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Engineering circular RNA for enhanced protein production.

Chen R, Wang SK, Belk JA, Amaya L, Li Z, Cardenas A, Abe BT, Chen CK, Wender PA, Chang HY
Nat Biotechnol. 2022 Jul 18. pii: 10.1038/s41587-022-01393-0. doi: 10.1038/s41587-022-01393-0. (Link opens in a new window) PubMed (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
188115circRNA-synIRES-R25-mNeonGreenTemplate plasmid to transcribe circular RNA encoding mNeonGreen
188116circRNA-synIRES-R25-NanoLucTemplate plasmid to transcribe circular RNA encoding NanoLuc
188247mRNA-CleanCap-NanoLucTemplate plasmid to transcribe mRNA encoding NanoLuc
188248mRNA-CleanCap-mNeonGreenTemplate plasmid to transcribe mRNA encoding mNeonGreen
188249mRNA-CleanCap entry vectorCloning vector for generating template plasmids to transcribe mRNA, with mNeonGreen dropout following BsaI digestion
189966pRC0569 (parts entry vector)Cloning vector for generating part plasmids, with mNeonGreen dropout following BsmBI digestion
189967pRC0940 (circRNA entry vector)Cloning vector for generating template plasmids to transcribe circRNA, with mNeonGreen dropout following BsaI digestion
189968CVB3 IRESPart 2 plasmid to introduce the CVB3 IRES into circRNAs
189969HRV-B3 IRESPart 2 plasmid to introduce the HRV-B3 IRES into circRNAs
189970synIRES_RC25Part 2 plasmid to introduce the HRV-B3 IRES with proximal loop Apt-eIF4G into circRNAs
189972T4 td upstream intron-PABPPart 1 plasmid to introduce the T4 td upstream intron and PABP spacer into circRNAs
189974HBA1 full 3'UTR-T4 td downstream intronPart 6 plasmid to introduce the HBA1 full 3'UTR and T4 td downstream intron into circRNAs
1899753xFLAG-NanoLucPart 3-4-5 plasmid to introduce 3xFLAG-NanoLuc into circRNAs
189976mNeonGreenPart 3-4-5 plasmid to introduce mNeonGreen into circRNAs

Antibodies from Article