Boca Raton / Aminov / Lyngby / Washington / DC / L. A. / Norwich / Hørsholm / St. Louis / /
Company
Lundbeck / M.O.A.S. / Renewable Energy / GenBank / GE / CRC Press / C. Winstanley S. A. / /
Country
United States / United Kingdom / Denmark / / /
Facility
National Center / Howard Hughes Medical Institute / Washington University / University of Illinois / Children’s Discovery Institute / Greenhouse Gases / Genome Technology Access Center / National Institute of General Medical Sciences / Technical University of Denmark / University School / /
IndustryTerm
minimal and rich media / marine systems / basic local alignment search tool / /
Technical University of Denmark / National Institute of Health / Washington University in St. Louis / 5Novo Nordisk Foundation Center for Biosustainability / National Science Foundation / American Society for Microbiology / Department of Molecular Microbiology / National Institute of General Medical Sciences / PE PI / University of Illinois / National Center for Biotechnology Information / Washington University School of Medicine / Center for Genome Sciences and Systems Biology / European Union / P. / Howard Hughes Medical Institute / Department of Pathology and Immunology / /
Person
Ruth Ferstl / S. B. Levy / Nat / Anne Krüger / Kevin J. Forsberg / P. S. McManus / V / Alejandro Reyes / Andreas Kaufmann / Marina Oldenburg / /
REPORTS ysis to the deeper ocean should be viewed with some skepticism. Nevertheless, the upper 200 m of the world’s oceans are thought to contain ~3.6 × 1028 microbial cells, with an average generation time of ~2 wee