Mohammad Moniruzzaman

This study identifies 2,355 PLV populations in marine viromes, revealing their seasonal dynamics and functional roles in coastal ecosystems.

This study identifies genomic islands in giant viruses, showing they drive genome plasticity, mosaicism, and host adaptation through gene exchange with bacteria.

The paper identifies deep-sea-specific giant viruses with persistent activity and characterizes their unique gene functions adapted to aphotic environments.

The paper identifies an active giant endogenous virus in Chlamydomonas reinhardtii, showing viral production and latent infection dynamics in natural isolates.

The paper analyzes a five-year metagenomic time-series to study temporal dynamics of marine giant viruses, finding that phylogenetic proximity influences their seasonal abundance and ecological interactions.

BEREN is a bioinformatic tool that recovers genomes of giant viruses and related viral groups from metagenomic data, showing improved performance over existing tools.

The paper identifies widespread polintovirus integrations in stony coral genomes, revealing their role in shaping lineage-specific genome dynamics and potential impacts on coral health.

The paper analyzes viral ecology in deep-sea brine pools using metagenomic and metatranscriptomic data, revealing diverse viral communities and their interactions with prokaryotic and eukaryotic hosts.

ViralRecall detects NCLDV signatures in omic data using a library of Giant Virus Orthologous Groups, effectively identifying sequences and removing contaminants.