N terminus of FhuA / FepA N terminus / FepA vestibule / FhuA C terminus / Medical College of Wisconsin / University of Oklahoma / FepA C terminus / Nucleic Acid Sequence Facility / FhuA N terminus / N terminus / / /
IndustryTerm
biochemical systems / minimal media / cross-linked products / chemical targets / fungal product / metal uptake / energy / metal / detectable cross-linked products / chemical action / energy dependence / 120kDa product / exterior binding site / interior site / /
OperatingSystem
L3 / /
Organization
University of Oklahoma / National Science Foundation / Medical College of Wisconsin / ND ND / Department of Chemistry & Biochemistry / FepA / FhuA and FepA / American Society for Biochemistry / /
Person
John D. Igo / Giovanna Ferro-Luzzi Ames / Emil Gotschlich / Mottur / Zhenghua Cao / Nat / Marjorie Montague / Paul Cook / Physiol / Zengbiao Qi / Ines Chen / Salete M. C. Newton / Richardson / Daniel C. Scott / Charles Earhart / Phillip E. Klebba / Matthew Bauler / Hunt / / /
Position
D. J. / General / cpm/pM / Cao / Major / G. P. / /
Product
Sigma / Franklin / Packard Cobra / /
ProvinceOrState
Wisconsin / New Brunswick / North Dakota / S. K. / Oklahoma / /
MEMBRANE TRANSPORT STRUCTURE FUNCTION AND BIOGENESIS: Exchangeability of N Termini in the Ligand-gated Porins of Escherichia coli Daniel C. Scott, Zhenghua Cao, Zengbiao Qi, Matthew Bauler, John D. Igo, Salete M. C.