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- Zhang, Lingang; Wei, Qing; Wu, Wenjuan; Cheng, Yuxiang; Hu, Guangzhen; Hu, Fenhong; Sun, Yi; Zhu, Ying; Sakamoto, Wataru; Huang, Jirong
- Plant journal 2009 v.58 no.6 pp. 1041-1053
- Arabidopsis; gene expression; knockout mutants; leaves; microarray technology; proteins; signal transduction; thylakoids
- ... Heterotrimeric G protein knock-out mutants have no phenotypic defect in chloroplast development, and the connection between the G protein signaling pathway and chloroplast development has only been inferred from pharmaceutical evidence. Thus, whether G protein signaling plays a role in chloroplast development remains an open question. Here, we present genetic evidence, using the leaf-variegated mu ...
- Drost, Derek R.; Novaes, Evandro; Boaventura-Novaes, Carolina; Benedict, Catherine I.; Brown, Ryan S.; Yin, Tongming; Tuskan, Gerald A.; Kirst, Matias
- Plant journal 2009 v.58 no.6 pp. 1054-1067
- microsatellite repeats; loci; outcrossing; genome assembly; genome; microarray technology; yeasts; genetically engineered microorganisms; heterozygosity; Populus trichocarpa; gene expression; chromosome mapping; genotyping; progeny; genetic variation
- ... Microarrays have demonstrated significant power for genome-wide analyses of gene expression, and recently have also revolutionized the genetic analysis of segregating populations by genotyping thousands of loci in a single assay. Although microarray-based genotyping approaches have been successfully applied in yeast and several inbred plant species, their power has not been proven in an outcrossin ...