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RMCE vector to shuttle puromycin resistance and TRE-3xFlag-Neurog1 cassettes into attP50-flanked landing pad. Designed for use with pmROSA26-attP50-Neo-mKate2-3xNLS-attP50 vector (Addgene 183609).
Used to sense miRNA activity using fluorescence based tools. hsa-miR-30d-5p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Plasmid encoding the Triplex/gRNA architecture.This is a modified form of the original plasmid described in the paper (Construct 3). mKate2 was replaced with dsRed2 because of distribution issues.
Used to sense miRNA activity using fluorescence based tools. hsa-miR-29b-3p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-133b target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-181a-5p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Part of REGA-SIGN, a NanoBRET-based G protein biosensor. It encodes GNAI2 tagged with NanoLuciferase and is meant to be paired with Ggamma2 labeled with LSS-mKATE2
Used to sense miRNA activity using fluorescence based tools. hsa-let-7a-5p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-7-5p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-101-3p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-516b-5p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-30a-3p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-186-5p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-191-5p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-186-3p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-143-3p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments
Used to sense miRNA activity using fluorescence based tools. hsa-miR-138-5p target in 3' UTR of of mKate. miRNA activity can be measured by the repression of mKate2 relative to EBFP2 fluorescent proteins . Plasmid is inherently unstable; please see Depositor Comments