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… Tracing gene regulatory networks in the model fungus  Neurospora crassa . The Science A team led by researchers at the University of California, Berkeley used a multi-omics approach to reconstruct and model gene … degrade the plant biomass. In order to learn more about these regulatory networks in the model fungus  N. …

… began in late 2013, when a large patch of warm ocean water about a third the size of the United States began forming in … (DOE) Joint Genome Institute (JGI), a DOE Office of Science User Facility located at Lawrence Berkeley National … through the Community Science Program . The proposal focuses on uncovering the metabolic networks involved in carbon …

… compared the genomes of fungi that colonize Arabidopsis thaliana roots with genomes from other … fungi can form such symbiotic partnerships. To learn more about these other plant-fungal relationships, an … (DOE) Joint Genome Institute (JGI), a DOE Office of Science User Facility located at Lawrence Berkeley National …

… development, dozens of reference genomes and thousands of resequenced sorghum varieties, a resource for … offers avenues for translating its strengths into other crops for biofuels and bioproducts. Historically, work on … how we think of things that we thought we knew everything about,” said Lovell.  In future work, a pangenome offers …

… (DOE) Joint Genome Institute, a DOE Office of Science User Facility. This year, the 12th JGI-UC Merced cohort … UC Merced interns attended professional development workshops on science communication and technical writing while … video below to see what some of the interns had to say about their time at the lab. …

… amount of biomass which could then be converted into sustainable biofuels . For its importance to the DOE mission, … productivity across 1,100 miles and eight states. In 2021, using switchgrass samples from these gardens, a team led by … At the 2021 JGI Annual Meeting, David Lowry talked about a multi-year study his student conducted involving …

… are carbon-fixing microbes and targets of multiple viruses in Earth’s deep subsurface. They are abundant … ecosystems. A team of researchers described how the viruses repeatedly attempted to infect and destroy the host … Berkeley National Laboratory (Berkeley Lab). To learn more about how microbial populations respond to virus infections, …

… resources to build up Sphagnum as a plant model system focused on carbon cycling studies, rather than for food or fuel … is estimated to be larger than any other single plant genus. Peatlands accumulate partially decomposed matter, and researchers estimate that they hold about 25 percent of the world’s soil carbon. In high …

… is a prized ornamental and a bioenergy plant? Meet Miscanthus , an attractive addition to your garden and a potential … competitive in the market, both energy policy and Miscanthus will need some upgrades. In this episode, hear from scientists working on understanding Miscanthus biology and the economic terrain to help make the plant a …

… be single bacterial cells, visible to the naked eye. The unusual size is notable because bacteria aren’t usually … explained. “This kind of discovery opens new questions about bacterial morphotypes that have never been studied … were plentiful in the single cells. The team learned about the cell’s genomic complexity. As Volland noted, “The …

… includes 10 affiliated with the JGI . The 2019 list focused on Highly Cited Papers, defined in the Methodology … gradient across the United States. Go here to learn more about the project . Igor Grigoriev and Asaf Salamov were … genomes of more than 300 Aspergillus Go here to learn more about the project. Natalia Ivanova, Nikos Kyrpides, Susannah …

… .) This plan aligns the DOE Office of Science user facility with broader national efforts to promote and … of holding JGI-internal leadership and planning workshops, as well as collecting extensive input from all JGI … support of our goals,” said Mouncey. “Creating transparency about our efforts is critical for enabling complementary and …