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[胸廓出口综合征患者功能能力的评估。一项初步研究]

[The assessment of functional capacity in workers with the thoracic outlet syndrome. A pilot study].

作者信息

Capodaglio P, Gibellini R, Grilli C, Bazzini G

机构信息

Servizio di Fisiatria Occupazionale ed Ergonomia, Fondazione Salvatore Maugeri IRCCS, Centro di Riabilitazione di Montescano, PV.

出版信息

G Ital Med Lav Ergon. 1997 Apr-Jun;19(2):15-9.

PMID:9432306
Abstract

Occupational specialists are well aware of the lack of objective measurements for the diagnosis and the functional evaluation of workers affected by thoracic outlet syndrome (TOS). Subjects affected by TOS refer pain, sensation of fatigue in the arm frequently aggravated by overhead work. A "stick-up" position tends to close the costoclavicular space and tense the neck and shoulder muscles to bring into play the abnormal compression mechanism that may affect the brachial plexus nerves and the subclavian vessels. In a previous study, we demonstrated the reliability of an isokinetic hand grip endurance test. In this pilot study we asked 7 industrial workers affected by TOS to perform a 30-second isokinetic endurance test for hand gripping with a Lido WorkSET dynamometer. Tests were performed in two positions (resting and "stick-up" position) before and after a 3-week intensive rehabilitation program. In addition, the subjects performed daily aerobic exercise with an arm crank ergometer. Objective indexes of posttreatment improvement were found. Subjects were able to generate higher grip forces during the isokinetic hand grip endurance test and to sustain higher mechanical workload with the arm ergometer at the same intensity level for longer duration after completion of the rehabilitation program.

摘要

职业专家深知,对于胸廓出口综合征(TOS)患者的诊断和功能评估缺乏客观测量方法。TOS患者常诉说手臂疼痛、疲劳感,且在进行上肢工作时症状往往加重。“耸肩”姿势往往会使肋锁间隙变窄,颈部和肩部肌肉紧张,从而引发可能影响臂丛神经和锁骨下血管的异常压迫机制。在之前的一项研究中,我们证明了等速手握力耐力测试的可靠性。在这项初步研究中,我们让7名患有TOS的产业工人使用Lido WorkSET测力计进行30秒的等速手握力耐力测试。测试在为期3周的强化康复计划前后,分别在两个姿势(休息姿势和“耸肩”姿势)下进行。此外,受试者每天使用手臂曲柄测力计进行有氧运动。发现了治疗后改善的客观指标。康复计划完成后,受试者在等速手握力耐力测试中能够产生更大的握力,并且在相同强度水平下,使用手臂测力计维持更高机械负荷的时间更长。

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