Berger A, Hierner R, Becker M H-J
Klinik für Plastische, Hand- und Wiederherstellungschirurgie, Schwerverbrannten Zentrum, Medizinische Hochschule Hannover, Germany.
Orthopade. 1997 Jul;26(7):643-650. doi: 10.1007/PL00003424.
Elbow flexion plays a key role in the overall function of the upper extremity. In the case of unilateral complete brachial plexus lesion, restoration of elbow flexion will dramatically increase the patient's chances of regaining bimanual prehension. Furthermore, depending on the type of reconstruction, stability of the glenohumeral joint as well as some supination function of the forearm can be restored to a varying degree at the same time. Depending on the level of brachial plexus lesion and/or reinnervation, different reconstructive procedures are available. In order to select the best treatment option for the patient it is necessary to known the extent of the lesion of the brachial plexus and/or ventral upper arm muscles, to time the operation appropriately, to be aware of all treatment possibilities and to recall the special problems of tendon transfer for brachial plexus patients. Our concept is based on our experience with more than 1100 patients presenting a brachial plexus lesion between 1981 and 1996 and treated in our institution. There were 528 operative revisions of the brachial plexus. Some 225 patients underwent secondary muscle/tendon transfers. In 35 patients elbow flexion was reconstructed by bipolar latissimus dorsi transfer (n = 10), triceps-to-biceps transfer (n = 15), modified flexor/pronator muscle mass proximalization (n = 6) and multiple-stage free functional muscle transfer after intercostal nerve transfer (n = 4).
肘关节屈曲在上肢整体功能中起着关键作用。在单侧完全性臂丛神经损伤的情况下,恢复肘关节屈曲将显著增加患者重新获得双手抓握功能的机会。此外,根据重建类型的不同,同时可在不同程度上恢复肩关节的稳定性以及前臂的一些旋后功能。根据臂丛神经损伤的水平和/或再支配情况,可采用不同的重建手术方法。为了为患者选择最佳治疗方案,有必要了解臂丛神经和/或上臂前侧肌肉的损伤程度,合理安排手术时间,知晓所有治疗可能性,并牢记臂丛神经损伤患者肌腱转位的特殊问题。我们的理念基于1981年至1996年间在我们机构治疗的1100余例臂丛神经损伤患者的经验。其中有528例臂丛神经的手术翻修。约225例患者接受了二期肌肉/肌腱转位手术。在35例患者中,通过双极背阔肌转位(n = 10)、肱三头肌转位至肱二头肌(n = 15)、改良屈肌/旋前肌近端移位(n = 6)以及肋间神经转位后的多阶段游离功能性肌肉转位(n = 4)重建了肘关节屈曲功能。