Global biosynthetic potential of Acidobacteriota
OngoingWe aim to comprehensively annotate the biosynthetic potential of phylum Acidobacteriota, using publicly available metagenomics datasets.
Read more →(Marine) Bioinformatics Researcher | PhD Candidate
Bioinformatician studying microbial communities by combining molecular lab and computational multi-omics approaches. Currently focused on Acidobacteriota - a biosynthetically rich yet understudied bacterial phylum. I integrate metagenomics, metatranscriptomics, and cultivation to discover novel natural products and understand how bacteria adapt to their hosts.
Investigating microbial communities in marine sponges using metagenomics and genomics to uncover hidden diversity, with focus on understudied bacterial phyla like Acidobacteriota
Mining novel biosynthetic gene clusters from undercharacterized bacterial lineages using unconventional computational approaches and large-scale genomic datasets
Reconstructing evolutionary relationships and identifying genomic adaptations across bacterial lineages using phylogenomics and comparative analyses
Understanding what drives bacteria to associate with marine sponge hosts, distinguishing ecological adaptation from shared ancestry
Current research projects and ongoing work
Selected recent research papers and conference proceedings.
Nucleic Acids Research 53(D1):D678–D690, 2024
3 Biotech, 11(6), 282, 2021
Recent updates, talks, and academic activities.