SesameFG: Sesame Functional Genome Databse
Sesame is one of the major oilseed crops and is widely grown around the world with the concentration in Asia and Africa. With excellent characteristics such as high oil content (~55%), strong drought resistance, short growing season (~90 d), high propagation coefficient (3000-10000 seeds per plant), and a small diploid genome (~350 Mb), sesame is regarded as an attractive model for genetic research of oilseed crops. In addition, sesame shows highly rich phenotype and genotype diversity, which should be valuable for sesame functional genomics research.
Sesame genome Phylogenetic analysis of worldwide sesame
With the developing of NGS technology, genetic research develops quickly in the last few years. Genome sequencing of sesame was published, a large number of polymorphism molecular markers were developed, several genetic linkage maps were constructed and plenty of QTLs were identified, some gene families were investigated, and more than 540 M SNPs were identified from the large scale genome re-sequencing. These research achievements of sesame genetic research provides valuable basis data for sesame functional genomics research. However, these data are lack of integrated and in inconvenient for researcher to use. Thus, an integrated database of sesame functional genomics is largely needed.
Candidate genes of sesame agronomic traits
We have established the SesameFG to provide comprehensive bioinformatics analyses for gene function research. The published data which were useful for sesame functional genomics research were collected and analyzed in our database, including materials information, genome sequences, genome variations, gene families, gene expression, candidate genes, SSR markers. And the gene functional analysis tools, Genome browser and Blast, are also available in the database. The goal is to establish a user-friendly and widely used repository that covers most functional genomics related information. It will be undated by the new released data about sesame functional genomics research in the future.