LGMD。识别、描述和分类。

Q3 Medicine Acta Myologica Pub Date : 2020-12-01 DOI:10.36185/2532-1900-024
Corrado Angelini
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引用次数: 27

摘要

“肢带性肌营养不良症”(LGMD)这个术语最早是由Walton和Nattrass在1954年发表的一篇开创性论文中使用的,他们将LGMD确定为一个独立的临床实体。在LGMD的描述中,指出LGMD的类别很可能包括一组异质性的疾病。在此之后,对临床实体进行了讨论,但在1995年和2017年举行的两次ENMC研讨会上,LGMD的分诊学达成了永久分类,在最后一次研讨会上,LGMD的操作定义达成了一致。最后一种分类包括近端或远端近端表现为纤维变性和分裂的营养不良,活检证据,高CK,与退行性变化一致的MRI成像,达到独立行走能力的个体存在纤维脂肪浸润。在这个群体中,至少要确定两个不相关的家族。回顾了20世纪后期许多LGMDs的第一个遗传特征,并对这些疾病的临床描述和鉴定进行了历史总结,并报道了从遗传位点鉴定到蛋白质和基因发现的进展。这些历史进展所描述的LGMD是隐性calpain病(LGMD 2A/R1)、异常铁蛋白病(LGMD 2B/R2)、肌糖病(LGMD 2C-2F/R3-R6)型和TPNO3变异引起的转运蛋白病(LGMD 1F/D2)的显性型。由于新的诊断技术,如外显子组和基因组测序,很可能在未来发现许多其他LGMD亚型,但是从过去的发现中吸取的教训可能对科学家和临床医生有用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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LGMD. Identification, description and classification.

The term 'limb girdle muscular dystrophy' (LGMD) was first used in the seminal paper by Walton and Nattrass in 1954, were they identified LGMD as a separate clinical entity In LGMD description it is pointed out that the category of LGMD most likely comprises a heterogeneous group of disorders. After that the clinical entity was discussed but the LMGD nosography reached a permanent classification during two ENMC workshops held in 1995 and 2017, in the last one an operating definition of LGMD was agreed. This last classification included dystrophies with proximal or distal-proximal presentation with evidence at biopsy of fibre degeneration and splitting, high CK, MRI imaging consistent with degenerative changes, fibro-fatty infiltration present in individuals that reached independent walking ability. To be considered in this group at least two unrelated families should be identified. A review is done of the first genetic characterisation of a number of LGMDs during the late twentieth century and a historical summary is given regarding how these conditions were clinically described and identified, the progresses done from identification of genetic loci, to protein and gene discoveries are reported. The LGMD described on which such historical progresses were done are the recessive calpainopathy (LGMD 2A/R1), dysferlinopathy (LGMD 2B/R2), sarcoglycanopathy (LGMD 2C-2F/R3-R6) types and the dominant type due to TPNO3 variants named transportinopathy (LGMD 1F/D2). Because of new diagnostic techniques such as exome and genome sequencing, it is likely that many other subtypes of LGMD might be identified in the future, however the lesson from the past discoveries can be useful for scientists and clinicians.

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来源期刊
Acta Myologica
Acta Myologica Medicine-Cardiology and Cardiovascular Medicine
CiteScore
3.70
自引率
0.00%
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0
期刊最新文献
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