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… decomposers that can break down all of wood’s components — cellulose, hemicellulose, and the toughest molecule, lignin. … species. Specifically, many species had very similar plant cell wall degrading enzymes (PCWDEs), including …

… and management best practices that have advanced the microbial sciences. The Prize also recognizes innovative and … has changed our understanding of the microbiome and the microbial sciences field. Roux will be recognized at the … His project, “Characterizing Virus-Driven Alterations of Microbial Metabolism in Model Soil Ecosystems,” uses a …

… Find a series of webinars related to our Integrated Microbial Genomics & Microbiomes portal. …

… Shari Larsen : I didn’t grow up with computers, and it seems like my younger counterparts are a little bit stronger … affected my future because I am a math person, I got to see kind of for the first time how people do science on both …

… SHATTERING1 . This gene controls whether a plant keeps its seeds attached when picked. Wild plants will ‘shatter’ their seeds off a stem to distribute them, but domesticated lines were selected to hang onto those seeds instead, effectively switching off the shattering …