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.
他们铸造了新的联合体就像神经元形成神经键来创造新的想法。
They forge new combinations almost as neurons form synapses to create new thoughts.
这些蛋白质生长在一些大脑神经键上这些大脑神经终端是负责大脑细胞相互沟通联络的特殊的神经元。
The proteins are located in the synapses, those specialized parts of neurons that allow brain cells to communicate with other neurons.
They want to get as far away from each other possible, the ideal angle is 120. But what we have here is a four-membered ring, so what angle does 90° that have to be, that bond? 90 degrees.
它们想要尽量远离彼此,最理想的是形成120°键角,但现在是个四元环,所以这键角应该多大?
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