运动中枢

DMV和孤束核、最后区一起构成了迷走感觉运动中枢。

The DMV together with the solitary tract nucleus and the area postrema form the so-called vagal sensory and motor center .

随着运动中枢、语言中枢及脑整合功能的发现，19世纪的主要任务就在于确定各种不同心理功能的相应大脑掌管区域和其整体功能是如何发挥作用的。

With the finding of motor center , language center and the brain 's function of integration , the main task in 19th century is to find the different psychological function 's relevant area in brain .

受病变累及的运动中枢fMR表现功能蛋白质组学

The functional MR study of motor cortex involved by intracranial lesions

BOLD-fMRI定量分析在运动中枢康复中的应用价值

Application of BOLD fMRI Quantitive Analysis in Motor Cortex

结论：对于脑中央区手术，在全凭静脉麻醉下找出运动中枢刺激点并作MEP监测（术中注意保护此区）是一种优良的术中监测手段。

Conclusion : Such stimalation technique seems to be preferable for intraoperative monitoring of MEPs in central sulcus lesions under total intravenous anesthesia .

从实验结果可以看出，HRV的中枢作用以对延脑及视丘下部血管运动中枢的抑制较为显著，周围作用则为一定程度的抗交感作用，与单纯的利血平有所不同。

It appeared therefore that centrally HRV inhibited remarkably the vasomotor centers of the medulla and hypothalamus , and peripherally it seemed to be sympatholytic to a certain extent .

资料与方法选择15例脑部疾病患者作为病例组和20名健康志愿者作为对照组进行运动中枢的fMRI研究，病例组分别于治疗后1~14天、1个月、3个月进行复查。

Materials and Methods 15 patients of motor cortex lesion , 20 normal volunteers as control group , were performed fMRI , following up in patient group after therapy in 1 ~ 14 days , 1 month and 3 months .

运动中枢皮层区域肿瘤血氧水平依赖的功能磁共振成像研究

BOLD-fMRI Study of the Motor Centre Cortex in Patients with Cerebral Tumors

休克状态时血管运动中枢及呼吸中枢的机能状态

The reactivity of vaso-motor and respiratory centers during shock and shock-like conditions

大鼠皮层运动中枢出血模型的制备

The Model of the Hemorrhage in Motor Central Area of Contex in Rats

运动中枢疲劳的生物学机制

The biologic mechanism of the central fatigue

运动中枢结构的功能包括小脑、基底神经节和大脑皮层。

Functions of central motor structures including cerebellum , basal ganglia , and cerebral cortex considered .

在急性心肌缺血过程中，肾交感神经传出放电明显减少，由此表明血管运动中枢活动受到抑制。

The renal sympathetic efferent discharge was inhibited by temporary coro-nary occlusion , thus indicating the depression of activity of vasomotor center .

外伤导致原发性下丘脑和脑干血管运动中枢受损所致的弥漫性脑肿胀属于弥漫性轴索损伤的特殊类型。

Diffuse brain swelling ( DBS ) occurred by primary hypothalamus and vasomotor center of brain stem damaged is a special type .

机体活动时，这些感受器受到牵连，产生神经冲动，沿传入神经传递到大脑运动中枢，产生对自身运动的知觉。

The nerve impulse takes place when the organism do activities , and transfer to the sports nerve centre in cerebra , so is the perception of motion itself .

两类项群的动作速度的快慢取决于其生理学机制和大脑皮层运动中枢的转换速度及神经系统工作的能力。

Two types of group action depend on the speed of physiological mechanisms and cerebral cortex of the sports hub conversion speed and the ability of the nervous system work .

急性脑血管病人为什么会发生偏瘫呢？主要是大脑半球皮层运动中枢受损的缘故。

Why would those patients suffer from hemi-paralysis when they got acute cerebrovascular disease ? This is mainly due to the damage of the motor nerves of the cerebral hemisphere cortex .

与正常对照组相比，所有患者大脑患侧运动中枢与健侧中央前回之间的网络功能连接减弱，与小脑功能连接加强。

Compared with control group , among all network functional connectivity of the patients with ipsilateral cerebral motor cortex and contralateral precentral gyrus was weakened , and cerebellar functional connectivity was enhanced .

从人的大脑半球分工来讲，右侧大脑半球通过运动中枢管理着左侧肢体运动；左侧大脑半球，通过运动神经管理着右侧肢体运动。

From the division of labor in terms of the human brain hemisphere , the right cerebral hemisphere is controlling the left limbs motor through the motor nerves ; and the left cerebral hemisphere is controlling the right limbs motor through the motor nerves .

运动性中枢疲劳及乳酸对大鼠大脑皮质神经细胞MCTmRNA表达的影响

Effect of Central Fatigue and Lactic Acid on the MCT mRNA Expression in Cortical Neurons

近年来，运动性中枢神经系统（CNS）疲劳的研究取得突破性进展。

In recent years , a breakthrough has been made on the research of exercise fatigue of CNS .

随着新技术的应用和神经生物学研究的发展，运动性中枢（CNS）疲劳的研究也取得了突破性进展。

With the development of new techniques and neurology , the research of CNS fatigue has gained much more evidence .

目的探讨糖尿病（DM）患者运动神经中枢及神经根、周围神经的功能。

Objectives To study the function of motor nerve center , nerve root and peripheral nerve in patients with diabetes mellitus ( DM ) .

如IL-2可影响神经细胞和胶质细胞的增殖、神经递质的释放及生物电活动等，还可能与睡眠、记忆、运动和中枢镇痛等有关。

For examples , IL-2 may plays some roles in affecting the proliferation of neuron and neuroglia , the releasing of some neurotransmitters , the activity of biological electricity , and may be involved in the functions , such as sleeping , memory , locomotion and central analgesia .

氨基酸代谢、脑神经递质与运动性中枢疲劳

Amino Acid Metabolism , Brain Neurotransmitter and Exercise induced Central Fatigue

运用营养战略推迟运动性中枢神经系统疲劳的研究进展

Research on Delaying the Exercise Fatigue of CNS Using Nutritional Strategy

运动性中枢疲劳机制的研究进展（综述）

The Research of the Movement-tired Mechanism of Centre Develops ( survey )

急性力竭运动对中枢神经系统细胞凋亡的影响

A Study on the Effect of Exhaustion Exercise on Apoptosis of CNS

功能磁共振成像定位调控双眼水平同向运动皮质中枢的研究

The fMRI study on the location in cortical centre of binocular horizontal movement

运动性中枢疲劳的生理学研究进展

Research Progress of Central Neural System Fatigue in Physiology