Neurology: Medical specialty concerned with nervous system function and disorders.

The findings appeared in the journal Neurology.

研究结果刊登到了《神经学》杂志上.

Freud's work stands at the crossroads between psychology and neurology.

弗洛伊德的理论站在心理学和精神病学的交叉点上.

Conclusions Neu r o stump pain results from lack of nerve continuity and formation of neuroma.

结论神经瘤性残端痛的原因,是残端神经失去了正常的连续性,形成神经瘤而引起的.

Objective To discuss the treatment of traumatic stump pain by preventing formation of neuroma.

目的讨论从预防神经瘤的发生入手治疗外伤性神经瘤性残端痛.

ObjectiveTo improve the CT diagnosis of abdominal cavity and pelvic neuroma.

目的提高对腹盆腔神经肿瘤的CT诊断水平.

About 75 % ~95 % of cerebellopontine angle tumors are acoustic neuromas.

听神经瘤约占小脑桥脑角肿瘤的75%~95%.

This, he surmises, probably requires specialized neuromuscular control.

”他推测这可能需要特定的神经肌肉控制.

Let's review this neuromuscular facial response experiment again.

我们再回顾一下这个面部神经肌肉实验.

Purpose To study the diagnosing value of CT in neuromuscular diseases.

目的研讨CT对神经肌病的诊断价值.

Stephen has a neuromuscular disease: he can't move and he can't talk.

斯蒂芬有神经肌肉疾病: 他动弹不得,他不能谈.

Objective To investigate the effect of ulinastatin on the atracurium-induced neuromuscular block.

目的观察乌司他丁对阿曲库铵神经肌肉阻滞效应的影响.

In neuromuscular disorders, the motor unIt'structure is altered by disease processes.

对于神经肌肉失调者, 运动单元结构的变化是最主要的病因.

So when the neuron fires it glows yellow.

因此,当神经元受到刺激时就会发出黄光.

To generate an electrical impulse . Used of a neuron.

我们必须按照使用的情况去生产电能.

The main reason of neuron apoptosis was the result of NTFs reduced after nerve ischemia.

神经缺血导致相关神经元胞体中神经营养因子含量减少,是神经元凋亡的主要原因.

An neuron can have one or several dendrites.

一个神经元有一个或数个树突.

Among all of the connexin subunits , CX 32 is most widespread in neuron.

CX32是在成年动物神经元细胞分布最多的一种连接蛋白.

In brain after ischemia, programmed cell death ( PCD ) is also present in addition to neuron necrosis.

脑局部缺血后神经元损伤除通常认为的坏死外,还存在程序性细胞死亡.

The rest is broken down by enzymes or reabsorbed by the releasing neuron.

其他5—羟色胺由酶分解掉,或者被正在释放中的神经元重新吸收.

Objective To investigate the distribution rule of NMDA receptor protein localizated on neuron membrane surface.

目的探讨神经元膜NMDA受体蛋白分子在神经元膜表面的分布规律,对单个膜NMDA受体 蛋白进行定位.