神经突

Our experiments also research the neurons in the level of the splicing of the pre-mRNA, and improve a set of new modulatory mechamism to regulate the aging process.

本实验结果也为我们在mRNA剪接水平上研究神经细胞的功能及研究神经突触发育提供了一新的调控机制。

The different effects of IL-2 on branch and extension suggest that neurite extension and branching are independently regulated by different mechanisms.

IL-2对神经突延伸和分支的不同影响，也可以说明皮层神经元的延伸和分支是由不同机制控制的。

To investigate theeffect of these LAs on NGF-mediated neurite outgrowth of PC12cells, cells were incubated with 40, 400, and 4000 Mof each LA.

为了研究上述局麻药对 NGF 介导的 PC12细胞神经突外生的影响，将细胞分别孵育于40、400及4000M 浓度的每个局麻药中。

Thewall thickness of sensillum chaetica is 0.3-0.6um.Pores were never observed.

刺形感器壁厚0.3-0.6um，壁上无孔，其内有一个神经突触被鞘包围着。

This is the web page of Synapse.

这是《神经突触》的网页。

But between each every connection in our brains, there is a tiny gap called synapse.

但是，大脑中的每一个神经元联接处都存在着一个微小的裂隙，这个裂隙被称为----神经突触。

But between each every connection in our brains, there is a tiny gap called a synapse.

但是，大脑中的每一个神经元联接处都存在着一个微小的裂隙，这个裂隙被称为----神经突触。

Based on the analysis and process, 3D reconstruction results of stacks for in-vivo skin and neural tuber are given.

在此之后，将三维重建算法应用于神经突触和在体皮肤的图像序列得到了效果良好的三维模型。

These results show that overexpress the Tra2β1 protein may influence the propotion of the flip/flop of the AMPA receptors, and change the kinetic and ion selective of the receptors. So it can drive the development of the neural synapses.

此实验表明：过表达Tra2β1蛋白可能影响了神经细胞谷氨酸AMPA型受体flip/flop型剪接的比例，并且改变了AMPA受体的动力学和离子选择特性，从而加速了神经突触形成的发育进程。

Thus, the utility of quick-freezing as a technique to capture biological processes as evanescent as synaptic transmission has been established.

所以，以快速冷冻法可有效研究微小的生物结构，如神经突触传导。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。