频率和强度是声音的两个重要参数，通常以听觉神经元动作电位发放频次编码这两个参数。
Frequency and intensity are two of the important parameters of sounds. Many researchers use spike rate of auditory neurons to represent the two parameters generally.
在《神经元》期刊里，科学家陈述道，这个发现能解释为什么盲人的其他感觉器官更加敏锐—他们比常人拥有更强的听觉与触觉能力。
Published in the journal Neuron, the scientists say this finding helps explain why the blind have such advanced perception of these senses — abilities that far exceed people who can see, they say.
结论杏仁外侧核参与了皮层水平听觉信息调制，影响持续性反应神经元对声音强度信息的编码。
Conclusion la could participate in the modulation of auditory information in auditory cortex, influencing the sustained response neuron's encoding of the sound intensity message.
讨论了GABA能神经元在中脑的分布特点及其在听觉、视觉中的作用。
The distribution of GABAergic neurons in the midbrain of quail(Coturnix coturnix japonica) was studied by immunohistochemical method.
但即使迷路被完全切除了，耳鸣仍不一定消失。这是因为手术后中枢听觉系统的神经元仍然在自发地放电。
Nevertheless, the tinnitus may not disappear even the labyrinthine is totally removed because the spontaneous spark of the neurons in the central auditory system after the operation.
但即使迷路被完全切除了，耳鸣仍不一定消失。这是因为手术后中枢听觉系统的神经元仍然在自发地放电。
Nevertheless, the tinnitus may not disappear even the labyrinthine is totally removed because the spontaneous spark of the neurons in the central auditory system after the operation.
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