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… analysis as well as improving metagenome assemblies. Q&A from the Webinar: Input & sequencing Q(uestion): How much … A:  DNA modification detection can only be performed from “regular” PacBio, since the low-input protocol involves …

… are sources of natural products, and have potential as biofuel feedstocks. Understanding the genetic underpinnings … and what they do. Summary The name PhycoCosm stems from the Greek phykos, meaning seaweed. Seaweeds are algae, … data are available, a user can also analyze gene expression from published experiments; study DNA methylation, which …

… a sprawling metropolis — an overwhelming challenge due to technical limitations and the sheer complexity of plant … with smaller genomes, such as bacteria and certain fungi. Scaling the technology’s availability to users is a … developing genome-scale engineering technologies to produce biofuels and bioproducts. “We developed these methods and …

… entities that seek to replicate themselves and spread from cell to cell. Two of the most common forms of MGEs are … A software tool  recently described in  Nature Biotechnology  called geNomad identifies and classifies MGEs … framework that combines and builds on two standard techniques for identifying viruses and plasmids. Until now, …

… and viral genomes, as well as genomes sampled all at once from the same environment, called metagenomes. Why? Simon … gauntlet of other cell defenses that could prevent viruses from successfully replicating, even if they managed to enter … resource (award DEB170007), and through a Challenge Grant from the California NanoSystems Institute at the University …