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… cycles. The information gained from understanding the interactions between microbes, hosts, and their environments …

… from gut microbes — the bacteria and archaea breaking down plant matter. So since 2010, the JGI has supported …

… soybean rust disease. Soybean itself is a  JGI Flagship plant genome , and JGI  published its genome sequence in …

… crop that very efficiently converts solar energy into plant biomass, which can then be crushed to extract the … be further purified to produce alternative biofuels. A C4 plant like sorghum and maize, sugarcane can grow on nutrient-poorer soils and does not need to be planted annually. The modern sugarcane cultivars are …

… work included investigating sphagnum moss and the role the plant’s sex plays in its resiliency, as well as a Nature Plants study identifying colonization patterns in eelgrass . … fungi’s ability to break down lignin , the hardiest of plant components and a key barrier when breaking down …

… of friends, while another might exhibit few limitations to interactions and new connections, thus sharing more ideas, …

… at least double.  “As we keep on adding more samples, we’re getting more protein families,” Kyrpides said. “In a few …

… And since microbial genomes are simpler to model than large plant or animal genomes, they are a good starting point to … efforts to build predictive models for the behaviors and interactions of complex systems.  One of its key innovations …

… and their evolution could provide strategies for converting plant waste into sugars for  biofuel production. … across species. Specifically, many species had very similar plant cell wall degrading enzymes (PCWDEs), including …

… who represent the scientific areas of plant genomics, DNA synthesis and metabolomics, …

… launched last year, it was only accessible through the plant portal  Phytozome . Now the portal offers a way for … limited to accessing data sets within groups, such as plants (via Phytozome) or fungi ( MycoCosm ). “We have made …