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… (e.g. sequenced mutant collections, transformation technology, epigenetic analysis techniques) and utilizing … and depletion of soil metabolites by a model grass New Phytologist 222: 1149-1160 …

… genomes, particularly from incredibly complex soil microbial communities, is crucial to understanding how these … ETOP mission of providing JGI users with the most current technology and expertise in order to address pressing energy … and interactions. Supported by JGI’s ETOP, this new tool will now be available for JGI users interested in …

… after his research interests shifted from condensed matter physics to computational biology, genomics and … Chair, Computational Biology, UC Berkeley 2012 Cotton Biotechnology Award, National Cotton Council 2009 Friday …

… The JGI’s Community Science Program gives researchers access to all kinds of sequencing, ‘omics and bioinformatics … career stage, anywhere in the world, for free. We accept new projects related to energy and the environment several …

… mycelium to acquire carbon from lignocellulosic-abundant matters such as plant litter and to incorporate the … and woods into the atmosphere, while increasing the organic matter and fertility of the soil. Morels (Morchella spp.) … to mobilize organic carbon from lignocellulosic-abundant matters such as fallen leaves and woods above forest soils. …

… DNA sequencing, synthesis, metabolomics, data analysis, and new technology developments – has advanced their work on the … at work around the globe Keynote Talk Title : “Wild Microbial Ecology” Microbial ecologist  Bruce Hungate , of …

… of rapidly growing plants whose biomass can be renewably converted into energy or biofuels. Although a member … of California, Berkeley and the HudsonAlpha Center for Biotechnology. Most plants are diploids with two copies of each … Miscanthus is dormant during the winter and grows anew the following spring without requiring replanting. …