而下肢有上运动神经元损害，肌力完全丧失，膝反射和踝反射亢进，腹壁反射消失以及双侧跖反射阳性。
On investigation the lower limbs showed an up-per motor neurone type of lesion with complete loss of power brisk knee and ankle-jerks absent abdominal reflexes and bilateral extensor plantar response.
目的观察在电针及主动运动状态下，卒中患者双侧半球脑电活动的即时变化，从电生理角度探讨针刺与主动运动对脑功能重组的意义。
Purpose To investigate the immediate change on the twin side hemisphere brain electricity activity of stroke patient in electricity acupuncture or active movement condition.
与口香糖咀嚼相关的脑区有初级运动皮层，右侧后顶叶，双侧小脑，以及双侧前额叶的部分区域。
The activated brain regions include the primary motor cortex, right posterior parietal cortex, bilateral cerebellum, and some regions in the prefrontal cortex.
将辣根过氧化物酶注入单侧肌肉内，在三叉神经运动核尾侧的腹内侧部引起了双侧的标记细胞。
Unilateral injection of horseradish peroxidase into the muscle resulted in bilateral labelling of cell in the ventromedial region of the caudal trigeminal nucleus.
口内冷水感觉信息到达双侧大脑，感觉运动区为对侧激活。
The sensory and motor projection of intra-oral cold sensation reached contralateral hemispheres.
结果：常规调磨后，67.4%（31/46）的患者双侧髁突运动中心在矢状位的位移距离明显不均衡； 63%（29/46）的患者双侧髁突运动中心的位移方向不一致；
Results:After regular adjustment, 67.4% (31/46) patients were found unbalance shift of the condyle movement center on two sides, and 63% (29/46) patients were found in different directions.
不能代偿的病人行改良大脑半球切除术。结论TMS-MEP能够客观评估顽固性癫疒间病人双侧肢体运动功能的半球支配情况，是一种有效、可靠且无创的评估手段。
Conclusion TMS-MEP is a very useful non-invasive method for objectively assessing domination of the hemisphere in motor function of the extremities in patients with intractable epilepsy.
目的探讨应用经颅磁刺激运动诱发电位(TMS - MEP)评估双侧肢体运动功能的半球支配情况。
Objective to assess motor function of the extremities before hemispherectomy by transcranial magnetic stimulation motor evoked potential (TMS-MEP).
结果：共观察266例，其中关节运动呈双侧对称者91例，余175例运动形态呈现不对称现象。
Results: There were altogether 266 cases. The motor state of cricoarytenoid joint was symmetry in 91 cases, the other 175 cases showed non-symmetry.
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.
结果，切断膈肌下双侧迷走神经后，再以同样的电刺激参数刺激最后区，消除了抑制胃运动的效应。
The results showed that the inhibitory effects of ap on gastric motility were withdrawn by the vagus nerves vagotomy beneath diaphragma.
统一帕金森病评定量表(UPDRS)运动评分改善率双侧刺激优于单侧刺激。
UPDRS motor score improvement of bilateral stimulation was better than that of unilateral stimulation.
结论针刺不同穴位均可改变大脑双侧有关运动区域的代谢，不同部位的穴位激活大脑不同的运动功能区。
Conclusion All acupoints can change glucose metabolism in cerebral structures related to motor function in the bilateral cerebral hemispheres, different acupoints active different motor areas.
纤毛或鞭毛从 细胞表面的基体出生长，双微管的动力蛋白臂从一侧延伸到另一侧而引起运动。
Movement is based on the activities of tiny dynein side arms that extend from one of the microtubules of each doublet.
纤毛或鞭毛从 细胞表面的基体出生长，双微管的动力蛋白臂从一侧延伸到另一侧而引起运动。
Movement is based on the activities of tiny dynein side arms that extend from one of the microtubules of each doublet.
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