We narrowed to 30,770 results for: REP
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Plasmid#167469Purposeectopic expression of hDDB2 in mammalian cellsDepositorAvailable SinceApril 21, 2021AvailabilityAcademic Institutions and Nonprofits only
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pMXs-mM₃O-IP
Plasmid#46644DepositorInsertmM₃O (Pou5f1 Mouse)
UseRetroviralTagsIRES Puro and mouse MyoD (aa 1-62)ExpressionMammalianMutationcontains a fragment of mouse MyoD (aa1-62) fused …Available SinceJuly 22, 2013AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-19b-1-5p
Plasmid#103325PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-19b-1-5p 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 CommentsDepositorInserthsa-miR-19b-1-5p target (MIR19B1 Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-183-5p
Plasmid#103285PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-183-5p 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 CommentsDepositorInserthsa-miR-183-5p target (MIR183 Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-100-5p
Plasmid#103164PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-100-5p 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 CommentsDepositorInserthsa-miR-100-5p target (MIR100 Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-30b-3p
Plasmid#103411PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-30b-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 CommentsDepositorInserthsa-miR-30b-3p target (MIR30B Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-193a-3p
Plasmid#103305PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-193a-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 CommentsDepositorInserthsa-miR-193a-3p target (MIR193A Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-142-5p
Plasmid#103241PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-142-5p 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 CommentsDepositorInserthsa-miR-142-5p target (MIR142 Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-143-5p
Plasmid#103243PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-143-5p 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 CommentsDepositorInserthsa-miR-143-5p target (MIR143 Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
pMXs-M2O
Plasmid#188034PurposeFusion of human MYC Transactivation Domain (TAD) MYC Box I/II (MBI/II) with human OCT4 protein expressed in pMXs vectorDepositorAvailable SinceOct. 19, 2022AvailabilityAcademic Institutions and Nonprofits only -
pLenti PA-mCit-NL
Plasmid#113452PurposeLentiviral ProteinA-mCitrine-NanoLuc hybrid-fusion control expression vector (positive control)DepositorInsertProteinA-mCitrine-NanoLuc
UseLentiviral and LuciferaseExpressionMammalianPromoterhUBbCAvailable SinceAug. 14, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-579-5p
Plasmid#103661PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-579-5p 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 CommentsDepositorInserthsa-miR-579-5p target (MIR579 Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-302c-3p
Plasmid#103403PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-302c-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 CommentsDepositorInserthsa-miR-302c-3p target (MIR302C Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-519c-3p
Plasmid#103608PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-519c-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 CommentsDepositorInserthsa-miR-519c-3p target (MIR519C Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-520c-3p
Plasmid#103610PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-520c-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 CommentsDepositorInserthsa-miR-520c-3p target (MIR520C Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
pcDNA-hDDB2-T338M-V5
Plasmid#167470Purposeectopic expression of hDDB2 in mammalian cellsDepositorAvailable SinceApril 21, 2021AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-26a-1-3p
Plasmid#103377PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-26a-1-3p 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 CommentsDepositorInserthsa-miR-26a-1-3p target (MIR26A1 Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-26a-2-3p
Plasmid#103378PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-26a-2-3p 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 CommentsDepositorInserthsa-miR-26a-2-3p target (MIR26A2 Human)
UseSynthetic BiologyExpressionMammalianPromoterEF-1aAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only -
pcDNA-hDDB2-K244E-V5
Plasmid#167471Purposeectopic expression of hDDB2 in mammalian cellsDepositorAvailable SinceApril 21, 2021AvailabilityAcademic Institutions and Nonprofits only -
LSB-hsa-miR-31-3p
Plasmid#103420PurposeUsed to sense miRNA activity using fluorescence based tools. hsa-miR-31-3p 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 CommentsDepositorAvailable SinceNov. 26, 2018AvailabilityAcademic Institutions and Nonprofits only