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… The program has been a pioneering effort in functional genomics since 2012, with a focus on addressing critical … Program plays a central role in advancing functional genomics, focusing on developing genetic systems that can … ICE and DIVA to rapidly design combinatorial construct variations. These constructs are subsequently synthesized …

… experiment types, with main focus areas being genome variation, transcriptomics and epigenomics. Our work varies in scope from the development of … ‘proof-of principle’ research projects to demonstrate new genomic capabilities. Our group also performs ‘proof-of …

… applications will focus on high-risk/high-payoff proposals within the focused topic areas that can be completed on an … provides customized analysis, the JGI also participates in publication of results. …

… and biogeochemistry. This research helps translate their genomic potential into practical applications, including … harnesses cutting-edge sequencing technologies and advanced genomic analysis to explore the rich diversity of fungi and … into bioenergy and bioproducts. The program’s fungal genomics research explores new metabolic processes and …

… most products have no gene cluster. So either both of those pools have to increase in size dramatically, or there has to … in that set, and how those unique molecules are distributed within the set, then it would be a lot easier to start to … Is it worth doing replicates? What do you do about variations in concentration? How do you design the …

… Energy Office of Science user facility, we provide advanced genomic capabilities, large-scale AI-ready data and … our people and resources. Our vision is to lead AI-driven genomic innovation to advance biotechnology.   … power innovation in energy, materials, and manufacturing. Genomic science lies at the heart of biology, providing the …

… (that’s LBL), the National Lab where JGI is located. And within the DOE is BER, which stands for Biological and … info about the CSP, FICUS, New Investigator and Functional Genomics calls. For my audience, all of these programs can … do the bioinformatics and to synthesize these results into publication? So there’s this really important because we …

… in environmental sequence data. We use multi-omics (metagenomics, metatranscriptomics, single cell genomics and phylogenomics) and machine learning to identify new divergent … reveals how these interactions shape ecosystem function, genomic innovation and environmental adaptation. …

… that had the protein domain. And then for every clade within that phylogeny it made its own Soc? Pfam model, so … of hooks into IMG’s data. IMG being Integrated Microbial Genomics at JGI, a large data set of bacterial genomes. And … And I think another key component is data integration with genomics with metabolomics and with transcriptomics because …

… of small molecules in biological systems, linking them with genomic data to enhance our understanding of genome science, … and ecosystems at the molecular level. Integrating genomics with metabolomics fuels the discovery  of novel … This program integrates cutting-edge metabolomics with genomic data to gain insights into how small molecules …

… my Peace Corps volunteer stint, and that it was in all the maize. So the main food that you ate was called Papa, which is this maize meal. And he was talking about how all this – … every environment you can think about.   DAN: What kind of genomic resources are available these days for the natural …