电针刺治疗反复发作的小儿胸长神经麻痹1例

Phyllis Berger
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引用次数: 3

摘要

一位9岁的女儿科患者第二次出现右胸长神经麻痹。2011年发生的第一次受伤是由于跌倒,虽然患者有前锯肌麻痹,无法抬起手臂,但经过康复和常规物理治疗,根据康复后6个月进行的神经传导测试,她完全康复了。第二例胸长神经损伤是2012年发生的一次芭蕾运动造成的。除了再次发生的神经麻痹外,还有严重疼痛的并发症和复杂区域疼痛综合征(CRPS)的证据。第二例损伤由于在斜方肌和肩区C5和C6皮节分布的疼痛和过敏而无法参与康复训练和物理治疗。第三次神经传导测试比第一次神经传导测试后的结果差。然后采用了一种不同的物理治疗方法——最初是为了减轻疼痛和减少过敏,然后试图通过包含一个同时传递低频和高频电流的电子设备来增加神经传导。这种治疗结合了各种疼痛解决策略,包括针灸,个人阈下,低频和高频电流。应用了几种干预措施来定制患者的治疗,以最大限度地改善疼痛和活动能力。因此,很难将改善归因于一种特定的方式,甚至是条件的自然解决,然而,以前的临床应用和在其他条件下使用联合电流激活神经传导的经验表明,改善是可以预期的。这种特殊的电流是低频和磁场的结合。经过两个多月的13次治疗后,病情完全缓解,完全可以活动,没有疼痛——很明显,综合治疗对加速神经愈合有效果。病人能够恢复她所有的正常活动,包括体操和芭蕾。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electrical current and acupuncture treatment for a paediatric patient with a recurring long thoracic nerve paralysis

A female paediatric patient aged 9 years presented with right long thoracic nerve palsy for the second time. The first injury that occurred in 2011 was due to a fall and although the patient had a paralysis of the serratus anterior muscle and was unable to elevate the arm, with rehabilitation and conventional physiotherapy, she recovered completely according to the nerve conduction test that was conducted six months post recovery.

The second injury to the long thoracic nerve was due to a ballet movement that occurred in 2012. Besides the nerve palsy that reoccurred there was also a complication of severe pain and evidence of a complex regional pain syndrome (CRPS). The second injury was limited by the inability to participate in rehabilitation exercises and physiotherapy due to pain and hyperaesthesia in the distribution of C5 and C6 dermatome both in the trapezius and shoulder region. The third nerve conduction test deteriorated to those recorded after the first nerve conduction test.

A different physiotherapy approach was then applied – initially to reduce pain and decrease hyperaesthesia and then to attempt to increase nerve conduction by the inclusion of an electrical device that simultaneously delivers both a low and a high frequency current. This treatment was combined with various pain resolving tactics including acupuncture, individual sub-liminal, low and high frequency electrical currents. Several interventions were applied to tailor the treatment to the patient to achieve maximal improvement in pain and mobility. It is therefore difficult to attribute improvement to one particular modality or even natural resolution of the condition however previous clinical application and experience of activating nerve conduction with the combination current in other conditions implied that improvement could be expected. This particular electrical current is a combination of a low frequency and a magnetic field.

The condition resolved completely with full movement and no pain after 13 treatments over two months – it was evident that the combination of treatment had an effect on expediting the healing in the nerve. The patient was able to resume all her normal activities including gymnastics and ballet.

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