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… carbon cycling in coastal mangroves. His work centers on samples collected on Mud Island – “it’s essentially a mud …

Her research focus is genetically engineering the plant cell wall to address dairy sustainability challenges. She’s …

… crops. Additionally, cotton is almost entirely made up of cellulose and it is a fiber model to understand the molecular development of cellulose. Cotton Genomes on Phytozome The genomes of all … genomes. They are annotated with the JGI Plant Annotation pipeline, which provides high quality comparisons of these …

… from thousands of ecologically diverse metagenomics samples. The work is supported by NIH Common Fund grant … developed for JGI-enabled research involving environmental samples to help uncover the phylogenetic diversity of the …

… the genes for both pathways had never been observed in a single microbial population until now. Ca.   M. …

… of Science National User Facilities , with the stroke of a single proposal. The next step for the team was to try to …

… ( 2017 ), have identified many more genes than found in the single reference genome, including traits useful for …

Underground Research Laboratory, Hokkaido, Japan. From samples of both environments, they used fluorescence  in …

… analyses across the genomes of multiple species in a single experiment. “Effectively, you can identify conserved … could be useful for industrial biofuel production, and multicellular development. “DAP-Seq is the main source of …

… the Baker lab to study microbial communities from sediment samples across spatial and temporal scales. Rambo also plans …

… absorbable solution of sugars. But pollen contains plant cell walls, which have complex, branching chains of polysaccharides called pectin and hemicellulose. While these two polysaccharides can yield sugar … microbiomes. Researchers found that pollen’s pectin and hemicellulose are degraded mainly by just two clades:  …