Methods and compositions for activating translation
AssigneeThe University of Chicago
InventorsBryan DICKINSON, Yang CAO, Mark BERNEY
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AssigneeThe University of Chicago
InventorsBryan DICKINSON, Yang CAO, Mark BERNEY
Estimating the term…
The current disclosure relates to nucleic acid therapeutics that target mRNA molecules and recruit translation machinery to increase the translation from the mRNA, thus increasing the protein product in a subject or cell. Accordingly, aspects of the disclosure relate to a chimeric nucleic acid comprising a targeting region and a translational activating region, wherein the translational activating region comprises at least one ribosome and/or translation factor binding site and wherein the targeting region comprises a region that is complementary to a target mRNA. Further described are circular nucleic acids comprising a targeting region and a translational activating region, wherein the translational activating region comprises at least one ribosome and/or translation factor binding site and wherein the targeting region comprises a region that is complementary to a target mRNA.
A chimeric nucleic acid comprising a targeting region, a translational activating region, and a hairpin region;
A chimeric nucleic acid comprising a targeting region and a translational activating region, wherein the translational activating region comprises at least one ribosome and/or translation factor binding site and wherein the targeting region comprises a region that is complementary to a target mRNA and wherein the nucleic acid is less than 150 nucleotides.
A circular nucleic acid comprising a targeting region and a translational activating region, wherein the translational activating region comprises at least one ribosome and/or translation factor binding site and wherein the targeting region comprises a region that is complementary to a target mRNA.
Dependencies are inferred from the claim text.