1.
The Studies of the Fine-structure of Hippocampal CA1 Axospinous Synapses in Mouse;
小鼠海马CA1区轴棘突触相关特性的研究
2.
Developmental Expression of Drebrin and Icam-5 during Cerebral Spinogenesis and Synaptogenesis in FXS Mice
脆性X综合征大脑树突棘及突触发育关键期Drebrin和Icam-5的表达
3.
It was only found that some NT-LI terminals svnapsed with unlabeled dendrites and unlabeled terminals with NT-LI dendrites.
未标记轴突终末与神经降压肽样免疫反应树突亦可构成轴-树突触。
4.
A knoblike enlargement at the end of an axon, where it synapses with other neurons.
突触小结轴突末端的球状神经原增大，在此与其它神经元接触
5.
Effect of Electrical Stimulation of Limb on Axon Sprouting and Expression of Synaptophysin and Synaptic Interface Structure Following Cerebral Infarction in Rats;
肢体电刺激对脑梗死大鼠轴突出芽、突触素表达和突触界面结构的影响
6.
The Influence of Expression of Eph on Axonal Sprouting and Synaptic Plasticity in Hippocampus of Temporal Lobe Epilepsy Rats;
颞叶癫痫大鼠海马Eph表达变化对轴突出芽和突触可塑性的影响
7.
Electron microscopic observations showed that some BDA labeled axon terminals made synaptic contact with dendrites labeled with BDA.
电镜下发现标记的轴突末梢和标记的树突之间存在直接的突触连接。
8.
axial-angular contact ball bearing
轴-角触式滚珠轴承
9.
drum stick nuclear appendage of leucocytes
白细胞核棘突鼓锤小体
10.
come into collision (with...)
(与…) 冲突,抵触,对立
11.
Uniaxial Ratchetting and Creep of 316L Stainless Steel;
316L不锈钢单轴棘轮与蠕变行为研究
12.
Uniaxial Ratcheting Experiment and Prediction of 16MnR Steel
16MnR钢单轴棘轮效应实验及预测
13.
In addition, close approximations or direct contacts between NT-LI terminals and blood vessels or neuroglial cell bodies were observed.
此外,神经降压肽样免疫反应轴突终末可与血管和神经胶质胞体相邻或者直接接触。
14.
bearing oil interface
轴承与润滑油的接触面
15.
Four point contract center-oriented thrust Ball bearing
四点接触向心推力轴承
16.
non-contact sealed ball bearing
非接触式密封球轴承
17.
radial angular contact ball bearing
径向角面接触滚珠轴承;径向角面接触滚珠轴承
18.
Modeling of Material Multiaxial Ratcheting and Ratcheting Prediction of Pressure Piping;
材料多轴棘轮效应本构描述及压力管道棘轮效应预测