Babkina L N, Molchanov A P
Biofizika. 1979 Mar-Apr;24(2):307-11.
It is supposed that interreceptor currents existing due to microphonic and summating potentials are the exiting factors for the neuron endings of the cochlear nerve. A model is proposed of the formation of the cochlear neuron responses under the stimulation of the hearing system by a tone signal with a changing frequency and by a signal consisting of two tones. It is shown that the proposed model explains the effect of inhibition of the neuron response to a given tone signal when another tone signal of proper intensity arises in a definite frequency region.
据推测，由微音器电位和总和电位产生的内感受器电流是耳蜗神经神经元末梢的激发因素。提出了一个模型，用于解释在频率变化的纯音信号和由两个纯音组成的信号刺激听觉系统时，耳蜗神经元反应的形成。结果表明，该模型解释了当在特定频率区域出现强度合适的另一个纯音信号时，神经元对给定纯音信号反应的抑制效应。
