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… A workflow for capturing the genetic make-up of specific uncultivated microbes from … The Impact Despite great strides in generating genome sequences for members of the microbial world through bulk … chain reaction fluorescence in situ hybridization (HCR-FISH). In contrast to standard FISH where a one probe adds …

… first legume species with a published complete draft genome sequence. At the time, the vital global source of both … times, including a number of projects that point to the potential of seed oils as biofuel. After analyzing the … 50 million Mb, or megabases, in size). So, the JGI helped a consortium of researchers from various institutions, …

… and the microalga,  Asterochloris glomerata . To see how gene expression changes when living together versus apart, … nitrocellulose filters in Petri dishes. The scientists also sequenced the fungus and photobiont’s genomes and compared … The study’s transcriptomic data also identified many genes potentially important for the symbiosis, including those …

… Elucidating Sphagnum microbiome genetic interactions for improved growth at elevated … strategies in a cosmopolitan and abundant soil bacterium: genetic microdiversity or core metabolic flexibility? … Elucidation of the gene regulatory networks governing terpenoid-mediated plant …

… massive comparative genomics to decode millions of mystery genes and lay a future-ready foundation     Over the past … about 200,000 fungal species have been named. Among those sequenced, roughly half of all genes have completely unknown … citizen scientists and the fungal scientific community as "potential routes to improve representation and understanding …

… drought conditions. The field experiment is led by a consortium involving researchers from the University of … considers this to be a candidate bioenergy crop for its potential production of biomass on marginal lands not usable … conventional food crops. For that reason, its genome was sequenced by the JGI in 2009 and it is considered to be …