- 更多网络例句与运动中枢相关的网络例句 [注：此内容来源于网络，仅供参考]
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Essential hypertension caused by neurovascular compression of the left ventrolateral medulla was associated with malbalance of vasomotor center in the dorsal medulla. The possible pathogenesis was the following:① An irritation of the left RVLM by pulsatile compression of an ectatic vessel would increase activity of central sympathetic neuron.② Neurovascular compression at the REZ of the cranial nerves Ⅸ and Ⅹ decreased excitation of parasympathetic nerve.③ Decreased sensitivity of afferent inputs to neuron of nucleus tractus solitarii in the sensory area lead to hyperactivity of central sympathetic nervous system due to pulsatile compression of the left RVLM.④ Neurocompression of the left RVLM and REZ in the left cranial nerves Ⅸ and Ⅹ lead to an overactivity of central renin angiotensin system.
3，结论：左侧延髓腹外侧Ⅸ、Ⅹ颅神经REZ动脉血管压迫所导致的高血压的发生与左侧延髓血管运动中枢对血压的调节失衡有关，其可能机制是：①左侧RVLM在搏动性血管压迫刺激下，中枢交感神经元活性增高；②左侧Ⅸ、Ⅹ颅神经REZ受压导致副交感神经兴奋性降低；③感受区孤束核神经元接受迷走神经传入冲动的敏感性减低，导致中枢交感神经活性增高；④左侧RVLM及Ⅸ、Ⅹ颅神经REZ受压引起中枢RAS活性增加。
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Descending brain neurons in cricket transfer information which,have conformity translated to locomotory centrum of abdominal ganglion,and thoracic ganglion,which only represent about 0.3‰～1.5‰ of the brain neurons,and illustrate the large degree of convergence of other neurons onto them.
蟋蟀下行脑神经元通过围咽神经索将编译、整合的信息传递到腹、胸等神经节的运动中枢，约占脑神经元总量的0.3‰~1.5‰，并能高效的聚集信息。
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Descending brain neurons for transferring antennal sensory information have their major dendrite in the lateral deutocenebrum;they can transfer outside stimulative information to locomotory centrum to control walking,incepti...
传递触角感觉信息的下行脑神经元分支多聚集在中脑；外界刺激信息通过下行脑神经元传递到运动中枢支配行走，同时不断接收听觉、视觉信息调整行走的速度和方向。
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However, recent neuroanatomical researches have revealed direct and bidirectional connections (i.e., the cerebellar-hypothalamic neural circuits) between the cerebellum and the hypothalamus, the high autonomic center for regulation of the visceral functions.
一般认为小脑是一个皮层下的运动调节中枢，但近年来的神经解剖学研究揭示小脑与内脏功能调节中枢下丘脑之间存在交互的直接纤维联系，即小脑－下丘脑神经环路。
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The absolute muscle force, movement speed, synchronistic regulation of motor nerve Center, the rate and area of Ⅱ type muscle fore, the supplying energy ability of phosphagen system are the physiological foundation of athletes' power in long jump.
肌肉绝对力量、运动速度，运动中枢同步调节，Ⅱ型肌纤维发展，磷酸原系统供能能力是决定跳远运动员爆发力的生理基础。
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Based on these results, it was concluded that in conditions where eye movements are needed, besides saccadic suppression, the higher central system must calculate and control the eye movements, which affects its capacity to process the text information.
通过固定窗口显示方式和知动窗口显示方式条件下中文阅读的比较，排除了强迫阅读的因素，说明有无眼动是产生阅读速度差异的主要原因；根据以上实验结果，可得出结论，在有眼动的情况下，除了saccade抑制影响阅读和识别外，主要的因素在于高级中枢对位置信号的处理，眼动的驱动控制及运动过程影响了高级中枢对阅读内容和识别内容的解码速率。
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Excitability of the motor cortex were assessed by rest threshold, central motor conduction time, central sile...
采用静息态阈值、中枢传导时间、中枢静息期和运动诱发电位的波幅作为评定大脑皮质兴奋性的指标。
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The serum levels of TChE and SOD and CAT in hippocampus of mice in Cold group was also significantly higher than those in the Control group and Warm group(P 0.05或P 0.01),while the serum level of MDA in the Control group and Warm group were higher than that in the Cold group(P 0.05或P 0.01). Conclusion:(1)Long proper winter swimming could improve learning and memory abilities of mice.(2) Winter swimming could improve the ability of learning and memory by coordinate the content of acetylcholinesterase (3) This effect may be related to the decreased activity of TChE and the increased activity of anti-oxidatio.
1长期适量的冬泳运动可以促进小鼠学习记忆能力。2冬泳运动可以通过增加小鼠脑内海马组织中ACh的含量而影响TChE的活力。3冬泳运动促进学习记忆的机制可能是：3.1冬泳运动通过冷应激引起的神经内分泌系统的反应，来改变中枢神经系统的功能，使小鼠脑内乙酰胆碱的代谢增强、含量增加，从而促进学习记忆能力。3.2冬泳运动通过增强机体清除自由基的能力，来减轻脂质过氧化的程度，对小鼠的脑损伤起到保护作用，从而促进学习记忆能力。
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Gingers nature micro warm, taste Xin, the common Chinese native medicine turns over to it the medicine, the sex to enter the spleen, the lung two passes through, the ginger may induce perspiration, allays a fever, therefore may treat the cold. Also can improve the physique empty is cold, and promotion blood circulation
近代研究发现，生姜的提取精油能兴奋血管运动中枢及心脏，妇女朋友经常在冬天会有手脚冰冷的症状及妇女经痛和经期不顺，若同时脸色苍白，腹部有冷感等，即中医所言之'寒症'，如用生姜来温通血脉，加强血液循环，就能'温中散寒'改善体质。
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Objective: To observe the change of regional cerebral blood flow in different region of interest under quiet condition and performing hand motor condition with single photon emission tomography, elucidate the mechanism of the brain regions activated by simple hand motor (repetitive and sequential finger- to- thumb opposition movements in turn) and detect the role of active cortical areas by analyzing the difference of rCBF in different age groups.
目的：本研究的目的是运用单光子发射断层扫描仪对比观察正常人在安静状态下和执行手指简单运动状态下脑内不同感兴趣区（region of interest， ROI）的血流量变化情况，进而阐明简单运动模式下脑内运动相关功能区的激发情况，并通过分析不同年龄组运动区激发时血流量变化的差异来探讨运动功能区的作用，对于临床中枢神经系统瘫痪后的运动功能重建和康复训练具有指导意义。
- 更多网络解释与运动中枢相关的网络解释 [注：此内容来源于网络，仅供参考]
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motor association area：运动联合中枢
motor area 运动区 | motor association area 运动联合中枢 | motor center 运动中枢
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locomotion center：运动中枢
locomotion 移转 | locomotion center 运动中枢 | locomotor organ 运动瀑
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motor center：运动中枢
motor association area 运动联合中枢 | motor center 运动中枢 | motor command hypothesis 运动控制假设
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motor center：运动中枢=>運動中心
motor cell 运动神经细胞,泡状细胞 | motor center 运动中枢=>運動中心 | motor chamber diameter 发动机燃烧室直径
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motorium：运动中枢
ego trip 追求个人满足 | motorium 运动中枢 | overlarge 过大的,超大的
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psychomotor centre：精神运动中枢
psychometry 心理测验 | psychomotor centre 精神运动中枢 | psychomotor epilepsy 精神运动性癫痫发作
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vasomotor center：血管运动中枢
cardiovascular center 心血管中枢 | vasomotor center 血管运动中枢 | pressor area 升压区
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vasomotor center：血管舒缩中枢血管性运动中枢
vasodilator substance 血管舒张物质 | vasomotor center 血管舒缩中枢血管性运动中枢 | vasomotor reflex 血管运动反射
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vasomotor center：血管舒缩中枢,血管运动中枢
vasomotor ataxia 血管运动失调 | vasomotor center 血管舒缩中枢,血管运动中枢 | vasomotor disturbance 血管运动障碍
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excitomotor center：兴奋运动中枢
excitomotor area 兴奋运动区 | excitomotor center 兴奋运动中枢 | exciton 激发子=>励起子,エキシトン