UCHL1缺陷的小鼠呈现痉挛状态，表明uchl1的活性对于正常结构和神经肌肉连接的功能是必须的(5 - 7)。
Mice deficient in UCHL1 experience spasticity, suggesting that UCHL1 activity is required for the normal neuromuscular junction structure and function (5-7).
他们的肌肉或是直接与外骨骼的内部凸出，即表皮内突相连，或是间接的和与神经点相连的肌原纤维细丝连接着。
The muscles are attached either directly to internal protrusions of its external skeleton, called apodemes, or indirectly, by filaments attached to the connection points.
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.
它包裹并连接肌肉，骨骼，神经和血管。
It wraps and connects the muscles, bones, nerves and blood vessels of the body.
大脑是身体中最复杂的器官，包含了一千亿神经细胞，并且各神经细胞的突出部分与其它神经细胞、肌肉细胞及其它细胞类型形成了数以几万亿计的连接。
The brain is the most complex organ in the body, containing a hundred billion nerve cells that branch out and make trillions of connections to other neurons, muscle cells and other cell types.
为了产生呼吸节奏，中枢神经是通过运用运动神经元的集合---即连接和刺激肌肉的所有神经。
To produce rhythmic respiratory action, the CNS operates by utilizing aggregates of motoneurons –nerves that connect directly to and stimulate muscles.
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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