Current Opinion in Chemical Biology · 2024 · 25 citations · 68 references
Life SciencesBiochemistryMolecular BiologyEnzymologyNatural Product BiosynthesisPost-translational ModificationAmino Acid-derived Natural ProductsEnzyme DiscoveryMicrobial Natural Product BiosynthesisPeptide ChemistryProtein SynthesisAmino AcidsEnzymesHuman MicrobiomeNoncanonical Amino AcidsPost-translationally Modified Peptide BiosynthesisPost-translationally Modified PeptidesRibosomally Synthesized Peptide BiosynthesisRibosomally Synthesized Peptides
Novel discoveries in natural product biosynthesis reveal hidden bioactive compounds and expand our knowledge in enzymology. Ribosomally synthesized and post-translationally modified peptides (RiPPs) are a rapidly growing class of natural products featuring diverse non-canonical amino acids introduced by maturation enzymes as a class-defining characteristic. Underexplored RiPP sources, such as the human microbiome, the oceans, uncultured microorganisms, and plants are rich hunting grounds for novel enzymology. Unusual α- and β-amino acids, peptide cleavages, lipidations, diverse macrocyclizations, and other features expand the range of chemical groups that are installed in RiPPs by often promiscuous enzymes. This review highlights the search for novelty in RiPP enzymology in the past two years, with respect to the discovery of new biochemical modifications but also towards novel applications.
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