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archaea, methane, microbial ecophysiology, single cell activity, next generation physiology / for evidence-based decision-making / I hold strong opinions / I don’t mince words / posts reflect personal views / www.environmental-microbiology.com

Roland Hatzenpichler

Michigan Governor caught on hot mic with Oracle CEO Clay Magouyrk, discussing citizen opposition to AI data centers, bragging how she ignores their concerns: “We’re used to people saying 'f*ck no,' & doing it anyway.”🇺🇸

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Our work advances the applications of next-generation physiology techniques to document single-cell metabolic activity in a high-throughput manner in the marine deep biosphere.

microbial communities and elucidated their metabolic activity in hydrothermally impacted low-biomass subsurface marine sediments. By combining activity measurements (bioorthogonal labeling of protein-making cells), 16S rRNA gene amplicon sequencing of active (FACS-sorted) cells, and metagenomics,

Remember the current NIH director going on about protecting researchers from government censorship? Today his people called the police in to forcibly remove my colleagues from their own society meeting for sharing an editorial published in their flagship journal that was critical of him. Gift link

New paper by former postdoc Andrew Montgomery and grad student Sylvia Nupp out in ISME Comm @isme-microbes.bsky.social. Funded by the US NSF. academic.oup.com/ismecommun/a...

we improve our understanding of carbon transformations and the microbial ecology of the deep marine biosphere, down to a depth of 154 meters below the seafloor. Our findings emphasize the importance of heterotrophic microbes and the carbon-degrading metabolisms they use to survive extreme conditions

The marine deep biosphere spans the entire global ocean and offers a wide range of environmental conditions for microbes to flourish. However, the identities and metabolic functions of these microbial populations are not well understood. In this study, we investigated translationally active

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I'm happy to share the first pre-print of out Lab! 🎉 Introducing ArchaeaHQ www.biorxiv.org/content/10.6... We curated 21,644 genomes across all 4 archaeal kingdoms to bridge the gap in public datasets for computational biology What is inside ArchaeaHQ... (1/2)

13h