神经元

He magnetic fields TMS generates activate and deactivate certain groups of neurons responsible for memory and learning.

MS产生的磁场激活或钝化与记忆和学习相关的某些神经元组织。

The magnetic fields TMS generates activate and deactivate certain groups of neurons responsible for memory and learning.

磁场 TMS 对记忆与学习相关的神经元区分出了有活力的和无反应的部分。

Objective To explore the clinical significance of neuron specific enolase level and adenosine deaminase activity change in the cerebrospinal fluid of the patients with intracranial infection.

目的 探讨颇内感染性疾病患者脊液神经元特异性烯醇化酶水平和腺苷脱氨酶活性的变化及其临床意义。

The inhibitory effect of the DPN inputs on pressor response of the defence reaction was not influenced apparently after decerebration at a level rostral to the nucleus arcuatus , but was abolished by decerebration at a level caudal to the Arc or by electrolytic lesion of this nucleus.

综上所述，并结合本教研室以往工作，提示电针或深部躯体传入冲动对防御性升压反应的抑制作用的主要机制之一，是通过弓状核—VPAG—中缝隐核系统，抑制了VLM防御反应相关神经元而起作用的。

The activation of NRM neurons by electroaeupuncture was eliminated after decerebration at superior colliculus level, indicating that this effect of EA depends mainly on the supra-midbrain structure. Furthermore, all treatments including AR isolation, disconnection of #beta#-endorphinergic tract and micrpinjection of naloxone or anti-#beta#-endorphin serum into PAG, would make the effect of EA disappear. Thus, it is the #beta#-endorphinergic pathway between AR and PAG-NRM system that mediates the major excitatory effect of EA on NRM.

检验AR至 PAG-NRM的神经通路在电针效应中的作用：实验显示上丘水平去大脑后，电针兴奋NRM的效应完全消失，表明此效应主要依赖中脑以上结构实现，进一步分别用Halfisz氏刀游离AR、切断AR至PAG的β-End能束、PAG内注射纳洛酮或抗β-End血清后，也使电针效应基本上完全消失，说明电针使NRM神经元兴奋的效应，主要通过AR与PAG-NRM间的β-End能神经通路实现。

Then use the Artificial Neural Network to decouple the high coupling object of the Coordinated Control System...

并用人工神经元网络对存此强耦合的协调控制系统的被控对象实现单向智能解耦控制，和传统的PID控制比较，这种智能控制算法取得了很好的控制效果。

The motor tracts that that are composed of axons that descend from each primary motor cortex to the ispilateral red nucleus and of axons from each red nucleus that decussate and them descend in the contralateral dorsolateral spinal cord; they control the muscles of the distal limbs.

由起源於初级运动皮质，下传至同侧红核的运动神经元轴突及由红核交叉并下传至对侧的脊髓背侧区所组成的神经径路，其功能为控制远端肢体的肌肉。

A technology of electrolytic lesion was used to destroy the projections of cerebellar FN neurons to hypothalamus in decussation of superior cerebellar peduncle.

电毁损小脑上脚交叉中顶核投射至下丘脑的神经纤维，然后再用生物素化葡聚糖胺顺行追踪观察小脑顶核-下丘脑之间神经元投射。

Results: Subsequent to an injection of BDA into unilateral FN, FN-hypothalamic projections passed through the superior cerebellar peduncle, crossed in its decussation and then entered the hypothalamus.

结果：小脑顶核注射BDA后第8 d，在用3，3-二氨基联苯胺和Nissl染色的脑切片上，观察到顶核神经元发出的神经纤维在小脑上脚中行走，并经小脑上脚交叉后主要到达对侧下丘脑外侧区。

Results PKCγ immunoreactivities were located in the pyramid, decussation of pyramid and the ventral part of posterior funiculus in the cervical, thoracic, lumbar and sacral segments of the spinal cord.

结果 PKCγ免疫阳性物质分布于锥体、锥体交叉及脊髓颈、胸、腰、骶段后索腹侧中；延髓和脊髓背角神经元中也有PKCγ免疫阳性物质存在。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。