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… of anything that’s relevant to the Department of Energy and their mission. And for a long time, I think, we’ve just been … expanding the diversity of known secondary metabolites and their biosynthetic clusters. How can we basically express …

… set up a broad experiment to compare results between labs. Their labs, as well as Pett-Ridge’s group, will assemble …

… educators are partnering with the JGI and KBase to tap into their existing infrastructures and technologies, enabling … to the global research community.  KBase has developed their own educational program in parallel to Myco-Ed: …

… extreme temperature and salinity conditions, understanding their adaptations offers insights into microbial evolution, … have been studying the haloarchaea that thrive in the very salty waters of Deep Lake to better understand how they’ve …

… is a central repository, which has all the structures and their corresponding gene clusters, and their MS and MS-MS data under a huge range of different acquisition conditions and their raw NMR data, and their bioactivity data and so on and …

… Microbes excel at recycling the abundant miscellanea of their surroundings. Case in point: for us, the smell of the … simply signals we’re near the beach. For bacteria, that salty, slightly stinky air is a rich source of the sulfur … Reductase (MAR) in host bacteria Rhodospirillum rubrum . Their work in Nature Catalysis details an enzyme system that …

… Tree National Park, despite extremely harsh conditions. And their survival secrets could one day help other organisms …

… However, we don’t do this because they typically contain salts and other contaminants that interfere with …

… of a JGI-supported project studying the world’s rivers and their microbial communities. He’s focusing on the Arkansas … how do they adapt by changing what macromolecules are in their biomass, because that affects the quality of the food …