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… and evolutionary genomics .” Understanding the nature and genetic basis of functional traits in sphagnum growth and … CSP proposal. The researchers found that these species encode a sulfate reduction pathway, but also have genes for …

… their tool before felling their research problem: at a genetic level, how does  Y. lipolytica work? The project was …

… is a technique researchers can use to integrate large genetic payloads directly into diverse microbes. Combining …

… fungal natural products, O’Malley and her team plan to use genetic tools to boost production and isolate the compounds. …

… They screened panels of hundreds of maize lines for genetic variation in the ability make zealexins, and …

… methods, researchers have shed light on the genetic makeup of new giant viruses. This review highlights …

… reference genome and releases it to the community. 2014: GENCODE project begins. To support growing sorghum and other C4 … each variety stores sugars and sequesters carbon. 2015: Epigenetic Control of Drought Tolerance in Sorghum (EPICON) … over 50 other diverse sorghum genomes. Deep sequencing and genetic linkage analysis improve the genome’s accuracy, and …

… Robert Bowers . She contributed to the analysis of mobile genetic elements across all of the metagenomes. Learn more …

… Streptomyces are nature's chemical factories. They hold genetic blueprints for dozens of complex compounds, but stay … The instructions for building each compound are encoded in a dedicated set of genes called a biosynthetic gene … the power of combining multiple omics methods to decode how microbes control chemical production. These efforts …

… Dr. Mouncey has a long-standing interest in microbial genetics that started with his education and carried forward … Jensen, R. O. et al. 2024. Phylogenomics and genetic analysis of solvent-producing Clostridium species. …