神经细胞

Objective Study the action mechanism of chronic fluorosis in neurones.

目的 研究慢性氟中毒对神经细胞的作用机制，特别是氟中毒与细胞凋亡的关系。

Motor neurones are the nerves cells that control muscles.

电机神经元是神经细胞控制肌肉。

Neurochip is a kind of biochip by using microelectrode array to achieve information transmission between neural cells and electronic devices, as well as an interface of artificial neural compensation device.

经芯片是一种利用微电极阵列实现神经细胞与电子器件信息传导的生物芯片，是人工神经代偿器件的接口。

In their latest experiments, the researchers saw that prolonged exposure (roughly 18 hours) to a much lower, sub-lethal concentration of MIT caused embryonic rat neurons to stop developing in the way they should.

他们最近的研究则发现，如果长时间（18个小时左右）暴露在浓度较低的MIT中，老鼠胚胎的神经细胞就会停止正常生长。

DISC1 enables a guide to new nerve cells—sort of like a traffic cop—sending them to the right place to make the right connections to other cells.

DISC1的作用有点像交警，它引导新的神经细胞置于正确的位置，并让这些细胞与其它细胞建立合适的连接。

If the same results can be obtained from human trials of TMS, this procedure could become an important tool for treating memory-related diseases like Alzheimer's, which result from neuron loss in the hippocampus.

如果人类经过TMS的实验能得到同样的结果，那么这个就能成为一种治疗精神疾病的重要工具，如老年性痴呆，它由于海马体里的神经细胞缺失而造成。

If the same results can be obtained from human trials of TMS, this procedure could become an important tool for treating memory-related diseases like Alzheimer's, which result from neuron loss in the hippocampus.

假如相同的实验结果能在人类身上实现，那么TMS将会成为治疗与记忆相关疾病的有效手段，诸如阿尔茨海默病这种由于海马体中神经细胞缺失导致的疾病。

The human brain weighs three pound, but in that three-pound are ten billion neurons and a hundred billion smaller cells.

人脑只有3磅，但就在这3磅物质中，却包含着100亿个神经细胞，以及1000亿个更小的细胞。

Will control the synthesis of tetanus toxin gene implanted in mice nerve cells, by regulating the toxin activity, the development of free mice brain circuit switching technology.

将控制破伤风毒素合成的基因植入实验鼠神经细胞，通过调节毒素活动，开发出可自由开关实验鼠脑神经回路的技术。

Combined with the previous studies on artificial taste and cell-based biosensor in our laboratory, we provides a novel taste cell chip based on LAPS since taste receptor cells are excitable similar to neurons.

味觉受体细胞具有神经细胞特性，也属于可兴奋性细胞，将其培养在LAPS芯片表面，味觉细胞电位的改变即可通过检测LAPS的光生电流得以测量。

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。