Guihua Bai

The paper identifies susceptibility genes for septoria nodorum blotch in U.S. hard winter wheat using genetic markers and association studies.

The paper identifies 77 unique Yr loci associated with stripe rust resistance in wheat using diverse germplasm and pathogen isolates, with 44 potentially novel and nine effective at the adult plant stage.

This study maps resistance genes for stripe rust and leaf rust in wheat using DH lines and QTL analysis, identifying both known and novel resistance loci.

The paper identifies stripe rust resistance genes in the wheat cultivar Bakers Ann through QTL analysis of a DH population, finding four QTL with additive effects.

The paper examines trends in yield phenotypic plasticity and heritability in winter wheat cultivars over time, finding increased plasticity and decreased heritability, with genomic regions for yield varying by environment.

This study identifies leaf rust resistance loci in hard winter wheat using genome-wide association mapping and finds 20 SNPs likely associated with novel resistance loci.

This study shows that reducing TaGS3 gene copies in wheat decreases grain size and weight in a non-additive, dosage-dependent manner, suggesting potential for improving grain yield through gene editing.

This study uses a virus-based guide RNA delivery system to enable efficient gene editing in wheat, demonstrating multiplexed editing of agronomic genes and heritable targeted deletions.

The paper develops a wheat haplotype graph database for efficient genotype storage and imputation, showing improved accuracy over existing methods.

This study evaluates Cas12a and Cas9 variants for genome editing in wheat, showing LbCas12a and Cas9-NG can edit loci previously inaccessible to Cas9.