● Dissection of transcriptome eQTL and molecular mechanism of high yield in super-rice

● Developing functional markers of important agronomic traits by the high throughput method

● To screen genome-wide genetic variation (including complex alleles) and control the traits of rice resistance, plant type and yield

● To constructing DNA modules of rice near isogenic lines (IsoMap), and IsoMap database involving in “genome - transcriptome - proteome- phenotype” information

● To establish a technology platform of IsoMap and explore breeding methods of IsoMap modules