The JGI is charting a new course toward AI-driven user research and discovery. This story is part of our series marking this milestone by connecting past achievements to cur...

This single environmental trigger highlights efficiency for users requiring multiple omics methods to examine microbial chemical production.

Genome-building with SynOMICS reveals hidden rules of the genetic code and opens doors to virus-proof, industrially useful bacteria.

Researchers may be wasting resources following false trails due to variations in interpretative methods.

Join Sarah Bagby (Case Western Reserve University) and Simon Roux (JGI) as they talk about their recent work on a time series from Sweden’s Stordalen Mire. By looking at Mobile Genetic Elements, or MG...

Symbiotic relationships of microorganisms are predicted and cataloged with a machine learning tool.

Projects were designed to address high-risk, high-payoff activities within three topic areas

The publicly available Symbiont Genomes catalog is one of the most comprehensive guides to bacteria and archaea living in partnership with other organisms.

With a hands-on approach, we are able to offer our investigators unique strategies suited to a vast array of niche research specialities.

Genome-building with SynOMICS reveals hidden rules of the genetic code and opens doors to virus-proof, industrially useful bacteria.

Hear from Nadia Shakoor (Donald Danforth Plant Science Center), John Lovell (HudsonAlpha Institute for Biotechnology), and Jeremy Schmutz (head of the JGI’s Plant Program, HudsonAlpha) about how a sor...