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… zu Berlin   has developed an atlas that maps gene expression patterns in the  Arabidopsis root, profiling nearly 100,000 single root cells and combining the information with previously published datasets. The work was  … Phytozome and will be available for future single-cell projects.” The Berkeley Lab  Biosciences Area has been …

… hitchhikers. These organisms are abundant and yet exceptionally small, with mini genomes to match. As a result, they … to survive. To fill in their nutrient gaps, they must latch onto a larger host — often, a fellow archaeal microbe. … hitchhikers coexist is key for understanding their impact on wider ecosystems, but these symbiotic interactions are …

… number of notable achievements that showcase our collaborations and capabilities to enable great science that will help solve energy and environmental challenges.   Usually, plants have the upper hand … into biochemical production.    Over time, as these projects have delivered results, they have also snowballed …

A nuanced understanding of peat moss drives insight into carbon storage   The Science Boggy peatlands, which hold much of the Earth’s carbon as well as material that can be converted to energy, are made up heavily of sphagnum mosses.  …

… a family of compounds that protects it against infections — using surprisingly few enzymes. The Science Maize ( … protect maize by fending off fungal and microbial infections. Scientists had assumed that maize synthesizes these … compounds via clear, straight pathways, entailing the function of more than a dozen enzymes. But researchers have now …

… of Science User Facility located at Lawrence Berkeley National Laboratory, are sharing their expertise in environmental genomics by writing for the column Genome Watch in  … As such, JGI is involved in a broad variety of genomics projects that relate to energy and the environment.” she …