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贝尔麻痹的神经源性概念。面神经的医学减压术。

Neurogenic concept of bell's palsy. Medical decompression of facial nerve.

作者信息

Misurya V K

出版信息

J Laryngol Otol. 1975 Nov;89(11):1107-11. doi: 10.1017/s0022215100081457.

Abstract

According to the author it is the 'transmyringal' portion of the chorda tympani nerve which in practice remains exposed to the cold atmospheric air and triggers the pathologic process involved in Bell's palsy, affecting the facial nerve secondarily, rather than a primary condition of the facial nerve. This theory was proved by creating a Bell's palsy (paralysis a frigore) with cold-air-stimuli to the tympanic membrane in experimental animals (two monkeys). On the basis of this observation the author recommend's 'medical decompression' of the facial nerve by means of infra-red fomentation of the drum, and eustachian insufflation of hydrocortisone, in cases of Bell's palsy before retrograde extension of oedema from the chorda tympani to the facial nerve can cause irreversible damage. Subsequently, the author has successfully managed fourteen cases (93-4 per cent) of Bell's palsy with a definite history of exposure to cold (paralysis a frigore). It is suggested that the ear canal be plugged with cotton as a preventive measure; and that chorda tympani neurectomy be performed to eliminate the chances of recurrence of the disease in cases of recurrent Bell's palsy.

摘要

据作者称,在实际情况中,鼓索神经的“经鼓膜”部分暴露于寒冷的大气中,引发了贝尔面瘫所涉及的病理过程,继而影响面神经,而非面神经的原发性病症。通过对实验动物(两只猴子)的鼓膜进行冷空气刺激来造成贝尔面瘫(因寒冷导致的麻痹),这一理论得到了证实。基于这一观察结果,作者建议,在鼓索神经水肿逆行扩展至面神经导致不可逆转的损害之前,对于贝尔面瘫患者,可通过对鼓膜进行红外线热敷以及向咽鼓管吹入氢化可的松来对面神经进行“药物减压”。随后,作者成功治疗了14例有明确受寒史(因寒冷导致的麻痹)的贝尔面瘫患者(治愈率为93% - 94%)。建议用棉花堵塞耳道作为预防措施;对于复发性贝尔面瘫患者,可进行鼓索神经切除术以消除疾病复发的可能性。

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