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… had a high throughput screening platform where we’d look at 10,000, 15,000, 20,000 mutants a week. We started doing a … to market or a new plant right to market takes about 10 years. Costs are in the range of $100 to $120 million to do that.  DAN: OK. So about the same …

… proposals reflect JGI’s interest in algal research for bioenergy production and algae’s roles in nutrient cycling, … with 600 instructors worldwide who work with more than 10,000 undergraduate students each year. Brian Looney of … is a  JGI Flagship Plant , of interest as a candidate  bioenergy feedstock . John McKay of Colorado State …

… Biological and Environmental Research (BER) initiatives in bioenergy crop improvement and terrestrial carbon … proposes to develop high quality reference genomes for 10 individuals from each of the following five species:  …

… and Oregon. The cuttings included genotypes from the DOE BioEnergy Science Center (BESC), predecessor of  DOE’s Center for Bioenergy Innovation (CBI) at Oak Ridge National Laboratory. … and National Science Foundation (concept ID 10.13039/100000001; grant number DEB 1737898). …

… project goals range from engineering drought-tolerant woody bioenergy crops through transcriptional network mapping, …

… of Energy (DOE) also considers this to be a candidate bioenergy crop for its potential production of biomass on … site and then collect and process the samples starting at 10am Pacific time. JGI researchers helped develop the … datasets. The results from the first year showed that 10,727 genes or 44% of expressed genes respond to drought …

… on dead wood decomposition. She’s also participated in the 1000 Fungal Genomes Project and has an interest in … Wisconsin-Madison and a co-investigator in the Great Lakes Bioenergy Research Center. Her research focus is genetically … for others and being a liaison to her institution and Bioenergy Research Centers. Sogin is a microbial ecologist …

… % Goal   FY 2025 Total   700.0 1,144.186 163% 8,585 8,640 100.6% Q1 2025 175 190.304 109% 2,164 2,136 98.7% Q2 2025 175 152.100 87% 2,117 2,112 99.8% Q3 2025 175 309.533 177% 2,140 …

… quite have the spatial resolution at tens of microns or 100 microns, whatever you want to call it. But NanoSIMS can … not mixing the tracer with the CO2 produced at the end. 10. Q:  Related to DNA-SIP, are there any special … target this density change equivalent to those found with >10% atom enrichment of 13C in your target organism in order …

… advancement holds the potential to expand opportunities for bioenergy and bioengineering applications. “We worked with 10 species ranging from grasses to broccoli and trees like … binding maps for 360 transcription factors across 10 plant species, illuminating thousands of regulatory …

… ecogenomics. For this role, Dr. Roux can rely on more than 10 years of expertise in the fields of virus ecology and …

… many plants, including agricultural staples and candidate bioenergy feedstock crops, are recent polyploids. Crop … B. stacei and  B. distachyon , a relative of the candidate bioenergy crop switchgrass and a JGI Flagship Plant. All …