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… of Energy (DOE) interests, this advancement holds the potential to expand opportunities for bioenergy and bioengineering applications. “We worked … developing genome-scale engineering technologies to produce biofuels and bioproducts. “We developed these methods and …

… the DOE Joint Genome Institute in 2010. As the Deputy for Science Programs, he focuses on the development and … in Hanover, Germany, where he developed novel tools for large-scale in situ gene expression analysis in … novel computational and experimental sequence-based methods for elucidating the gene regulatory landscape of vertebrate …

… Clarivate Analytics, formerly the IP & Science arm of Thomson Reuters, has … section as “those that rank in the top 1% by citations for papers published and cited between 2008-2018.” Less than … fungi play important roles in areas ranging from industrial production to agricultural plant pathogens. Reported in …

… protein. Researchers demonstrated the efficacy and potential of regulon identification by in vitro … regulation is critical to ensuring genes vital for growth and survival across various environments are … While characterizing sigma factors is the most straightforward application of the technology, in principle, …

… of 2020, selected from 118 nominees. The selection process for AAM Fellows is based on their records of scientific … leaders in the field of microbiology and are relied upon for authoritative advice and insight on critical issues in … space grew from 123,000 to over 900,000 proteins, and virus diversity in this group expanded 10-fold, offering the …

… Nov. 2: Getting Credit for Scientific Contributions of Any Size What is considered … establishing a professional presence through getting credit for any scientific contribution they make, whether as part of a course or internship, and before ever publishing a research article. Speakers will …

… again how did you pick genomes to be on the genomes portal? For the taxa I work on, there are 7 genomes on NCBI but your portal has only 2 of them. A: Watch the video (above) for the answer provided by Sara 4.  Q(uestion): Are all CSP … pipeline then added to PhycoCosm (if relevant)? A:  For every genome that we sequence, we provide full analysis …

… this page as further details become available. Sign up for our newsletter to receive updates.    …

… it no longer looks or quacks like one, is it still a duck? For a team led by researchers from The Ohio State University … on the global nutrient cycles regulated by their hosts. For example, microbes that capture and store carbon in the … As part of efforts to characterize global microbial diversity with an aim to improve predictive ecosystems …

… Nobel Laureate Jennifer Doudna of the University of California, Berkeley and Berkeley Lab, who discussed the … and how understanding these genes has helped pave the way for the conception of a pangenome. Recordings and recaps of … a species that hold clues for maximizing the genetic code’s potential. And those clues hinge on TEs: Where are they, …

… to carbon cycling.  The Science Through a collaborative effort, researchers have identified a protein in soil viruses … health. Summary Soil viruses are a reservoir of genetic diversity and capable of transferring genes from one host … only to cellulose.  Chitin is also a common food source for microbes living within soil. So, the chitosanase protein …