Related MeSH Hierarchy (6)
Phenomena and Processes [G] » Chemical Phenomena [G02] » Biochemical Phenomena » Peptide Biosynthesis » Protein Biosynthesis » Protein Modification, Translational » Protein Processing, Post-Translational » Protein Carbamylation
Phenomena and Processes [G] » Chemical Phenomena [G02] » Biochemical Phenomena » Protein Modification, Translational » Protein Processing, Post-Translational » Protein Carbamylation
Phenomena and Processes [G] » Metabolism [G03] » Oxidative Stress » Protein Carbamylation
Phenomena and Processes [G] » Metabolism [G03] » Peptide Biosynthesis » Protein Biosynthesis » Protein Modification, Translational » Protein Processing, Post-Translational » Protein Carbamylation
Phenomena and Processes [G] » Genetic Phenomena [G05] » Gene Expression Regulation » Protein Modification, Translational » Protein Processing, Post-Translational » Protein Carbamylation
Phenomena and Processes [G] » Physiological Phenomena [G07] » Stress, Physiological » Oxidative Stress » Protein Carbamylation
Description
Non-enzymatic addition of carbamoyl (-CONH2) on protein or amino acid functional groups from isocyanic acid or CARBAMOYL-PHOSPHATE. Carbamylation may induce a structural change that results in a functional loss and serves as a biomarker for protein aging and disease pathophysiology. MeSH
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