Wanquan Ji

This study identifies genetic modules and epistasis driving wheat yield improvement through GWAS and haplotype analysis across diverse environments.

The paper identifies QTLs regulating homoeolog expression bias in wheat and shows intra-subgenome regulation causes expression imbalance and functional differences among homoeologs.

This study shows modern wheat breeding improved both above- and below-ground traits through synergistic genomic selection.

The paper investigates the effects of Rht-B1b and Rht-D1b alleles on wheat agronomic traits across environments, finding that these alleles increase yield sensitivity to temperature rise.

The paper identifies and analyzes the invertase gene family in wheat, finding 126 genes with specific expression patterns and roles in stress response and grain development.

The paper introduces a high-throughput genome assembly method that improves accuracy and efficiency for complex genomes, achieving 92.7% coverage of a wheat chromosome with 98% correct BAC sequences.