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… to the way many organisms function, they have a sense of why nitrogen metabolisms can be so varied.  As evolution has … plant, fungi and animal. This analysis led them to identify 2,938 putative AT  genes. Within the AT genes identified … different Swiss Army knives — explaining a bit more about why and how nitrogen metabolism is so robust and varied.  …

Recent study shows eelgrass has been around about 2.5 million years less than previously believed.  The … locations.  One group investigated changes in protein sequences, while others analyzed single point mutations … Facility at Lawrence Berkeley National Laboratory, provided sequence resources — including the eelgrass genome assembly …

… is open year-round, but proposals submitted by September 21, 2020, will be included in the next review. Q&A from the … in their proposal as long as they’re staying under the sequence cap? A(nswer): Proposals that are looking at …

… of that machine — photosynthesizers’ DNA and RNA. These sequences provide a list of machine parts, and an idea of … and longtime JGI collaborator Sabeeha Merchant’s group. In 2011, they inventoried a swath of blueprints to find parts … the cell, Grosjean used the JGI-developed  guideRNA and Sequence Extraction Tool (gRNA-SeqRET) to produce knock-out …

… is a division of labor by these bacterial groups. But why the strain variability? The authors think the reason may …

… collaboration that produced the reference genome sequence for Eucalyptus grandis. Accessing recently burned …