Soharth Hasnat

This study identifies 3-methylpentanoic acid as a natural antifungal compound that suppresses wheat blast disease by targeting UDP-glucose 4-epimerase in the pathogen.

This study identifies deleterious LIG3 nsSNPs and potential therapeutic targets for AML using computational methods and molecular simulations.

This paper evaluates the probiotic potential and antimicrobial efficacy of E. faecium MBBL3 against bovine mastitis pathogens through genomic and in vitro analyses.

This study identifies six potential inhibitors of the DfrA1 protein through high-throughput screening of 3,601 compounds, with DC4 and DC6 showing superior efficacy compared to the control drug.

This study identifies novel common drug targets against four Acinetobacter species using cluster-based subtractive genomics and druggability analysis.

This study identifies essential core proteins in mastitis pathogens and evaluates bacteriocins as potential therapeutic agents targeting these proteins.

This paper develops a CNN-based framework to predict plastic-degrading enzymes from environmental sequences, achieving high accuracy and F1 score.