
Identification of the molecular targets for post‐translational modifications is an important step for explaining the regulated pathways. The ubiquitin‐like molecule NEDD8 is implicated in the regulation of cell proliferation, viability and development. By combining proteomics and in vivo NEDDylation assays, we identified a subset of ribosomal proteins as novel targets for the NEDD8 pathway. We further show that the lack of NEDDylation in cells causes ribosomal protein instability. Our studies identify a novel and specific role of the NEDD8 pathway in protecting a subset of ribosomal proteins from destabilization.
DYNAMICS, Ribosomal Proteins, 570, PROTEASE, NEDD8 Protein, BIOGENESIS, 610, Transfection, UBIQUITIN, proteomics, NUCLEOLUS, Endopeptidases, Humans, CULLIN, Ubiquitins, NEDD8, P53, ribosomal proteins, COMPLEX, proteasome, CONJUGATION, NEDP1, Ribosomes, Half-Life, HeLa Cells
DYNAMICS, Ribosomal Proteins, 570, PROTEASE, NEDD8 Protein, BIOGENESIS, 610, Transfection, UBIQUITIN, proteomics, NUCLEOLUS, Endopeptidases, Humans, CULLIN, Ubiquitins, NEDD8, P53, ribosomal proteins, COMPLEX, proteasome, CONJUGATION, NEDP1, Ribosomes, Half-Life, HeLa Cells
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