩  许莉
作者单位:齐齐哈尔医学院生理学教研室 (李雪岩,张业,彭如心),齐齐哈尔医学院药理学教研室 (许莉),齐齐哈尔医学院药理学教研室(焦文才)
摘    要:以大鼠,狗作为实验对象,采用细胞外引导方法,分别观察了大鼠,狗坐骨神经干复合动作电位的形态,潜伏期,幅度以及传导速度,并以蟾蜍坐骨神经干复合动作电位为对照,结果显示坐骨神经干复合动作电位在形态上与蟾蜍坐骨神经干动作电位类似,但其潜伏期明显短于蟾蜍,动作电位的幅度高于蟾蜍,传导速度也比蟾蜍快,结果提示大鼠和狗坐骨神经干复合动作电位可作为教学和科研及药理学实验研究模型。

关 键 词:坐骨神经  干复合动作电位  传导速度  生理学实验

Induction of the Compound Action Potential of Rat and Dog Sciatic Nirve Trunk in Vitro
Li Xueyan et al.Induction of the Compound Action Potential of Rat and Dog Sciatic Nirve Trunk in Vitro[J].Journal of Qiqihar Medical College,1997,18(4):250-251.
Authors:Li Xueyan
Institution:Li Xueyan et al Department of Physiology,Qiqihar Medical College
Abstract:With the method of cxtracelluar electrode record, the compound action potential of rat and dog sciatic nerve trunk was in ducted, and its size,shape,latent period and conduction velocities were observed. The shape of the compound action potential of rat and dog sciatic nerve trunk is very similar with frog, but the size of the potential change is larger than frog. In addition the com pound action potential of rat and dog sciatic nerve trun1- conducts at a faster velocity, and the latent period is shorter than frog. The results suggested that the compound action potential of rat and dog sciatic nerve trunk can be used as a nodle in the physio logical leaching and studying and pharmacoolgy studying.
Keywords:Rat  Dog  Compound action potential of sciatic nerve trunk  Latent period  Size  Conduction Velocity
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