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In vivo and in vitro tyrosine sulfation of a membrane glycoprotein
N. Liu, J. U. Baenziger
Department of Biochemistry & Molecular Biophysics
Research output
:
Contribution to journal
›
Article
›
peer-review
15
Scopus citations
Overview
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Keyphrases
Tyrosine
100%
Plasma Membrane
100%
Digestion
100%
Integral Membrane Protein
100%
Membrane Glycoproteins
100%
A431 Cells
100%
Tyrosine Sulfation
100%
Cell Membrane
50%
Sodium Chloride
50%
Glycoprotein
50%
Ascites
50%
Membrane Fraction
50%
Intact Cells
50%
Cultured Cells
50%
Golgi
50%
Two Dimensional
50%
Secreted Proteins
50%
Carbohydrates
50%
Sulfation
50%
Cell-free System
50%
Detergent
50%
Endoglycosidase
50%
Pronase
50%
Generating System
50%
Electrophoresis
50%
Cell Lysis
50%
Triton X-114
50%
Trypsin Digestion
50%
Sulfation Reaction
50%
Biochemistry, Genetics and Molecular Biology
Membrane Protein
100%
Sulfate
100%
Tyrosine Sulfation
100%
Cell Membrane
75%
Tyrosine
50%
A431 Cells
50%
Sulfation
50%
Integral Membrane Protein
50%
Electric Potential
25%
Glycoprotein
25%
Endoglycosidase
25%
Cell-Free System
25%
Pronase
25%
Cytolysis
25%
Electrophoresis
25%
Neuroscience
In Vivo
100%
In Vitro
100%
Glycoprotein
100%
Cell Membrane
100%
Sulfation
100%
Integral Membrane Protein
66%
Electrophoresis
33%
Ethylenediaminetetraacetic Acid
33%
Cytolysis
33%
Pronase
33%
Sodium Chloride
33%