Munirul Alam

This study shows the Kappa prophage provides a competitive fitness advantage to Vibrio cholerae through phage predation, but its spread is restricted by BREX and AbiC phage defense systems.

The paper uses clinical surveillance in Bangladesh to study phage-pathogen coevolution in Vibrio cholerae, identifying a parasitic MGE that drives a selective sweep during a major outbreak.

This study analyzes 1,853 Aeromonas genomes, revealing high genetic diversity, widespread AMR genes, and frequent misidentification as Vibrio cholerae.

This study examines how morphological changes in Vibrio cholerae affect its motility and pathogenicity in different viscosity environments.

This study identifies two phytochemicals, Limonin and Emodin, that may inhibit cholera toxin B subunit binding to host mucosa through molecular docking and simulation analyses.

The paper performs a genomic analysis of Vibrio cholerae El Tor strains from Bangladesh, identifying two lineages, BD-1 and BD-2, and their distinct genomic traits and epidemiological implications.

The paper uses PFGE to analyze V. cholerae El Tor strains from Bangladesh and other countries, finding most pandemic strains belong to a major clade with distinct geographic lineages.

The paper identifies and characterizes RNA silencing machinery genes in wheat, revealing their phylogenetic relationships, regulatory elements, and expression patterns.