Nurnabi Azad Jewel

This study analyzes the human gut phageome to identify and characterize endolysins, revealing high domain modularity and diversity in these enzymes.

This study identifies wCin2USA1 as a promising Wolbachia strain for dengue control due to its genomic similarities to established strains and unique Cif gene architecture.

This study analyzes 709 Streptococcus phage genomes to revise taxonomy and identify novel endolysin-derived antimicrobial peptides with therapeutic potential.

This study performs a comparative genomic analysis of 44 C. difficile phage genomes to classify them into nine clusters and propose new taxonomic categories.

This study identifies and characterizes the APY gene family in rice, showing their expression under various stress conditions and their role in stress response.

This paper identifies potential drug targets for Enterococcus faecium DO using genomic and proteomic analysis, prioritizing non-homologous essential proteins and proposing eight ligands for aldehyde-alcohol dehydrogenase as novel antibiotic targets.