mBio · 2019 · 31 citations · 61 references
Life SciencesBiochemistryMolecular BiologyPost-translational ModificationProtein TranslationProteomicsPost-translational RegulationProtein SynthesisTranslation ControlTranslation In ProkaryotesTranslation RegulationTranslational RegulationBacterial Protein SynthesisEscherichia ColiGlobal Translational RegulationReprogrammingTranslation Under Stress ConditionsTranslational Quality ControlTranslational ReprogrammingUnfolded Protein Response
Errors in protein synthesis have historically been assumed to be detrimental to the cell. While there are many reports that translational errors are consequential, there is a growing body of evidence that some mistranslation events may be tolerated or even beneficial. Using two models of mistranslation, we compare the direct phenotypic effects of these events in Escherichia coli . This work provides insight into the threshold for tolerance of specific mistranslation events that were previously predicted to be broadly neutral to proteome integrity. Furthermore, these data reveal the effects of mistranslation beyond the general unfolded stress response, leading to global translational reprogramming.
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