A randomly ordered, ever-growing list of 38 anvi’o developers and contributors.
Environmental microbiologist and bioinformatician - interested in all things 'omics, extremophiles, taxonomy and systematics, evolution...
Researcher, open-source developer and aspiring marine microbiologist.
Microbiologist and bioinformatician interested in metagenomics.
Bioinformatician who explores microbial ecology and evolution in a wide range of environments.
Bioinformatician interested in development and application of new methodologies to analyze modern and ancient (meta)genomic data.
Computational microbiologist interested in antibiotic resistance in the environment
Microbial ecologist interested in the evolution and maintenance of diversity in complex natural communities, mostly using bioinformatics
Computer scientist and medical student interested in exploring the intersection of bioinformatics and medicine, and how bioinformatic techniques can be used to advance the quality of medicine.
Biogeochemist and microbiologist intereted in understanding the production and fate of microbial metabolites within the context of changing environmental conditions using a multi-omics.
Microbiologist and bioinformatician - intrested in microbial communites present in symbiosis as a source for novel secondary metabolites
Microbiologist interested in combining comparative genomics and environmental metagenomics to identify genetic determinants of fitness in microbial populations in the human gut and ocean microbiome.
Microbiologist studying methanogens and host-microbiome coevolution
Viral ecologist and bioinformatician at the DOE JGI - interested in everything phage, 'omics, microbial and viral ecology and evolution, virus-host interactions, etc
Computational biologist and software developer. For my PhD I studied how selective pressures shape the evolution of proteins in naturally occurring microbial populations.
Özcan C. Esen
Computer engineer interested in developing tools for the visualization of complex data.
Computational scientist previously studying microbial ecology, currently studying structural variation in cancer genomics, and what's next? Who knows?
Microbiologist using advanced computational strategies to make sense of the microbial ecology of complex habitats.
Computer scientist interested in enhancing the power and accessibility of computational strategies to study microbial life.
Computer scientist and biologist who leverages computational methods to study microbial metabolism in environmental metagenomes.
Microbiologist interested in combining wet lab and computational methods in a complementary way to answer fundamental questions.
Oceanographer & Astrobiologist in training. Computer scientist. Studying sea-ice bacteria.
Computational and molecular microbiologist studying how microbes function in their environments through tRNA-sequencing, proteomics, and metagenomics.
Amy D. Willis
Statistician and data scientist developing methods for the analysis of biodiversity, with a particular focus on the microbiome.
C. Titus Brown
Bioinformatics software developer and microbiome enthusiast.
Matthew Lawrence Klein
Software developer interested in the role of technology in supporting a more equitable future on planet earth.
A. Murat Eren (Meren)
Computer scientist and microbial ecologist interested in understanding mechanisms by which microbes interact with their surroundings, evolve, disperse, and respond to environmental change.
Tom O. Delmont
Microbial ecologist who seeks to understand small and large-scale ecological patterns in the microbial world.
Computer scientist interested in computational methods to investigate microbial ecosystems and making those techniques more accessible to others.
Microbiologist developing computational and wet lab strategies to study horizontal gene transfer in the human gut microbiome.
Daan R. Speth
Microbiologist and bioinformatician interested in understanding the metabolic and phylogenetic diversity of microorganisms through genomics and wet lab analyses
Jarrod J. Scott
Microbiologist interested in understanding how bacteria and archaea coalesce into complex communities and how they affect host biology, biogeochemical cycles, and ecosystem-level processes in marine and terrestrial systems.