Gene W. Tyson

This paper introduces DSP as a reversible fixative for microbial cells that enables fluorescence imaging and DNA extraction, improving targeted microbial genomics.

The paper analyzes mobile genetic elements in thawing permafrost soils to assess their impact on microbial diversity and function using meta-omic data.

This study reveals that freshwater anaerobic methanotrophic archaea prefer carbon monoxide over methane as an electron donor, highlighting novel metabolic pathways and genome plasticity.

The paper investigates the genomic potential and ecophysiology of ANME-2a for metal-dependent anaerobic methane oxidation in coastal sediments, identifying two clusters with differing electron transfer capabilities.

Bin Chicken improves genome recovery from metagenomes by coassembling targeted samples, recovering 77,562 microbial genomes including many novel species.

SingleM and Sandpiper improve microbial taxonomic profiling in metagenomic data by detecting novel species and showing most environments are dominated by unrepresented taxa.

The paper identifies two rumen community types linked to protozoal populations and shows their impact on microbial interactions and metabolite profiles.

The paper uses remote sensing and machine learning to upscale methane emissions from Arctic wetlands and improves isotope estimates in global methane source partitioning.

The paper examines microbial responses to warming in thawing permafrost peatlands over seven years, finding habitat-specific stability despite environmental changes.

This paper identifies microbiome-derived therapeutics for IBD using a metagenome-guided approach, showing improved disease markers and safety in preclinical models.

This study demonstrates nitrate-dependent anaerobic oxidation of ethane and butane by Candidatus Alkanivorans nitratireducens, revealing the fumarate addition pathway's role in SCGA metabolism.

This study identifies methylotrophic methanogenesis and bacterial methylotrophy as significant contributors to methane production in thawing permafrost.

CheckM2 improves MAG quality assessment using machine learning, outperforming its predecessor and handling novel lineages and reduced genomes.

The paper identifies new methane-metabolizing archaea in Bathyarchaeota and Verstraetearchaeota, expanding known methane metabolism beyond Euryarchaeota.