SPRENCEL ET / Rochester / Tokyo / London / Rockford / Norman / /
Company
J. Reid S. P. / P. E. S. A. / A. J. Nowalk A. S. / Erithacus Software Ltd. / SLM / Ames / Pharmacia / Stephens / Cold Spring Harbor Laboratory / Zhenghua / /
Country
Japan / United States / United Kingdom / /
Currency
pence / USD / / /
Facility
A. Hall / Medical College of Wisconsin / University of Oklahoma / Nucleic Acid Shared Facility / National Institute of Genetics / University of California / / /
IndustryTerm
ferric siderophore uptake systems / iron acquisition systems / periplasmic binding protein-dependent systems / ligand-binding site / protein-dependent transport systems / energy-dependent cell envelope transport systems / transport systems / ferric siderophore transport systems / metal / cellular biosynthetic and metabolic systems / ligand-gated porin systems / protein solution / shock solution / energy-dependent outer membrane receptor protein / lipid attachment site / metal complexes / /
Organization
Institut Pasteur / University of Oklahoma / National Institute of Genetics / National Science Foundation / American Society for Microbiology / University of California / Berkeley / Medical College of Wisconsin / Department of Chemistry / Department of Chemistry and Biochemistry / /
Person
Nora Ivanoff / Charles Earhast / Nat / Zengbiao Qi / Marjorie A. Montague / Daniel C. Scott / Kenneth M. Raymond / Genet / Cathy Sprencel / Mark McIntosh / A. Charbit / V / Phillip E. Klebba / Bacterial / Jean Michel Betton / / /
Position
General / Corresponding author / CAO / Major / /
Product
K-12 / /
ProvinceOrState
Wisconsin / Alabama / North Dakota / Illinois / New York / Oklahoma / California / /
Binding of Ferric Enterobactin by the Escherichia coli Periplasmic Protein FepB Cathy Sprencel, Zhenghua Cao, Zengbiao Qi, Daniel C. Scott, Marjorie A. Montague, Nora Ivanoff, Jide Xu, Kenneth M. Raymond, Salete M. C. Ne