| Document Date: 2016-02-18 12:37:43
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City Garman / Lazarus / Okayama / L.A. / Burnaby / Santa Cruz / / Company 0A 02 41 69 S A / Jackson S.P. / AMP / Sigma-Aldrich / S6 S 0A 12 S6 41 69 S A / Nature America Inc. / Yuzwa S.A. / Agilent / / Country Canada / / / Event Product Issues / / Facility terminal N / Simon Fraser University / / IndustryTerm chemical biology doi / machinery / cellular machinery / chemical / translational machinery / / MedicalCondition intrinsic disorder / / Organization Department of Molecular Biology and Biochemistry / NS NS NS / NC MP / NC NC / Simon Fraser University / / Person Hang / Steenstrup / David J / Olivier-Van Stichelen / Kelleher / Nat / / Position Author / Walker / RT / Chair / D.J. / T.D. / / Product MG132 / penicillin / M-16 / Sigma / sodium acetate / TNT / cellular O-GlcNAcylation / / ProgrammingLanguage FL / / ProvinceOrState M.B. / South Carolina / Nova Scotia / British Columbia / North Carolina / / PublishedMedium nature CHEMICAL BIOLOGY / Molecular Biology / / Technology Proteomics / BBS / antibodies / directed mutagenesis / cloning / UDP / / URL http /
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article published online: 16 march 2015 | doi: nchembio.1774 O-GlcNAc occurs cotranslationally to stabilize nascent polypeptide chains Yanping Zhu1,2, Ta-Wei Liu1,2, Samy Cecioni2, Razieh Eskandari2, Wesley F Zan