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The “Great Plate-Count Anomaly” first described by Stanley and Konopa in 1985, which highlights our skewed … genomes are critical to serve as phylogenetic anchors for metagenomes studies.  While uncovering the metabolic potential … virus diversity and host interactions through global metagenomics.” Nature 578(7795): 432-436 (2020). Seshadri R., …

… system. [ Go here to learn more about Cameron Currie’s metagenomics research, enabled in part by JGI’s Community … have something to do with it. We saw hints of a rare advantage. So if you’re not the most popular pathogen, you can … whether it be you know, fighting with each other through antagonism or working synergistically or just tolerating each …

… on DNA sequencing and synthetic biology. But also the metagenomics and gut microbiome, as I think that it’s like a … enediynes to the market in 2001 with a drug called Mylotag. Wyeth was later acquired by Pfizer in 2009. So, a … have to think about a scientific discovery, the two major stages. So one is called “discovery”, one is called …

… a more systematic picture through single-cell and metagenomic sequencing. A team co-led by Mária Džunková, … the virus in 34 hosts or 26 percent of the single cells. Metagenomics sequencing then allowed the team to ask, for the … the strategy of lysogeny. The ability of the virus to tag along with the host has earned this strategy a riff, …

… that easily can identify secondary metabolite pathways in metagenomes, which is still hard to do. We are mining a lot of … of secondary metabolite pathways as viewed through metagenome studies, and what more JGI and others can do to …

… tree and became incorporated. And because it had some advantage to the tree – it almost certainly, you know, prevents …

… the fungal farms from other fungus that want to take advantage of that resource. So in those type of situations, what … and so on. So I have the feeling that we are just at the stage in which synthetic biology could be making secondary …