Moscow / Overcome Ribosome / Ottawa / Boston / New York / Madison / Auckland / Louis / SKRIPKIN ET / Providence / New Haven / St. Louis / /
Company
American Radiolabeled Chemicals Inc. / Protein Data Bank / Discovery Biology / D. A. Ulanowicz S. A. / GraphPad Software Inc. / Oxford University Press / Franceschi* Rib-X Pharmaceuticals Inc. / Wilson / K. B. Waites S. A. / Medicinal Chemistry / Structure Based Drug Design / Bio-Rad / Rib-X Pharmaceuticals Inc. / H. A. S. / /
Country
Netherlands / Russia / Jordan / United States / Canada / United Kingdom / /
Currency
pence / USD / / /
Event
FDA Phase / /
Facility
Institute of New Antibiotics / J. R. Weir / Brown University / University of Pittsburgh School / N terminus / Beth Israel Deaconess Medical Center / / /
IndustryTerm
active site / ribosome binding site / chloramphenicol binding site / chemical protection experiments / chemical and enzymatic probing / chemical modification / Chemical structures / oxazolidinone binding site / ribosomal machinery / energy analysis / chemical classes / chemical modifications / /
Organization
Brown University / American Society for Microbiology / Beth Israel Deaconess Medical Center / Institute of New Antibiotics / University of Pittsburgh School of Medicine / FDA / Oxford University / /
Person
Joyce Sutcliffe / R. N. Jones / R. Charlesworth / P. Della-Latta / Joseph A. Ippolito / Timothy S. McConnell / L. V. Lee / Joseph DeVito / † Laura / Laura Lawrence / T. R. Fritsche / Joseph DeVito / D. J. Farrell / Erin M. Duffy / M. Robbins / R. Walesby / Robert Moellering / Jr. / D. J. Biedenbach / J. A. Andrews / François Franceschi Antimicrob / Eugene Skripkin / † Timothy / Timothy S. McConnell / † Joseph / J. E. Ross / M. Singer / H. S. Sader / Eugene Skripkin / / /
Position
D. J. / Corresponding author / R. N. / Singer / D. J. / designer / reporter / Singer / /
Product
linezolid / C5 / 50S / acetic acid / Chloramphenicol / this / S. / Promega / /