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The comparative analysis based oil maize integrated QTL map and meta-analysis of plant height QTLs

机译:基于比较分析的油玉米综合QTL图谱和株高QTL的荟萃分析

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摘要

1201 published maize QTLs conferring for 68 traits were collected and imported into local CMap software to construct an integrated QTL map, which can be used for marker-mining, QTL localization, gene cloning and marker-assisted selection. The maize integrated QTL map showed that maize QTLs for various traits usually clustered in all chromosomes. 22 plant height QTLs of maize were co-linear with 64 plant height QTLs of rice, 43 grain yield QTLs of maize were co-liner with 7 grain yield QTLs of rice. 127 plant height QTLs of maize were refined by means of "overview" analysis. At last, 40 "real" QTLs were identifed. A substantial number of candidate quantitative trait genes for plant height of maize were found. These results established an important bioin-formatics platform for extracting most of maize QTL information.
机译:收集了1201个具有68个性状的已发表玉米QTL,并将其导入本地CMap软件中,以构建整合的QTL图,可用于标记挖掘,QTL定位,基因克隆和标记辅助选择。玉米综合QTL图谱显示,各种性状的玉米QTL通常聚集在所有染色体上。玉米的22个株高QTL与64个水稻株高QTL共线性,玉米的43个籽粒QTL与7个水稻的谷粒QTL共线性。通过“概述”分析精制了127个玉米株高QTL。最后,确定了40个“真实” QTL。发现了大量的玉米株高候选数量性状基因。这些结果为提取大多数玉米QTL信息建立了重要的生物信息学平台。

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