R. Green S. A. / Protein Data Bank / Lawrence Berkeley National Laboratory / P. Khaitovich A. S. / Herbig Ae / G. W. Muth S. A. / /
Country
Germany / United States / Italy / / /
Facility
Planck Institute / bridge B3 / bridge B7a / bridge B6 / In bridge B3 / University of Arizona / bridge B2c / Steward Observatory / Astrobiology Institute / Bridge B4 / eEF2-sardorin complex / Free University of Berlin / University of California / bridge B1a / Bridge B2a / /
IndustryTerm
active site / interface solvation network / exit tRNA binding site / dust processing / divalent metal ions / Online Material / Substantial dust processing / mRNA decoding site / chemical modification / 23S rRNA binding site / magnesium ion binding site / /
OperatingSystem
Fermi / /
Organization
National Cancer Institute / National Institute of Health / Movement of the L11 / 2NASA Astrobiology Institute / U.S. Department of Energy / NASA Ames Research Center / 3Max Planck Institute for Astronomy / Free University of Berlin / University of California / Berkeley / University of Arizona / Instituto Nazionale di Astrofisica / tRNA / Department of Chemistry / /
Person
P. Adams / V / Ilaria Pascucci / M. J. Tarry / V / Nat / A. V. Zavialov / V / F. V. Murphy / V / Jamie H. Doudna / Barbara S. Schuwirth / Maria A. Borovinskaya / /
RESEARCH ARTICLE Structures of the Bacterial Ribosome at 3.5 A˚ Resolution Barbara S. Schuwirth,1,4* Maria A. Borovinskaya,3* ´n Vila-Sanjurjo,3 Cathy W. Hau,2 Wen Zhang,1 Anto