Bhabesh Dutta

This study identifies AltR, a transcription factor in Pantoea ananatis, which regulates thiosulfinate tolerance and pathogenicity in response to plant-derived antimicrobials.

This study shows how pathogen genetic diversity and climatic variation interact to influence disease outbreaks in agricultural settings using high-resolution sequencing and analysis.

This paper uses NLP-like deep learning to identify and validate novel allicin tolerance gene clusters in bacteria, improving detection of underrepresented clusters.

This study analyzes 38 Pantoea allii strains from plants and water across three continents to identify lineage-specific virulence genes and conserved competitive traits.

This study identifies distinct virulence mechanisms of Burkholderia gladioli in onion foliar and bulb scale tissues, showing different factors contribute to tissue-specific symptoms.

This study identifies plasmids encoding pathogenicity factors in Pantoea agglomerans, showing they can transform non-pathogenic strains into onion pathogens.

This study identifies thiosulfinate tolerance gene clusters in onion-associated Burkholderia species and shows their role in allicin tolerance and growth in onion extracts.

This study uses pan-genome-wide association analysis to identify genes linked to pathogenicity in Pantoea ananatis, revealing both known and novel genes associated with onion infection.