躯体运动

本文用HRP逆行轴突追踪技术显示家兔正中神经及其各分支的躯体运动神经元。

The somatic motoneurons of the median nerve and their branches in the rabbit were displayed with retrograde axonal tracing method of horseradish peroxidase .

躯体运动神经元同时支配MPG和EUS可能是人工体神经内脏神经反射弧控制排尿的主要神经解剖学基础。

Simultaneous reinnervation of MPG and EUS by one group of somatic motor neurons may be the major neural anatomy infrastructure for controllable voiding via the somatic-autonomic reflex arc .

对两只行L＿4桥接S＿2神经的狗以辣根过氧物酶（HRP）行神经示踪检查，证实运动性轴突已长入膀胱，实现了L＿4躯体运动神经对膀胱的神经再支配。

Neural tracing study with horseradish peroxidase ( HRP ) in two dogs with the op-eration of L_4 crossover S_2 showed that lumbar somatic motor axons had regenerated successfully into the bladder and replaced previous sacral parasym-pathetic .

结论躯体运动神经（L4VR）可以再生替代内脏传出和躯体运动混合神经，再生的神经纤维部分直接支配EUS，部分终止于MPG，在MPG内换元，由节后神经元支配膀胱；

Conclusion Somatic motor axons ( L4VR ) can regenerate into peripheral autonomic and somatic motor nerve fibers . Some of regenerate nerve fibers directly terminated EUS , and others terminated the MPG . Postganglionic neurons that project to the bladder were distributed in the MPG ;

家兔正中神经躯体运动神经元的定位研究

The localization of somatic motoneurons of the median nerve in the rabbit

脑卒中患者躯体运动偏瘫模式的三维运动学评价

Three-dimensional kinematic evaluation of trunk motion in stroke patients with chronic hemiplegia

它们可能参与内脏活动及躯体运动的调节。

This connection may be involved in the neural regulation of visceral and locomotor activities .

这种定位投射对躯体运动的精细调节提供了形态学基础。

Those topographic projections may provide the morphological bases for the precise control of the somatic movements .

清醒状态下刺激鸟类中脑引起鸣叫及躯体运动等反应的观察

An observation on phonation , somatic motor and other responses induced by midbrain stimulation of birds in waking state

然而专家尚未明确指出躯体运动能否对阿尔茨海默病患者产生这些作用。

But experts have not yet clearly defined whether or not physical activity has an effect on those with Alzheimer 's.

通常为持续性不自主的缓慢或急动性面部或躯体运动，所有的该类药物都可能导致这种情况。

These are usually persistent , uncontrollable , slow or jerky facial or body movements that can be caused by all medications of this type .

疑核是重要的内脏运动核和躯体运动核，它与中枢神经系统和外周器官建立了广泛的神经联系。

Nucleus ambiguus ( NA ) is an important visceral and somatic motor nucleus which establishes widely connections with the central nervous system and peripheral organs .

现代医学认为缺血性中风主要是由于脑局部循环障碍，引起以智力障碍、躯体运动功能障碍为主要表现的临床常见疾病。

Ischemic stroke was mainly due to regional cerebral circulatory disturbance caused by mental retardation , physical movement dysfunction as the main clinical manifestations of common diseases .

结果：电针后患者双侧第一躯体运动皮质区、运动前区及顶上小叶和健侧的补充运动区发生明显的代谢功能变化。

Results : The significant changes of metabolic function were exhibited in MI , PMC , Lps bilaterally , as well as the SMA of healthy side after acupuncture .

目的利用腹壁反射建立腹壁体神经-脊髓中枢-膀胱神经传导通路，探讨躯体运动神经纤维长入副交感神经纤维后支配膀胱逼尿肌产生可控性排尿的可能性。

Objective To study the construction of a new artificial reflex pathway , abdominal reflex-spinal cord center-bladder and explore the possibility of controlling urination by regeneration of somatic motor nerve into parasympathetic nerve .

根据形态学结果提出以下几点看法：1.胸髓Ⅶ区外侧分（侧角）出现标记细胞和终支，提示脊髓节段间联系不仅与躯体运动有关，而且也和内脏活动有关。

These results imply that : ( 1 ) The occurance of labeled cells and labeled terminal arborizations in the lateral part of lamina ⅶ ( lateral horn ) suggests that intersegmental connection is related to visceral activities as well as somatic ones .

完成认知测验时，与受损害个体相比，正常个体步态呈规则周期性、抬脚速度更快，并且头部和躯体的运动也更迅速。

Healthy individuals demonstrated a more periodic gait with regular and higher velocity foot kicks and faster torso and head movement than impaired individuals when completing a cognitive task .

头面、躯体以及肢体运动幅度平均在30像素以上，大幅运动的频率约1Hz。

The average amplitude of head , trunk and extremities are more than 30 pixels and the frequency is about 1 Hz .

神经组织损伤可造成患者躯体感觉、运动功能障碍和严重的心理功能失调。

Disorders of somatesthesia and locomotion and disturbance of mental function appeard when nerve tissue is injured .

认知焦虑、自信心与运动成绩是线性相关；躯体焦虑与运动成绩是“倒正”型关系。

Cognitive anxiety and self-confidence had a linear relationship with performance , and somatic anxiety had an inverted-U relationship with performance .

第Ⅰ躯体感觉区激活的方式远较第Ⅰ躯体运动区多样化；

The activation patterns of primary somesthetic cortex region was more diversified than that of the primary somatomotor cortex .

躯体健康（睡眠与精力、躯体不适感、饮食状况与性功能、躯体运动与感觉）；

Body health ( sleep and energy , body discomfort , bite and sup , venereal function , body movement and feeling );