单基因疾病的携带者筛选综述

K. Kovacheva, S. Nikolova, Z. Kamburova
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引用次数: 0

摘要

携带者筛查(CS)是一种对后代有单基因疾病(SGD)风险的夫妇进行生殖前鉴定的方法。CS的目标是促进生殖自主和知情决策的发现风险的夫妇。最初,CS是在20世纪70年代在美国的德系犹太人人群中引入的,他们的Tay-Sachs病发病率很高。直到最近,CS的应用有限,主要是在特定种族或SGD家族史的个体中,并且包括有限数量的条件。实施下一代测序的革命性技术揭示了CS更全面的可能性。扩展的替代变体引入了一个新的概念,允许筛查数百到数千个SGDs,而无需根据他们的祖先或家族史预先选择个体。此外,与传统的CS相比,检测到的致病变异数量要高得多。目前,扩展CS的应用经验不足,在大规模实施时缺乏统一的指导方针是一个主要问题。然而,扩大后的社会责任的巨大潜力引起了人们对它越来越大的兴趣,并引发了关于在实践中广泛应用的机会的深入讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Carrier Screening for Single-Gene Disorders – A Brief Review
Summary Carrier screening (CS) is an approach to pre-reproductive identification of couples at risk of having offspring with a single-gene disorder (SGD). The goal of CS is to facilitate reproductive autonomy and informed decision-making of the revealed risk couples. Initially, CS was introduced in the 1970s among the Ashkenazi Jewish population in the USA with a high incidence of Tay-Sachs disease. Until recently, CS had a limited application, mainly among individuals of a particular ethnicity or family history of SGD, and a limited number of conditions are included. Implementing the revolutionary technology of next-generation sequencing revealed a much more comprehensive range of possibilities for CS. The expanded alternative variant introduced a new concept that allows screening for hundreds to thousands of SGDs without pre-selection of individuals based on their ancestry or family history. Furthermore, the number of detected pathogenic variants is much higher compared to the traditional CS. Currently, there is insufficient experience with the application of expanded CS, and the lack of uniform guidelines is a major problem when it comes to massive implementation. Nevertheless, the significant potential of the expanded CS has given rise to a growing interest in it and provoked in-depth discussions about the opportunities of widespread application in practice.
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