Boca Raton / electrospray ionization / New York / L. A. / Belgrade / /
Company
Nuland N. A. / Gould / Fleming / Biopeptide Co. LLC / Arseniev A. S. / Cambridge Isotope Laboratories / Norton / Marion / Lear / Finnigan Corp. / Open Laboratory / /
Country
United States / /
Currency
USD / / /
Facility
V. D. Arch / P. A. University of California / University of Hong Kong / K. H. Arch / The UniVersity of Hong Kong / D. G. University of California / Open Laboratory of Chemical Biology / University Grants Committee / /
IndustryTerm
stock solution / energy-minimized conformers / peptide solutions / energy minimization / proton chemical shifts / metal transport / divalent metal transporter / chemical shift index / mean energy / divalent metal ions / secondary chemical shift analysis / Spin systems / similar chemical shifts / chemical shift analysis / amide proton chemical shifts / micelle solution / peptide stock solution / energy / energy-minimizing structures / metal-accessible assembly / respective media / gas flow rate / divalent metal channel / chemical shifts / side-chain chemical shifts / chemical / metal transporter / chemicals / unfavorable free energy / paramagnetic metal ions / /
Organization
University Grants Committee / Cornell / Hong Kong Research Grants Council / Department of Chemistry and Open Laboratory of Chemical Biology / UniVersity of Hong Kong / University of California / San Francisco / /
Person
Qing-Yu He / Garrick / Tsui / V / Melnyk / S. C. Yan / Goddard / Diaz / /
Position
T. D. / R. N. / /
ProgrammingLanguage
FL / /
ProvinceOrState
Florida / North Carolina / California / /
RadioStation
1420 J. AM / 1422 J. AM / 1416 J. AM / J. AM / 9 J. AM / /
Published on WebStructure, Assembly, and Topology of the G185R Mutant of the Fourth Transmembrane Domain of Divalent Metal Transporter Fei Li, Hongyan Li, Lihong Hu, Miufan Kwan, Guanhua Chen, Qing-Yu He,* a