Journal
CHINESE SCIENCE BULLETIN
Volume 51, Issue 18, Pages 2219-2230Publisher
SCIENCE PRESS
DOI: 10.1007/s11434-006-2119-8
Keywords
QTL integration; comparative mapping; meta-analysis; QTL cloning
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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.
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