Lab. Crop Science

Functional genomics studies in plants have elucidated the relationship between the structure and function of various genes, providing an integrated understanding of how each gene controls growth. Information gathered from these studies has shed light on the existence of specific genes in crop species and the mechanisms driving their evolution.

As genes responsible for specific traits in certain varieties are identified, it becomes possible to select individuals with superior genes using genomic sequence information. This enables breeding efforts to proceed more scientifically and efficiently.

We conduct investigations and analyses on agriculturally important traits of crops and vegetables primarily using molecular genetic techniques. We aim to establish efficient and accurate survey methods while conducting research using genetic approaches such as identifying genetic loci associated with traits and cloning of genes, conducting comparative omics analyses between mutant lines and wild types after fixation, and elucidating molecular expression networks. Through genomic and post-genomic research, we aim to elucidate the expression control mechanisms of agriculturally important traits and undertake challenges to avoid food crises based on the insights gained for variety improvement.