Sitdikova G F, Khalilov I A, Zefirov A L
Fiziol Zh Im I M Sechenova. 1996 Jul;82(7):78-84.
Phenol was shown to enhance the quantum content of the end-plate currents and to increase the duration of the nerve ending response. The effect could be abolished by the potassium channel blockers. The data obtained suggest that alteration of the kinetics of the potential-dependent potassium current of the nerve terminal is one of the mechanisms of the phenol facilitating effect on neuro-muscular transmission.
已证明苯酚可增强终板电流的量子含量，并延长神经末梢反应的持续时间。该效应可被钾通道阻滞剂消除。所获得的数据表明，神经末梢电压依赖性钾电流动力学的改变是苯酚促进神经肌肉传递作用的机制之一。
