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Multiplexed, scalable analog recording of gene regulation dynamics over weeks using intracellular protein tapes.

Zheng L, Yan Y, Zhou B, Lim J, Shi D, An B, Ko B, Klyder E, Pitchiaya S, Cai DJ, Boyden ES, Wei D, Lio P, Linghu C
bioRxiv [Preprint]. 2025 May 10:2025.05.10.653182. doi: 10.1101/2025.05.10.653182. (Link opens in a new window) PubMed (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
239423pAAV-UbC-CytoTape-HACytoTape structural monomer for CytoTape fiber formation and elongation for cell culture applications
239424pAAV-Arc-CytoTape-V5CytoTape signal monomer for recording SARE-ArcMin promoter transcriptional activity
239425pAAV-N-RAM-CytoTape-V5CytoTape signal monomer for recording Npas4 protein activity
239426pAAV-HSPA1A-CytoTape-V5CytoTape signal monomer for recording HSPA1A promoter transcriptional activity
239427pAAV-F-RAM-CytoTape-V5CytoTape signal monomer for recording Fos protein activity
239428pAAV-Egr1-CytoTape-V5CytoTape signal monomer for recording Egr1 promoter transcriptional activity
239429pAAV-c-fos-CytoTape-V5CytoTape signal monomer for recording c-fos promoter transcriptional activity
239430pAAV-CRE-CytoTape-V5CytoTape signal monomer for recording phosphorylated CREB protein activity
239616pAAV-UbC-CytoTape-HaloTagCytoTape timestamp monomer for encoding time along the CytoTape fiber for cell culture applications
250670pAAV-UbC-CytoTape-vivo-HACytoTape-vivo structural monomer for CytoTape-vivo fiber formation and elongation for mouse brain in vivo applications
250671pAAV-TRE3G-XRI-FLAGTimestamp monomer for encoding time along the CytoTape-vivo fiber for mouse brain in vivo applications.
250672pAAV-hSyn-rtTA3G-TetOn3GDrive Tet-ON activator expression from human synapsin promoter for doxycycline-inducible transgene activation

Antibodies from Article