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… that enable fungi and algae to play a vital role in carbon cycling, biodegradation and biogeochemistry. This … play a critical role in ecological processes such as carbon cycling, biodegradation and biogeochemistry. The … that have direct applications in bioenergy production, carbon management, and environmental sustainability. Fungi, …

… on DNA sequencing and synthetic biology. But also the metagenomics and gut microbiome, as I think that it’s like a … compounds, Alison. They are – if you can imagine – two carbons in a triple bond attached to two carbons in a double … enediynes to the market in 2001 with a drug called Mylotag. Wyeth was later acquired by Pfizer in 2009. So, a …

… environmental challenges, such as improving soil health, carbon sequestration and bioeconomy applications. The … Program supports innovations in sustainable agriculture, carbon sequestration and biotechnology. … and archaeal lineages to improve phylogenetic analysis, metagenomic annotations, and function distribution. These are …

… of the product and deliverables as well as target cycle times from sample receipt to completion of standard … Scientific Program Product Description Deliverables Cycle Time FY25 Q1  (median/75th percentile*) DNA Synthesis … metabolites and unidentified features in spectra. 167/214 Metagenome Metatranscriptome Environmental transcript sequence …

… about. He works with methylotrophs, which are a group of carbon-fixing bacteria that I would say are are still fairly … bound to it and maybe there will be some a affinity tag or a fluorescent tag, and so you can use that as a readout of activity. And I … University of Utah’s Chemistry Department. We talked about carbon-fixing methylotrophs, quorum sensing, and inverse …

… The Metagenome Program uses advanced sequencing technologies to … and characterizing microbial diversity, work in the Metagenome Program uses several experimental approaches to … The Metagenome Program focuses on the high-throughput sequencing … communities contribute to critical processes such as carbon cycling, nutrient cycling, and energy flow. One of …

… global challenges by exploring plants’ role in capturing carbon, detoxifying soils, interacting with other organisms, … energy into chemical energy — and its implications for carbon sequestration, renewable energy and agricultural … terrestrial plants and phytoplankton capture atmospheric carbon, helping to regulate Earth's carbon balance, to …

… a mixture of, for example, metatranscriptome sequencing, metagenomics, single cell genomics. We even do the flow … and work within the DOE emission space of bioenergy, carbon cycling, biogeochemistry, bioproducts. So we cannot … after the initiation call. But throughout the whole lifecycle of the proposal, it’s a very collaborative process …

… Microbial contributions to soil carbon storage during simulated range shifts of plant-fungal … of simplified soil communities with high and low carbon use efficiency across differing moisture treatments …

… The JGI supports the entire data life cycle — from experimental design to reuse. Armed with the …

… and software. The JGI supports the entire data life cycle, and embeds metadata and its curation in our core …

… other-- DAN: True. BETSY PARKINSON: --aspects of the life cycle, but we're just particularly interested in their … allow that to bind. Your receptor also typically has some tag so that you can then pull down the receptor with that …