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Cloning of DOG1 a quantitative trait locus controlling seed dormancy in Arabidopsis

机译:克隆拟南芥种子休眠的数量性状基因座DOG1的克隆

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摘要

Genetic variation for seed dormancy in nature is a typical quantitative trait controlled by multiple loci on which environmental factors have a strong effect. Finding the genes underlying dormancy quantitative trait loci is a major scientific challenge, which also has relevance for agriculture and ecology. In this study we describe the identification of the DELAY OF GERMINATION 1 (DOG1) gene previously identified as a quantitative trait locus involved in the control of seed dormancy. This gene was isolated by a combination of positional cloning and mutant analysis and is absolutely required for the induction of seed dormancy. DOG1 is a member of a small gene family of unknown molecular function, with five members in Arabidopsis. The functional natural allelic variation present in Arabidopsis is caused by polymorphisms in the cis-regulatory region of the DOG1 gene and results in considerable expression differences between the DOG1 alleles of the accessions analyzed.
机译:自然界中种子休眠的遗传变异是受多个基因座控制的典型数量性状,环境因素对其具有很强的作用。寻找潜在的休眠数量性状基因座的基因是一项重大的科学挑战,也与农业和生态学息息相关。在这项研究中,我们描述了发芽延迟1(DOG1)基因的鉴定,该基因先前被鉴定为参与种子休眠控制的数量性状基因座。该基因是通过位置克隆和突变分析相结合而分离的,绝对是诱导种子休眠的必需基因。 DOG1是分子功能未知的小基因家族的成员,在拟南芥中有5个成员。拟南芥中存在的功能性自然等位基因变异是由DOG1基因的顺式调控区域中的多态性引起的,并导致所分析种质的DOG1等位基因之间存在明显的表达差异。

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