Jimmy H. W. Saw

The paper reconstructs and analyzes Actinobacterial MAGs from Hawaiian steam vents, revealing their metabolic versatility and biosynthetic potential.

This study identifies novel viruses from Hawaiian fumaroles using metagenomics, revealing new viral clades and ecological patterns.

The paper generates amplicon and metagenomic data from biofilms around fumaroles in Hawaii, identifying dominant microbial phyla and assembling MAGs to study volcanic microbial diversity.

The paper identifies an early-diverging sulfide quinone reductase in Antarctic Gloeobacterales, suggesting sulfide tolerance in thylakoid-lacking cyanobacteria and their adaptation to euxinic conditions.

The paper describes eight new cyanobacterial species and one new genus from Hawaiian steam vents using genome-based classification and phylogenomic analysis.

The paper analyzes SAR202 bacterial genomes to show paralog expansions correlate with metabolic specialization and niche adaptation across ocean depths and regions.