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… find any new genomes, new areas or regions or loci, that encode for new, truly chemical dark matter BGCs. That’s the … is part of that particular pathway. So all these BGCs encode between 80-90% of all known genes. Or genes that you … So we had a series of criteria to say this is a bunch of genetic material that exists in one copy, and it is …

… microbial lineages, and reconstruct metabolic properties encoded within those genomes. Our aim is to more fully capture … into microbial genomes, which is of fundamental value to improving our understanding of microbial ecology and … This process enables our users to explore the genetic makeup of microbial communities, shedding light on …

… Program uses advanced sequencing technologies to decode the genomes of microbes in their natural environments. … along with their associated viruses and mobile genetic elements. Beyond exploring and characterizing … of viral, microbial, and microeukaryote genomes and mobile genetic elements, linked to custom interfaces and …

… a timeline like this, researchers would normally craft a genetic clock based on its divergence with a  different … researchers to use the genome assembly to calibrate their genetic clock.  Various researchers around the globe were each working on their own genetic clock to discover when eelgrass established itself …

… of it. So it wasn’t only chemistry or only biochemistry or genetics. It was also ecology. It was also evolution. It was … my PhD, I was mainly working in the lab, right? I was doing genetics, and I was very much into biosynthesis of these … And then we’re building phylogenies a lot, making phylogenetic trees, and then trying to see if the trees make …

… The Micro-Scale Applications group explores the genetic makeup of natural microbial communities using a …

… to bacteria, yeasts and algae previously with little to no genetic tools enabling heterologous expression and …

… for culturing, and then of course using modern phylogenetic tools measuring genes, the 16S gene, and comparing …