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… that some of these genes have moved from the mitochondria into the nuclear genome over evolutionary time. They also … due to features like self-splicing introns and multiple genetic codes. Adding to the challenge, mitochondrial … search environmental data, they developed a two-stage metagenomic detection pipeline: First, they scanned over 26,000 …

… The Genome Insider podcast brings listeners into the science that the JGI makes … Wilhelm interviews researchers — JGI Users — and dives into their work on all kinds of organisms, from plants and …

… The focus of this group, in recent years, has been to bring generalizable technologies to bacteria, yeasts and algae previously with little to no genetic tools enabling heterologous expression and … which DNA-based molecules can be chromosomally integrated into a taxonomically diverse suite of microbial chassis …

… always wanted to write a book but it’s really hard to break into that area. I mean you have to secure an agent and … without giving any benefit back to the owners of that genetic material? So this is also relevant to bacteria. If … I think on COVID that we’re getting ready to submit for publication and have found some interesting hits for that as …

… The User Support Analysis group provides computational analysis for new … focus areas being genome variation, transcriptomics and epigenomics. Our work varies in scope from the development of … ‘proof-of principle’ research projects to demonstrate new genomic capabilities. Our group also performs ‘proof-of …

… soil health. Summary Soil viruses are a reservoir of genetic diversity and capable of transferring genes from one … impact on the microbial communities within soil. Using metagenomics, scientists can shed light on hidden components, … X-rays.  This study only begins to unearth the insights to be found within soil viruses and AMGs. It could …