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Results: 1-3 |
Results: 3
GANGLIOSIDE STRUCTURE DICTATES SIGNAL-TRANSDUCTION BY CHOLERA-TOXIN AND ASSOCIATION WITH CAVEOLAE-LIKE MEMBRANE DOMAINS IN POLARIZED EPITHELIA
Authors: WOLF AA JOBLING MG WIMERMACKIN S FERGUSONMALTZMAN M MADARA JL HOLMES RK LENCER WI
Citation: Aa. Wolf et al., GANGLIOSIDE STRUCTURE DICTATES SIGNAL-TRANSDUCTION BY CHOLERA-TOXIN AND ASSOCIATION WITH CAVEOLAE-LIKE MEMBRANE DOMAINS IN POLARIZED EPITHELIA, The Journal of cell biology, 141(4), 1998, pp. 917-927
IDENTIFICATION OF A LIGAND-BINDING SITE IN THE HUMAN NEUTROPHIL FORMYL PEPTIDE RECEPTOR USING A SITE-SPECIFIC FLUORESCENT PHOTOAFFINITY LABEL AND MASS-SPECTROMETRY
Authors: MILLS JS MIETTINEN HM BARNIDGE D VLASES MJ WIMERMACKIN S DRATZ EA SUNNER J JESAITIS AJ
Citation: Js. Mills et al., IDENTIFICATION OF A LIGAND-BINDING SITE IN THE HUMAN NEUTROPHIL FORMYL PEPTIDE RECEPTOR USING A SITE-SPECIFIC FLUORESCENT PHOTOAFFINITY LABEL AND MASS-SPECTROMETRY, The Journal of biological chemistry, 273(17), 1998, pp. 10428-10435
TRANSMEMBRANE DOMAIN MUTATIONS INFLUENCE THE CELLULAR-DISTRIBUTION OFLYSOSOMAL MEMBRANE GLYCOPROTEIN-A
Authors: WIMERMACKIN S GRANGER BL
Citation: S. Wimermackin et Bl. Granger, TRANSMEMBRANE DOMAIN MUTATIONS INFLUENCE THE CELLULAR-DISTRIBUTION OFLYSOSOMAL MEMBRANE GLYCOPROTEIN-A, Biochemical and biophysical research communications, 229(2), 1996, pp. 472-478
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