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… shows the pyramidalization of phosphines and predictive models that allow you to choose the right phosphine ligand … be able to use the same types of strategies to develop models. One of our limitations right now aside from having a … that needs to be taken into consideration in building these models. And so I think that one of the reasons I’m so …

… (Berkeley Lab) took on the Open Green Genome Initiative in 2018 as part of its Community Science Program. The OGG has … through the OGG. For a long time, C-fern has served as a model for studying ferns and for teaching plant biology. It …

… has been doing work in secondary metabolism. The very first CSP I ever worked on back in Brad’s lab, we talked about it … was the Salinispora genome project. And that was a JGI CSP project. They sequenced that genome for us at a time …

… in enabling systems biology analyses, such as metabolic modeling, that go well beyond genome annotation and … and individual genomes to metagenomes to systems-level modeling and understanding. JGI and KBase are designated DOE …

… described in this webinar only offered through the CSP Functional Genomics call? A(nswer): It’s also possible … capabilities in other calls such as the  annual large-scale CSP call or through the  “Facilities Integrating …

Miscanthus  sequence offers insights into benefits of polyploidy and perenniality. The Science A reference genome … chromosomes of  Miscanthus arose by ancient hybridization (polyploidy) and insights into the dynamics of gene … biofuel grasses can be studied from simpler (and smaller) models,  Miscanthus has a large and complex genome whose …

Miscanthus  sequence offers insights into benefits of polyploidy and perenniality. The Science A reference genome … chromosomes of Miscanthus arose by ancient hybridization (polyploidy) and insights into the dynamics of gene … biofuel grasses can be studied from simpler (and smaller) models, Miscanthus has a large and complex genome whose …