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[遗传性发作性肌无力:甘斯托普病还是欧伦堡氏副肌强直症?]

[Adynamia episodica hereditaria: Gamstorp's disease or Eulenburg's paramyotonia?].

作者信息

Pierson M, Leheup B, Jeandel C

机构信息

Service de Pédiatrie I et Génétique Médicale, Hôpital d'Enfants, CHU Nancy, Vandoeuvre.

出版信息

J Genet Hum. 1989 Dec;37(4-5):379-87.

PMID:2635715
Abstract

Over seven generations owing 71 identified and studied persons, 18 (12 males and 6 females) suffered paroxystically adynamic paralysis or myotonic accesses. A such association is rare and according to the proeminent symptoms is denominated as hyperkaliemic periodic paralysis or as congenital paramyotonia. In the both forms of the diseases: cold injury, fasting, long time resting, or efforts are able to provoke crisis and so does an oral potassium loading. Studies on Ka+Na membrane permeability suggest the responsibility of Na+ K+ pump and may explain the physiopathology of the alternative manifestations at the muscle cellular level but may be are rather a marker than a cause of permeability disturbances. In the present family, some clinical, biological and electrophysiological arguments suggest the unicity of the disease. A better way to confirm that would be the localisation of a unique gene in the patient. DNA samples of several members are in study for molecular biology in the hope to precise a identical location. Some informations from molecular biologists suggest a probable location near the myotonic dystrophy (M.D.) in the 19 q12 but not identical with it.

摘要

在七代共71名已识别和研究的人员中,18人(12名男性和6名女性)患有发作性无力性麻痹或肌强直发作。这种关联很罕见,根据突出症状可分为高钾性周期性麻痹或先天性副肌强直。在这两种疾病形式中:寒冷损伤、禁食、长时间休息或用力都能引发危机,口服钾负荷也会如此。对钾离子-钠离子膜通透性的研究表明钠钾泵有责任,并且可以解释肌肉细胞水平上交替表现的生理病理学,但这可能更多是通透性紊乱的一个标志物而非原因。在这个家族中,一些临床、生物学和电生理证据表明该疾病具有单一性。确认这一点的更好方法是在患者中定位一个独特的基因。几名成员的DNA样本正在进行分子生物学研究,以期确定一个相同的位置。分子生物学家提供的一些信息表明可能位于19号染色体长臂1区2带的强直性肌营养不良(M.D.)附近,但与之不同。

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