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… reductase system, researchers could open avenues for using bacteria to produce ethylene and more.  Microbes excel … miscellanea of their surroundings. Case in point: for us, the smell of the ocean simply signals we’re near the … — other enzymatic machinery harvests sulfur from gaseous organic sulfur compounds in the atmosphere.  Beyond …

… from plants, microorganisms, and environmental samples using targeted and untargeted approaches. The webinar … would depend on the sample. However, we don’t do this because they typically contain salts and other contaminants that … proposal calls, projects can request up to 50 polar and 150 nonpolar metabolomics analyses. For the other calls, we …

… allowed them to:  Learn new skills. Experience industry-level work and coding. Receive mentorship, network and …

… fall for my master’s in plant soil science and my career focus is plant breeding. Ti’Yanna Watson: My mentor is Dr. Yi … in molecular biology and plant functional genomics, because this work is essential for improving crop resilience … at any opportunity that they have. Any questions that I may have, everyone has been able to jump to and assist me in …

… In the summer of 2015, Adam Session was a postdoc working at the DOE Joint … and researchers predict how crops and model organisms may evolve.  Determining the genetic codes of plants is often challenging because in many plants chromosomes are present in more than two …

… energy and environmental challenges. While a hill of beans may not seem to amount to much, the common bean (Phaseolus vulgaris) is actually a vital source of protein in many … the common bean. That work was published online June 8, 2014 in the journal Nature Genetics . “Common beans are a …

… of STEM teaching & learning. Their coursework focuses on STEM pedagogy, educational theory and promoting diversity, equity, and inclusion, with concurrent field work in local classrooms and … as well as a unique opportunity to complete a California K-12 science or math teaching credential as an undergraduate …

… Since 2019 Dr. Blaby heads the Biodesign Platform at the Joint Genome Institute, where he leads three groups focused on HTP DNA design and assembly, strain engineering and … a group lead at Brookhaven National Laboratory where he focused on functional genomics of phototrophs. Through this and …

…   To understand virus-host dynamics, computation helps fill in what cultivation can’t. The Science At first, viruses are merely toolkits. To do anything, they must find a … these different routes. To train the model, the team used 1,870 known virus-host pairs to generate a matrix of data …

… of the National Academy of Sciences . The team focused on the dominant bacterial clades shared between honey … pollen’s pectin and hemicellulose are degraded mainly by just two clades:  Gilliamella,  which mostly resides in the … why the strain variability? The authors think the reason may be that polysaccharide-degrading enzymes are secreted. …

… workshop, Volkan Sevim, a computational biologist at the US Department of Energy (DOE) Joint Genome Institute (JGI), … similarities in proteins that low sequence identity may belie. The technology he’s using is magical; transform … is part of the JGI Genome R&D Group and is one of more than 100 scientists and systems engineers involved in …

… partnerships to offer new capabilities and resources to users through a BER data ecosystem.  A data ecosystem is a … and help unravel these complexities  This ecosystem serves users better in the following ways: Data integration is … by artificial intelligence and other tools. By bringing users together through our systems, we build far-reaching …