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… This webinar focused on how the JGI employs single-molecule, long-read DNA sequences to aid with genome assembly and transcriptome analysis of microbial, fungal, and plant … Q&A from the Webinar: Input & sequencing Q(uestion): How much DNA is needed for “regular” vs the ultra-low input …

… Understanding how a fundamental mechanism of evolution allows microbes to adapt to changing … been found in other viruses, bacteria, and archaea. But how widely distributed they are, and the roles that they … Foundation’s XSEDE computing resource (award DEB170007), and through a Challenge Grant from the California …

… How sex chromosomes “older than dinosaurs” could help improve crop yields.  The Science … could benefit candidate biofuel crops. Summary On the TV show “Antiques Roadshow,” the guests are often both surprised … This work was supported by NSF DEB-1541005 and start-up funds from UF to S.F.M.; microMORPH …

… a proof-of-concept study in which researchers paired CRISPR and CRAGE technologies. While CRISPR (Clustered Regularly … that quickly kill the host. Understanding exactly how P. luminescens and its secondary metabolites work could … researchers to delete or activate certain genes and assess how these edits affect functionality.  CRAGE allows for the …

… floor. Within the soil, a microbiome of bacteria, viruses and fungi process carbon and nitrogen, paving the way for future plants and trees to grow. However, fire changes the microbes within the soil. To get a clearer picture of how burned ecosystems return to health, researchers have …