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… author of this paper and a graduate researcher at the Joint BioEnergy Institute (JBEI). Cole led the work in … This team quantified the expression of over 12,000 fungal genes, in addition to associated plant genes.  Hear more … look at arbuscular mycorrhizal symbiosis in other bioenergy grasses, like sorghum and switchgrass. We’re optimizing …

The Science Enabled by the JGI’s Community Science Program (CSP), researchers are developing a number of resources to … .” Understanding the nature and genetic basis of functional traits in sphagnum growth and decomposition is critical to … species encode a sulfate reduction pathway, but also have genes for sulfide oxidation. The findings lead them to …

… that can’t live without their host. They have no extra genes hanging around, they still dedicate 20-30% of their … with JGI to do genome sequencing, so to look for the genes that are involved in putting antibiotics together, … how biosynthetic gene clusters – those are those suites of genes involved in making antibiotics and secondary …

… paper , researchers focused on the full composition of genes, or pangenome, of the model plant  Marchantia … complex plants that could be applied toward DOE-relevant bioenergy and environmental interests.  Summary As the … Research Council under the European Union’s Horizon 2020 research and innovation program (grant agreement no. …

… of flowering plants multiply. Over time, plants lose many genes after such events, returning their genomes to a … many plants, including agricultural staples and candidate bioenergy feedstock crops, are recent polyploids. Crop … National Laboratory (Berkeley Lab), relied on a model grass system for answers. Their work  recently appeared in  …