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Enter a sequence to perform a BLAST-based search of Addgene plasmid sequence databases.

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We narrowed to 2,263 results for: dox

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Showing: 1681 - 1700 of 2263 results

  1. rTetR-GFP-p65

    Plasmid
    #232633
    Purpose
    p65 activation domain coupled to reverse Tet repressor; labeled with GFP; binds tetO sites upon doxycycline addition
    Depositor
    Karsten Rippe
    Insert
    rTetR-GFP-p65 (RELA Human, Synthetic)
    Expression
    Mammalian
    Mutation
    none
    Promoter
    CMV
    Available Since
    March 3, 2025
    Availability
    Academic Institutions and Nonprofits only
    232633-plasmid-map-sequence-id-463626

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  18. KAN(G418)-TET-OFF – ubiquitin – LEU – 4MYC

    Plasmid
    #193318
    Purpose
    Doxycycline-induced transcriptional regulation and Ubiquitin - LEU - 4xMYC N-terminal tagging. Ubiquitin is cleaved off, resulting in an unstable protein with an N-terminal leucine.
    Depositor
    Rob Mitra
    Article
    Shively et al ACS Synth Biol. 2023 Jan 17. doi: 10.102
    Insert
    Ubiquitin - Leucine - 4MYC N-terminal tagging
    Tags
    4MYC
    Expression
    Bacterial
    Available Since
    Feb. 1, 2023
    Availability
    Academic Institutions and Nonprofits only
    193318-plasmid-map-sequence-id-383635

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  19. KAN(G418)-TET-OFF – ubiquitin – LEU – 4FLAG

    Plasmid
    #193317
    Purpose
    Doxycycline-induced transcriptional regulation and Ubiquitin - LEU - 4xFLAG N-terminal tagging. Ubiquitin is cleaved off, resulting in an unstable protein with an N-terminal leucine.
    Depositor
    Rob Mitra
    Article
    Shively et al ACS Synth Biol. 2023 Jan 17. doi: 10.102
    Insert
    Ubiquitin - Leucine - 4FLAG N-terminal tagging
    Tags
    4FLAG
    Expression
    Bacterial
    Available Since
    Feb. 1, 2023
    Availability
    Academic Institutions and Nonprofits only
    193317-plasmid-map-sequence-id-383630

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  20. NAT-TET-OFF – ubiquitin – LEU – 4MYC

    Plasmid
    #193314
    Purpose
    Doxycycline-induced transcriptional regulation and Ubiquitin - LEU - 4xMYC N-terminal tagging. Ubiquitin is cleaved off, resulting in an unstable protein with an N-terminal leucine.
    Depositor
    Rob Mitra
    Article
    Shively et al ACS Synth Biol. 2023 Jan 17. doi: 10.102
    Insert
    Ubiquitin - Leucine - 4MYC N-terminal tagging
    Tags
    4MYC
    Expression
    Bacterial
    Available Since
    Jan. 26, 2023
    Availability
    Academic Institutions and Nonprofits only
    193314-plasmid-map-sequence-id-382366

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Showing: 1681 - 1700 of 2263 results