事实的起源:泰-萨克斯病是一种 "简单隐性遗传病"。

IF 0.4 Q4 PEDIATRICS
Journal of pediatric genetics Pub Date : 2023-06-12 eCollection Date: 2023-09-01 DOI:10.1055/s-0043-1769115
Mark Lubinsky
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引用次数: 0

摘要

泰-萨克斯病(Tay-Sachs disease,TSD;OMIM # 272800)的 "明显 "隐性遗传历经半个多世纪才得以确立。现在看来理所当然的几点却存在问题,即(1)TSD 是一个生物学实体,而不是并发症结果的人为选择;(2)表现范围狭窄;(3)它不属于疾病谱的一部分,可以与其他疾病区分开来;(4)它不会转变为其他疾病;(5)它是由单个特定基因引起的;(6)没有继发病因;(7)该基因没有与 TSD 无关的明显临床效应;(8)该基因仅作为临床隐性遗传。在很大程度上,该决议反映了直到 20 世纪中叶及以后的生物化学认识,改变了医生对一般疾病的看法。因此,生化载体筛查和产前生化诊断已成为常规方法,并成为载体人群筛查的典范,而该疾病的基因治疗也有一定程度的成功报道。在此,我们回顾了有关 TSD 及其遗传的医学思想史,以说明它是如何作为一种独特的隐性疾病而取得今天的地位的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Genesis of a Fact: Tay-Sachs Disease as a "Simple Recessive".

"Obvious" recessive inheritance of Tay-Sachs disease (TSD; OMIM # 272800) took over half a century to be established. Points now taken for granted were problematic, that: (1) TSD is a biological entity, not an artificial selection of concurrent findings, (2) manifestations have narrow limits, (3) it was not part of a spectrum of disorders, and can be differentiated from other conditions, (4) it will not change to another disease, (5) it is due to a single specific gene, (6) there are no secondary causes, (7) the gene has no apparent clinical effects unrelated to TSD, and (8) the gene is inherited only as a clinical recessive. To a large extent, resolution reflected biochemical understanding that took until mid-20th century, and beyond, to change how physicians viewed diseases in general. With this, biochemical carrier screening and prenatal biochemical diagnosis have become routinely available, and it is a model for carrier population screening, while gene therapy for the disease has been reported with some degree of success. Here, the history of medical ideas about TSD and its inheritance are reviewed to show how it achieved its current status as a distinct recessive disorder.

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来源期刊
自引率
0.00%
发文量
32
期刊介绍: The Journal of Pediatric Genetics is an English multidisciplinary peer-reviewed international journal publishing articles on all aspects of genetics in childhood and of the genetics of experimental models. These topics include clinical genetics, molecular genetics, biochemical genetics, medical genetics, dysmorphology, teratology, genetic counselling, genetic engineering, formal genetics, neuropsychiatric genetics, behavioral genetics, community genetics, cytogenetics, hereditary or syndromic cancer genetics, genetic mapping, reproductive genetics, fetal pathology and prenatal diagnosis, multiple congenital anomaly syndromes, and molecular embryology of birth defects. Journal of Pediatric Genetics provides an in-depth update on new subjects and current comprehensive coverage of the latest techniques used in the diagnosis of childhood genetics. Journal of Pediatric Genetics encourages submissions from all authors throughout the world. The following articles will be considered for publication: editorials, original and review articles, short report, rapid communications, case reports, letters to the editor, and book reviews. The aim of the journal is to share and disseminate knowledge between all disciplines in the field of pediatric genetics. This journal is a publication of the World Pediatric Society: http://www.worldpediatricsociety.org/ The Journal of Pediatric Genetics is available in print and online. Articles published ahead of print are available via the eFirst service on the Thieme E-Journals platform.
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