ChinaMu is a publicly available and high mutation frequencies collection that can be used for both forward and reverse genetic approaches. We used active-Mu lines and B73 inbred line to create the collection containing inheritable Mu insertions, and combined the improved Mu-Illumina sequencing approach with bioinformatics analysis to obtain the flanking sequence database. Our current dataset already covered about 45.2% total genes in maize genome. We will keep updating all the information related to the mutants.
To better use the ChinaMu resource, please read 'About' carefully. More information about our work can also be found in the article.
Please Cite: Liang L, Zhou L, Tang Y, Li N, Song T, Shao W, Zhang Z, Cai P, Feng F, Ma Y, Yao D, Feng Y, Ma Z, Zhao H, Song R (2019) A sequence-indexed Mutator insertional library for maize functional genomics study. Plant Physiol. 181(4):1404-1414.
To better use the ChinaMu resource, please read 'About' carefully. More information about our work can also be found in the article.
Please Cite: Liang L, Zhou L, Tang Y, Li N, Song T, Shao W, Zhang Z, Cai P, Feng F, Ma Y, Yao D, Feng Y, Ma Z, Zhao H, Song R (2019) A sequence-indexed Mutator insertional library for maize functional genomics study. Plant Physiol. 181(4):1404-1414.
Bulletin：
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The v4 version added 6,700 insertion sites into the seed stock, and the total number of insertion sites has reached 48,227. More than 8,700 new sites were added to the V5 version, with 46,611 sites currently in the seed stock.
(2021-03-23) -
The v4 version added 10,500 insertion sites into the seed stock, and the total number of insertion sites has reached 41,500. More than 8,000 new sites were added to the V5 version, with 37,900 sites currently in the seed stock.
(2021-01-25) - ChinaMu V5 version gene ID database is available. (2020-11-12)
- Available materials in the library have been updated, please check. (2020-09-04)
