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… 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 …

… its seeds attached when picked. Wild plants will ‘shatter’ their seeds off a stem to distribute them, but domesticated …

… organisms, 5mC is an important piece of how they regulate their genomes, but is not well understood in fungi. A team …

… in the genus Lentinula   The Science Shiitake mushrooms get their name from the same place they often source their nutrients — the shii tree, a Japanese relative of the … molecule, lignin. Understanding Lentinula genomes and their evolution could provide strategies for converting …

… algae. Scientists can use PhycoCosm’s genome browser to see their favorite alga’s predicted genes and their organization, and analyze genes in the nucleus and … and contribute to it. And for those still needing their algae sequenced, Grigoriev and Kuo recommend they …