下颌侧移位的工作侧关节盘移位不明显。
At the working side of mandibular lateral displacement, displacement of articular disc displace was not obvious.
图6重新定位背侧移位结构后的正中神经(箭头)。
Fig. 6. Median nerve (arrow) after relocation of dorsally displaced structures.
椎间盘碎片的移位多向颅侧、尾侧或外侧移位，但很少向后部移位。
Disc fragment migration mostly occurs in cranial, caudal or lateral direction but seldom posterior.
结论：颈椎椎板切除术术后24小时的脊髓比2周更加倾向于向背侧移位。
Conclusion. The posterior shift of the spinal cord at 24 hours had a tendency to shift more posteriorly than that observed at 2 weeks after cervical laminoplasty.
结论：前臂完全旋后时，桡骨向远侧、背侧移位，尺骨头靠在尺骨切迹的掌侧面。
Conclusion: While the forearm in complete supination, the radius shifts to the dorsal and distal side, and the capitulum ulnae is at the volar side of the notch ulnae.
这种情况下最常见的断裂是桡骨下端骨折，表现为桡骨下端一块骨头断裂并向背侧移位。
The most common type of fracture in these circumstances is known as a Colles fracture, where a fragment of bone is broken off the end of the radius and pushed backwards.
目的：为桡侧腕长伸肌腱部分移位修复桡尺远侧关节脱位提供解剖学依据。
Objective:To provide anatomical basis for the operation of repairing dislocation of the distal radio-ulnar joint.
结论鼻内镜下双侧黏软骨(骨)膜瓣移位加筛骨垂直板是治疗鼻中隔穿孔的理想方法。
Conclusion Mending the perforation of nasal septum by shifting the mucoperiosteal flap and perpendicular plate of the ethmoid bone under nasal endoscope is an effective method.
目的为前臂肌腱部分移位修复桡尺远侧关节脱位提供解剖学依据。
Objective to provide anatomical basis for the operation of the transposition of partial tendon of forearm to repair dislocation of the distal radio-ulnar joint.
结论：小腿内侧皮瓣交叉移位修复对侧小腿骨外露是安全有效的方法。
Conclusion: leg medial skin flap cross transposition is a very effective and safe method for repairing contra-later - al leg bone exposure.
目的寻求健侧C7神经根移位治疗全臂丛神经根性撕脱伤手术中尺神经与桡神经的最佳吻合部位。
Objective To seek for the best anastomosis site of the ulnar and radial nerve to improve the contralateral C7 transfer operation.
目的探讨神经移位时保留神经干近侧分支对神经再生和肌肉功能恢复的影响。
Objective to explore the affection of the reserved proximal branch of transferred nerve on nerve regeneration and muscle function restoration.
目的报道以骨间前动脉及背侧支为蒂组织瓣移位术的手术方法。
Objective To report the procedure of tissue flap pedicled with anterior interosseous artery and its dorsal branch.
方法应用小腿内侧皮瓣交叉移位修复对侧小腿骨外露。
Methods Bone exposure of leg was repaired by use opposed medial crural flap.
结论：尺侧或桡侧腕屈肌移位重建前臂旋后功能。均能达到良好功能恢复。
Conclusion: Ulnar or radial flexor muscle of wrist transfer to reconstruct supination function of forearm all can achieve good function recovery.
方法 对根据临床症状及磁共振成像诊断为不可复性盘前移位的患者15例（20侧关节）行关节盘锚固定术。
Methods Disc Anchorages were applied on 15 patients (20 sides) of Anterior disc displacement without reduction according to clinical symptoms and MRI.
结果11侧手术关节为部分关节盘前移位，8侧为完全性关节盘前移位，6侧为关节盘穿孔。
Results 11 joints had partial anterior disc displacement, 8 joints with complete anterior disc displacement and 6 joints with perforation.
方法：应用小腿内侧皮瓣交叉移位修复对侧小腿骨外露。
Method: leg medial skin flap cross transposition was used for repairing contra-lateral leg bone exposure.
目的：观察健侧C7神经根移位至桡神经治疗全臂丛神经根性撕脱伤的临床疗效。
Objective to observe the effect of contralateral C7 root transfer to the radial nerve for the treatment of total brachial plexus root avulsion injury.
结论：因前方压迫产生神经损伤，尤其对于仅由中柱的骨折移位而致脊髓损伤者，侧前方减压术是首选方法。
Conclusion: Anterolateral decompression is the first selected method when neurological deficit is generated from anterior compression, especially when merely the middle column is involved.
方法1987 ~ 1996年，对40例42侧腕舟骨骨不愈合，采用带筋膜蒂第一掌骨棒移位治疗。
Methods From 1987 to 1996, 40 cases (42 hands) of non union of carpal scaphoid fracture were treated by this method.
单侧内眦韧带撕脱移位采用“拴马桩式”或“抽屉式”复位固定术。
For the avulsion of unilateral medial canthal ligament, hitching post - and drawer-like reduction fixation methods were employed.
结果6例患侧脑功能区移位，8例锥体束走行移位，10例神经纤维束形态完好、4例纤维束弥散。
Results 6 cases of brain function in patients with ipsilateral zones shift, 8 cases of pyramidal shift, 10 cases with good shape, some fiber loss in 4 cases.
结论小腿内侧皮瓣交叉移位修复对侧小腿骨外露是安全有效的方法。
All flaps survived completely. Conclusion Opposed medial crural flap is an appropriate treatment for bone exposure of leg.
结果术前MRI显示粗大扭曲的椎动脉(VA)偏向患侧，甚至对侧va也移位至患侧。
Results Preoperative MRI revealed that the big twisted vertebral arteries (VA) deviated to the affected side, and even the contralateral VA moved to the affected side.
裂侧鼻肌翼部可能是患侧鼻翼软骨旋转、移位及后退的最重要因素；
The pathological action of the alar part of the nasalis muscle may be the most important factor to the deformities of alar cartilage on cleft side;
裂侧鼻肌翼部可能是患侧鼻翼软骨旋转、移位及后退的最重要因素；
The pathological action of the alar part of the nasalis muscle may be the most important factor to the deformities of alar cartilage on cleft side;
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