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Detection of nitrogen deficiency QTL in juvenile wild barley introgression lines growing in a hydroponic system

机译:水培系统中生长的野生野生大麦基因渗氮系中氮缺乏量QTL的检测

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摘要

BackgroundIn this report we studied the genetic regulation of juvenile development of wild barley introgression lines (S42ILs) under two contrasting hydroponic nitrogen (N) supplies. Ten shoot and root related traits were examined among 42 S42ILs and the recurrent parent ‘Scarlett’. The traits included tiller number, leaf number, plant height, leaf and root length, leaf to root length ratio, shoots and root dry weight, shoot to root weight ratio, and chlorophyll content. Our aims were (1) to test the suitability of a hydroponic system for early detection of favourable S42ILs, (2) to locate quantitative trait loci (QTL) that control the examined traits, (3) to identify favourable wild barley alleles that improve trait performances in regard to N treatment and, finally, (4) to validate the identified QTL through comparison with previously reported QTL originating from the same parental cross.
机译:背景在本报告中,我们研究了在两种相反的水培氮(N)供给下野生大麦渗入系(S42ILs)的幼年发育的遗传调控。在42个S42IL和轮回亲本“ Scarlett”中检查了10个与芽和根相关的性状。性状包括分till数,叶数,株高,叶和根长,叶与根长之比,枝和根干重,枝与根之重比以及叶绿素含量。我们的目标是(1)测试水培系统对早期检测有利S42ILs的适用性,(2)定位控制所检测性状的数量性状基因座(QTL),(3)识别可改善性状的有利野生大麦等位基因最后,(4)通过与先前报道的来自同一父母亲杂交的QTL进行比较来验证已鉴定的QTL。

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