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苍白球丘脑束射频消融术治疗偏瘫痉挛型局灶性手部肌张力障碍并对术中测试电刺激出现矛盾意外反应:一例报告

Successful Radiofrequency Lesioning of the Pallidothalamic Tract in Paretic Form Focal Hand Dystonia With Paradoxical Unexpected Response to Intraoperative Test Electrical Stimulation: A Case Report.

作者信息

Kuramoto Yoji, Taira Takaomi, Rajbhandari Saujanya, Yoshimura Shinichi

机构信息

Neurosurgery, Hyogo Medical University, Nishinomiya, JPN.

Functional Neurosurgery, Kumagaya General Hospital, Kumagaya, JPN.

出版信息

Cureus. 2024 Aug 29;16(8):e68088. doi: 10.7759/cureus.68088. eCollection 2024 Aug.

Abstract

We report a case with paretic focal hand dystonia, which at first glance was diagnosed as writer's cramp, with poor performance only when playing the guitar and writing but with increased muscle tension around the elbow rather than in the fingers and hands. The muscle tension was around the elbow and the pallidothalamic tract (PTT) was selected as the proximal muscle target with less permanent complications. During the operation, the PTT test electrical stimulation was impaired only for guitar playing, but not for other hand movements. Therefore, test lesioning at a lower temperature and for a shorter time improved the symptoms, so we were convinced that this was the target site and coagulated this site, i.e., the PPT, at the usual temperature and time. With only one target lesioning, the patient's symptoms disappeared for six months. Careful history taking and physical examination to identify the site of muscle tension is important in determining the target of paretic form dystonia. In addition, test lesioning at a lower temperature and for a shorter time is useful if the test electrical stimulation produces a paradoxically unexpected response.

摘要

我们报告了一例局限性手部麻痹性肌张力障碍病例,乍一看被诊断为书写痉挛,仅在弹吉他和写字时表现不佳,但肘部周围肌肉张力增加,而非手指和手部。肌肉张力集中在肘部,苍白球丘脑束(PTT)被选为近端肌肉靶点,其永久性并发症较少。手术过程中,PTT测试电刺激仅在弹吉他时受损,其他手部动作不受影响。因此,较低温度和较短时间的试验性毁损改善了症状,所以我们确信这就是靶点,并在常规温度和时间对该部位,即PPT进行了凝固。仅进行一次靶点毁损,患者症状消失了六个月。仔细询问病史和体格检查以确定肌肉张力部位对于确定麻痹型肌张力障碍的靶点很重要。此外,如果测试电刺激产生矛盾的意外反应,较低温度和较短时间的试验性毁损是有用的。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/f946/11440005/2304bb56c643/cureus-0016-00000068088-i01.jpg

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