Analysis of Differentially Expressed Genes Associated with Complete Female Inflorescence in Ricinus communis Based on Transcriptome Sequencing
In order to understand the regulatory genes related to the whole female floral sequence of Ricinus communis,the whole female and bisexual lines of Ricinus communis were sequenced and compared by transcriptome sequencing.The results showed that a total of 1 881 differentially expressed genes were detected,of which 629 were up-regulated,1 252 were down-regulated,and 1 457 differentially expressed genes were annotated.A total of 653 genes were annotation by KEGG,and the five most abundant pathways were found to be ABC transporters,fatty acid elongation,phe-nylpropanoid biosynthesis,flavonoid biosynthesis,and cutin,soft alkali and wax biosynthesis.In this study,the genes of panfemale-like regulation of castor inflorescence at transcriptome level was ana-lysed,which laid a foundation for exploring the molecular mechanism of panfemale-like Ricinus com-munis inflorescence.
Ricinus communis L.Transcriptome sequencingdifferentially expressed genesfemale-only inflorescences
万方数据
维普
