积极游戏行为可能为大脑突触连接的生长提供必要的刺激，尤其是在负责运动功能和运动的小脑。
Active play may provide necessary stimulation to the growth of synaptic connections in the brain, especially the cerebellum, which is responsible for motor functioning and movements.
网络中的突触连接、细胞膜特性和神经递质都也已经被鉴定。
The synaptic interaction, membrane properties and transmitters in the network have been identified.
这个基因编码的生长因子能够促进神经元之间新的突触连接，使记忆延续。
This gene encodes a growth factor that promotes new synaptic connections between neurons so that a memory is retained.
这是移植神经元生长的一个证据，同宿主的运动神经元细胞通过突触连接。
There is evidence for process outgrowth from the engrafted neurons, and for synaptic connections with host motor neurons.
为了学习，例如处理新的信息，神经元会长出新的连接或者加强原来的突触连接。
In order to learn something, i. e. to process new information, nerve cells grow new connections or strengthen existing contact points.
突触连接神经细胞，其活动对于学习和记忆是很重要的，但它们也是，他说，大脑最脆弱的部分。
Synapses are the junctions between nerve cells, and their action is central to learning and memory. But they are also, he says, the most fragile parts of the brain.
我称之为类猫化脑体型隐性知识，即“躯体隐性知识”：它是存储于肌肉、神经通路以及突触连接中的知识。
I call this, cat-like, brain-and-body kind of tacit knowledge "somatic tacit knowledge" : it is knowledge stored in the muscles, nerve pathways, and synaptic connections.
树突棘是神经元树突上的功能性突起结构，通常作为突触后成份与投射来的轴突共同构成完整的突触连接。
Dendritic spines are functional protrusions on neuron dendrites and generally act as postsynaptic sites to form integral synapses with axon terminals.
这些连接组织，或叫神经元突触，对思维是起关键作用的。
除了形成电子信号的突触以外，还有使得神经元之间产生直接化学通信的缝隙连接。
Besides the synapses that mediate electrical signals, there are also so-called gap junctions that allow direct chemical communication between neurons.
从神经学的角度来说，一个想法只是一种分泌物，是位于两个大脑细胞连接处(突触)的化学物质中的一小滴。
From a neuroscience viewpoint, a thought is just a secretion, a droplet of a chemical where two brain cells connect (synapse).
缝隙连接的接线图和突触的接线图非常不同。
The wiring diagram for the gap junctions is quite different from that of the synapses.
轴突上的膨胀部分被称为突触前膨体(presynapticbouton)，它占据了突触的一半，突触是两个神经细胞之间的连接点。
The swellings that bud off of them, called presynaptic boutons, form one half of the synapse - the connection between two neurons.
为了学习，我们必须增加大脑神经元之间的连接，或者叫突触。
In order to learn, we have to grow connections, or synapses, between the neurons in our brains.
这里我们展示活体小鼠的大脑中对运动技巧练习的反应可引起突触快速连接并长久不忘。
Here we show that synaptic connections in the living mouse brain rapidly respond to motor-skill learning and permanently rewire.
突触是神经元之间许多信号传导和信息交流的关键连接。
Synapses are the critical junctions between neurons where much of the signaling and communication between neural cells occurs.
建构脑的神经网络是项惊人的任务：1016个突触，是由1012个神经元连接而成的。
Building the brain's neural network-a trillion (1012) neurons connected by 10 quadrillion (1016) synapses-is a daunting task.
然而，传统神经元的M - P模型用连接权值和非线性激活函数分别模仿神经元的突触和细胞体的作用。
However, the traditional M-P neuron model which used connective weights and a nonlinear activation function simulate the operation of neural's synapse and soma respectively.
肌肉和神经元的连接建立在胚胎阶段，此时新生的神经元伸展突触“链接”到相应的肌纤维。
Connections between muscle and nerve cells are established embryonically when newborn neurons extend axons to "wire" the appropriate muscle fiber.
肌肉和神经元的连接建立在胚胎阶段，此时新生的神经元伸展突触“链接”到相应的肌纤维。
Connections between muscle and nerve cells are established embryonically when newborn neurons extend axons to "wire" the appropriate muscle fiber.
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