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神经移位修复臂丛神经根性撕脱伤 总被引:3,自引:2,他引:1
1987年7月~1994年6月,对21例臂丛神经根性撕脱伤采用神经移位修复。其中复合移位4组神经(膈神经、副神经、颈丛运动支、肋间神经)者1例,3组(膈神经、副神经、颈丛运动支)者6例,2组(膈神经、副神经)者9例,1组(膈神经或颈丛运动支或肋间神经)者5例。术中发现臂丛神经变异1例,对4例合并锁骨下动脉损伤者,在神经移位的同时进行血管修复,促进患肢的血液循环,有利于神经的康复。随访到19例,随访时间为8个月~6年2个月,优良率达73.7%。认为,神经移位术是修复神经根性撕裂伤的常规方法,合并血管损伤者也应同时修复,对促进神经功能恢复有利 相似文献
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Hems T 《Journal of hand and microsurgery》2011,3(1):6-10
In recent years nerve transfers have been increasingly used to broaden reconstructive options for brachial plexus reconstruction. Nerve transfer is a procedure where an expendable nerve is connected to a more important nerve in order to reinnervate that nerve. This article outlines the experience of the Scottish National Brachial Plexus Injury Service as our use of nerve transfers has increased. Outcomes have improved for reconstruction of the paralysed shoulder using transfer of the accessory nerve to the suprascapular nerve. Medial pectoral to musculocutaneous nerve transfer has proved reliable for restoration of elbow flexion for patients with C5,6 and C5,6,7 injuries. Problems with nerve transfers include morbidity in the donor nerve territory, co-contraction, and pre-existing injury to the donor nerve. There is a balance of risks in these procedures which should be weighed up in individual cases. 相似文献
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Monreal R 《Hand (New York, N.Y.)》2007,2(4):206-211
Traumatic brachial plexus injuries are a devastating injury that results in partial or total denervation of the muscles of
the upper extremity. Treatment options that include neurolysis, nerve grafting, or neurotization (nerve transfer) has become
an important procedure in the restoration of function in patients with irreparable preganglionic lesions. Restoration of elbow
flexion is the primary goal in treating patients with severe brachial plexus injuries. Nerve transfers are used when spinal
roots are avulsed, and proximal stumps are not available. In the present study, we analyze the results obtained in 20 patients
treated with phrenic–musculocutaneous nerve transfer to restore elbow flexion after brachial plexus injuries. A consecutive
series of 25 adult patients (21 men and 4 women) with a brachial plexus traction/crush lesion were treated with phrenic–musculocutaneous
nerve transfer, but only 20 patients (18 men and 2 women) were followed and evaluated for at least 2 years postoperatively.
All patients had been referred from other institutions. At the initial evaluation, eight patients received a diagnosis of
C5-6 brachial plexus nerve injury, and in the other 12 patients, a complete brachial plexus injury was identified. Reconstruction
was undertaken if no clinical or electrical evidence of biceps muscle function was seen by 3 months post injury. Functional
elbow flexion was obtained in the majority of cases by phrenic–musculocutaneous nerve transfer (14/20, 70%). At the final
follow-up evaluation, elbow flexion strength was a Medical Research Council Grade 5 in two patients, Grade 4 in four patients,
Grade 3 in eight patients, and Grade 2 or less in six patients. Transfer involving the phrenic nerve to restore elbow flexion
seems to be an appropriate approach for the treatment of brachial plexus root avulsion. Traumatic brachial plexus injury is
a devastating injury that result in partial or total denervation of the muscles of the upper extremity. Treatment options
include neurolysis, nerve grafting, or neurotization (nerve transfer). Neurotization is the transfer of a functional but less
important nerve to a denervated more important nerve. It has become an important procedure in the restoration of function
in patients with irreparable preganglionic lesions. Restoration of elbow flexion is the primary goal in treating patients
with severe brachial plexus injuries. Nerve transfers are used when spinal roots are avulsed, and proximal stumps are not
available. Newer extraplexal sources include the ipsilateral phrenic nerve as reported by Gu et al. (Chin Med J 103:267–270,
1990) and contralateral C7 as reported by Gu et al. (J Hand Surg [Br] 17(B):518–521, 1992) and Songcharoen et al. (J Hand
Surg [Am] 26(A):1058–1064, 2001). These nerve transfers have been introduced to expand on the limited donors. The phrenic
nerve and its anatomic position directly within the surgical field makes it a tempting source for nerve transfer. Although
not always, in cases of complete brachial plexus avulsion, the phrenic nerve is functioning as a result of its C3 and C4 major
contributions. In the present study, we analyze the results obtained in 20 patients treated with phrenic–musculocutaneous
nerve transfer to restore elbow flexion after brachial plexus injuries. 相似文献
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目的 分析江西省级顾玉东院士工作站创伤性臂丛神经损伤流行病学特点及治疗方案。方法 收集2018年1月至2021年12月江西省级顾玉东院士工作站诊治的全部新发创伤性臂丛神经损伤病例,建立标准的数据采集表,采集病人性别、年龄、致伤原因、诊断、手术方案等数据,分析4年间院士工作站创伤性臂丛神经损伤的流行病学特点。结果 全部符合条件的病人共58例,男47例,女11例,中位年龄43岁(8~78岁)。切割伤(29.31%)与交通事故伤(25.86%)为主要致伤原因。损伤部位以束支部多见(62.07%),其次为根干部节后损伤(22.41%)、根性撕脱伤(12.07%)。治疗方案选择中,仅有10.34%的病人选择非手术治疗,手术治疗者中以单纯臂丛神经松解术最多(67.24%),其次为神经移位术(18.97%),神经移位术中以副神经移位修复肩外展功能最为多见。结论 江西省级顾玉东院士工作站创伤性臂丛神经损伤以中青年男性多见,交通事故伤与切割伤为主要致伤原因,大多数病人需要接受手术治疗。 相似文献
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Adult traumatic brachial plexus injuries can have devastating effects on upper extremity function. Although neurolysis, nerve
repair, and nerve grafting have been used to treat injuries to the plexus, nerve transfer makes use of an undamaged nerve
to supply motor input over a relatively short distance to reinnervate a denervated muscle. A review of several recent innovations
in nerve transfer surgery for brachial plexus injuries is illustrated with surgical cases performed at this institution.
Approval obtained from Hospital for Special Surgery Institutional Review Board
Level IV: series with no or a historical control group. 相似文献