Modified nucleotides may have enhanced early RNA catalysis
The modern version of the RNA World Hypothesis begins with activated ribonucleotides condensing (nonenzymatically) to make RNA molecules, some of which possess (perhaps slight) catalytic activity. We propose that noncanonical ribonucleotides, which would have been inevitable under prebiotic conditio...
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Veröffentlicht in: | Proceedings of the National Academy of Sciences - PNAS 2020-04, Vol.117 (15), p.8236-8242 |
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creator | Wolk, Steven K. Mayfield, Wesley S. Gelinas, Amy D. Astling, David Guillot, Jessica Brody, Edward N. Janjic, Nebojsa Gold, Larry |
description | The modern version of the RNA World Hypothesis begins with activated ribonucleotides condensing (nonenzymatically) to make RNA molecules, some of which possess (perhaps slight) catalytic activity. We propose that noncanonical ribonucleotides, which would have been inevitable under prebiotic conditions, might decrease the RNA length required to have useful catalytic function by allowing short RNAs to possess a more versatile collection of folded motifs. We argue that modified versions of the standard bases, some with features that resemble cofactors, could have facilitated that first moment in which early RNA molecules with catalytic capability began their evolutionary path toward self-replication. |
doi_str_mv | 10.1073/pnas.1809041117 |
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We propose that noncanonical ribonucleotides, which would have been inevitable under prebiotic conditions, might decrease the RNA length required to have useful catalytic function by allowing short RNAs to possess a more versatile collection of folded motifs. 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subjects | Biological Sciences Catalysis Catalytic activity Cofactors Nucleotides PERSPECTIVE Ribonucleic acid Ribonucleotides RNA |
title | Modified nucleotides may have enhanced early RNA catalysis |
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