Journal of Biological Chemistry · 2022 · 13 citations · 36 references
Life SciencesMicrobiologyMolecular BiologyEnzymologyPost-translational ModificationProtein TranslationCatalytic MechanismsProtein OxidationTranslation In ProkaryotesTranslation RegulationTranslational FidelityTranslational RegulationAminoacyl-trna Synthetase FidelityEditing By Aminoacyl-transfer Ribonucleic Acid SynthetasesMethionine OxidationProofreading By Aminoacyl-transfer Ribonucleic Acid SynthetasesProofreading MechanismsProtein Mass SpectrometryTranslation ProofreadingTranslational Accuracy Mechanisms
aminoacylation observed under oxidative stress, suggesting that these residues may act as reactive oxygen species "sinks" to protect catalytically critical sites from oxidative damage. Combined, our results indicate that E. coli AlaRS proofreading is resistant to oxidative damage, providing an important mechanism of stress resistance that helps to maintain proteome integrity and cellular viability.
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