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The complexity of genomic structural variation in neurodevelopmental disorders

机译:神经发育障碍中基因组结构变异的复杂性

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Interest in—and understanding of the importance of—de novo structural variation in the human genome has increased alongside the accessibility of the technologies capable of identifying it. Copy number variation (CNV) is a catch-all term for sections of the genome ranging from 1 kb to many mega-bases, which vary in cardinality between individual genomes. Although CNVs are now a particularly well-studied form of structural variation, understanding of the impact of such variants on phenotype is still nascent, especially when compared with understudying of the phenotypic effects of some classes of single nucleotide polymorphisms.
机译:人们对人类基因组中从头进行结构变异的兴趣以及对重要性的理解,以及能够识别它的技术的日益普及。拷贝数变异(CNV)是基因组各部分的统称,范围从1 kb到许多兆碱基,个体基因组之间的基数不同。尽管CNV现在是结构变异的一种特别研究的形式,但对此类变异对表型的影响的了解仍处于起步阶段,尤其是与研究某些类型的单核苷酸多态性的表型效应相比时。

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