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偏瘫与“男左女右”有关系吗
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《人生与伴侣(新养生)》 2008年第12期62-62,共1页
问:有人说半身不遂是男左女右,还有人说男的得了左半身瘫、女的得了右半身瘫不好治疗,这种说法有根据吗?
关键词 偏瘫 病症 神经系统 交叉支配 运动神经
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Changes of macromolecular organizations in nonjunctional sarcolemmas after cross-innervation──a study offast-and slow-twitch muscle fibres in rats
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作者 LU JIANLI TIEFENG ZHANG +2 位作者 FUJIN QU BEIHUA QIAN SHIKAI HUANG(Shanghai Institute of Physiology, Chinesc Academy of Scicnces, 320 Yue-Yang Road, Shanghai 200031, China) 《Cell Research》 SCIE CAS CSCD 1995年第2期143-154,共12页
The purpose of the present study was to analyse the changes of macromolecular organizations in nonjunctional sarcolemmas of different types of skeletal muscle fibres after cross-innervation. In normal rats the mean de... The purpose of the present study was to analyse the changes of macromolecular organizations in nonjunctional sarcolemmas of different types of skeletal muscle fibres after cross-innervation. In normal rats the mean density of square arrays (6 nm particles organized in orthogonal arrays) was 9.02/μm2 for the nonjunctional sarcolemmas of fast-twitch extensor digitorum longus (control EDL,CE) nuscle fibres and 0.34/μm2 for the nonjunctional sarcolemmas of slow-twitch soleus (control SOL, CS) muscle fibres. After cross-innervation between the fast-twitch EDL and slow-twitch SOL muscle fibres by slow and fast muscle merves respectively for three months, the mean density was 0.45/μm2 for the nonjunetional sarcolemmas of the operated-EDL (OE) and 8.3/μm2 for the nonjunctional sarcolemmas of the operated SOL (OS). This indicates that the cross-innervation causes a reciprocal transformation of the number and distribution of such macromolecular organizations in the electrically excitable nonjunctional sarcolemmas. 展开更多
关键词 SARCOLEMMA square array cross-innervation freeze-fracturing rat(Wistar)
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CROSSING ANASTOMOSIS OF NERVE BUNDLES NEAR INNERVATED ORGANS TO TREAT IRREPARABLE NERVE INJURIES
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作者 Zheng-da Kuang Xin-yu Zhang +3 位作者 Jian-xiang Yao Meng-kui Kang He Li Jia-zheng Wang 《Chinese Medical Sciences Journal》 CAS CSCD 2006年第2期131-134,共4页
Objective To study the therapeutical effects of crossing anastomosis of nerve on the peripheral and central nerve injuries. Methods Twelve kinds of central and peripheral nerve disorders and their complications were ... Objective To study the therapeutical effects of crossing anastomosis of nerve on the peripheral and central nerve injuries. Methods Twelve kinds of central and peripheral nerve disorders and their complications were treated with 11 kinds of crossing anastomosis of nerve bundles near the innervated organs. After nerve injury and repair, somatosensory evoked potentials (SEPs) and horseradish peroxidase (HRP) retrograde tracing studies were used to investigate the rabbit's nerve function and morphology. Resets The ulcers of all patients healed. Sensation, voluntary movement, and joint function recovered. Four weeks after the anastomosis of distal stump of radialis superficialis nerve and median nerve, pain sensation regained and SEPs appeared. HRP retrograde tracing studies demonstrated sensory nerve ending of medial nerve formed new connection with the body of neuron. Conclusion Crossing anastomosis of nerve is an effective method to treat peripheral and central nerve injuries. 展开更多
关键词 anastomosis of nerve nerve injury
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