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City Edmonton / Bradford / L.A. / / Company Kodak / IgG / NBC3Ct Limited / BT / Life Technologies Inc. / NBC / Millipore / Ethyl / Racusen L. C. / Becton Dickinson / Taylor & Francis Ltd / Pharmacia / / Country Canada / / Currency pence / / / Facility Stanford University / Alberta Peptide Institute / University of Alberta / / IndustryTerm serum-free media / cell surface processing / optimization protocol / analysis software / bacterial protein product / cleavage site / phosphorylation site / restriction site / surface processing / cystic fibrosis gene product / poor processing / analysed using JASCO J700 analysis software / / MedicalCondition transient alkalosis / acidosis / cystic fibrosis / maximum acidosis / / NaturalFeature Cl channel / / Organization University of Alberta / Department of Physiology / Alberta Heritage Foundation for Medical Research / Department of Biochemistry / Stanford University / Alberta Peptide Institute / Natural Sciences and Engineering Research Council / New York Academy of Science / / Person Alvarez / Ira Kurtz / Sterling / Joseph R. Casey / Frederick B. Loiselle / Paul Jaschke / / Position Teller / Representative / / Product sodium bicarbonate / acetic acid / glycine / / SportsLeague Stanford University / / Technology electrophoresis / same optimization protocol / cloning / laser / spectroscopy / / URL http / SocialTag 
Molecular Membrane Biology, October /December 2003, 20, 307 /317 Structural and functional characterization of the human NBC3 sodium/ bicarbonate co-transporter carboxyl-terminal cytoplasmic domain Frederick B. Loisel