Pasadena / Palo Alto / Chen / La Jolla / Auburn / L. A. / San Diego / San Jose / /
Company
J. & Gygi S. P. / Kubota / Vincent / N. & Hsieh-Wilson / L. C. / Agilent Technologies / Sigma-Aldrich / Thermo Electron / P. K. & Hsieh-Wilson L. C. / Whelan S. A. / Iyer S. P. / Charles River Laboratories / Ding / M. & Vandre / D. D. / Celera / Khidekel / N. & Hsieh-Wilson / L. C. / /
Country
United States / / /
Facility
National Center / †Genomics Institute / California Institute of Technology / The Scripps Research Institute / /
IndustryTerm
relative collision energy / glycosylation site / affinity tag protocol / chemical groups / chemical tools / transcriptional machinery / /
MedicalCondition
insulin-resistant diabetes / electron transfer dissociation / MS / dissociation / hypertension / cancer / disease / diabetes / collision-induced dissociation / /
Movie
D. V / /
Organization
California Institute of Technology / Cellular organization / National Science Foundation / †Genomics Institute / National Academy of Sciences / Novartis Research Foundation / National Center for Biotechnology Information / Scripps Research Institute / Division of Chemistry and Chemical Engineering / /
Person
Scott Brittain / Eisenman / Tom Dieck / Nat / Leah / Hwan-Ching Tai / Eric C. Peters / Linda C. Hsieh-Wilson / Andrew Su / Nelly Khidekel / Vocadlo / Scott B. Ficarro / Schroeder / Cronshaw / Cole / /
Exploring the O-GlcNAc proteome: Direct identification of O-GlcNAc-modified proteins from the brain Nelly Khidekel*, Scott B. Ficarro†, Eric C. Peters†, and Linda C. Hsieh-Wilson*‡ *Division of Chemistry and Chemic