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 localiza- tion,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.
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 bioinformatics platform for extracting most of maize QTL information.
关键词
克隆
QTLS
玉米
CMAP
育种
QTL integration, comparative mapping, meta-analysis,QTL cloning.
