猴子的神经元形成了新的协同结构，从而在大脑和机械手之间形成了新的反馈环。
The monkeys quickly learned how to move the arm around with pure thought; their neurons reorganized, establishing a new feedback loop between brain and robot arm.
这个发现为这种理论提供更多证据，因为通过应用电生理学技术获得实验结论与应用分子理论获得的实验结论是一致的，即这类承担大脑神经元联络功能的神经键在白天会生长发育得更强大，而在睡眠中会变小变弱。
That finding provided more evidence, using electrophysiological rather than molecular techniques, consistent with the idea that synapses grow stronger during the day, then weaker during sleep.
合著研究者塞尔夫·莫兰和他的同事们打探因癫痫症而在一个人大脑中为治疗而植入在其脑内的一个电极上的神经元。
Study coauthor Moran Cerf and his colleagues eavesdropped on single neurons with electrodes that had already been implanted for medical reasons in the brains of people with epilepsy.
前额叶皮层的神经元网络使得神经元持续放电，从而在毫无外界提醒的情况下也能将信息记在脑中。
Networks of neurons in the prefrontal cortex generate persistent firing to keep information "in mind" even in the absence of cues from the environment.
由于大脑皮层紧挨着头盖骨，因而在对应大脑特定脑区的头皮上安置电极就能测到活跃着的神经元的放电情况。
Since the cerebral cortex is just under the cranium, electrodes placed on the scalp above the various regions of the brain can detect the electrical activity associated with functioning neurons.
而在其他细胞群即B4，B6和B8-9细胞组，未观察到双重标记神经元。
No double-labeled neuron was found in B4, B6 and B8-9 cell groups at all.
阳性表达在CA1区主要见于神经元的胞膜和突起，而在CA3区还可见于胞质。
Positive expression was mainly located in the cytomembrane and processes of the neurons in the CA1 area, and also in the cytoplasm in the CA3 area.
阳性表达在CA1区主要见于神经元的胞膜和突起，而在CA3区还可见于胞质。
Positive expression was mainly located in the cytomembrane and processes of the neurons in the CA1 area, and also in the cytoplasm in the CA3 area.
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