Sunil S. Gangurde

This study uses whole-genome resequencing and GWAS to identify genomic regions under selection associated with yield and adaptability traits in groundnut.

This study uses whole genome sequencing and GWAS to identify genetic markers associated with kernel iron, zinc, and protein content in groundnut, aiding in breeding for improved nutritional traits.

This study identifies genomic regions and haplotypes associated with resistance to fusarium wilt and sterility mosaic disease in pigeonpea using GWAS and KASP validation.

This study identifies high blanchability donors, candidate genes, and molecular markers in groundnut using GWAS and SNP validation.

This study identifies significant marker-trait associations and candidate genes for pod borer resistance and related traits in pigeonpea using GWAS and field evaluations.

The paper identifies InDels in the Ccsmd04 gene associated with sterility mosaic disease resistance in pigeonpea using QTL-seq and validates them as diagnostic markers.

This study identifies haplotype signatures associated with blanchability in groundnut using GWAS and haplo-pheno analysis, revealing subspecies and agronomic type associations.

The paper identifies genomic markers associated with seed dormancy in groundnut and develops SNP markers for breeding improved cultivars with controlled dormancy periods.