Adeno-Quest™

  • Enough reagents to produce up to 5 recombinant adenoviruses
  • Comprehensive kit components including 293 cells
  • Wide choice of transfer vectors
  • Reference Library
    Manual
    Sequences
    Plasmid Maps
    FAQ

    Adenoviral recombinants can be generated by in vivo homologous recombination in QBI-293A cells. Insertion of DNA by homologous recombination is the most efficient way of introducing a gene into an AdV because the genome is too large (36 kb) to be easily manipulated. Briefly, your cDNA is cloned into a transfer vector (step 1), then the transfer vector, containing the cloned gene in a transcription cassette adjacent to a homologous recombination sequence, is co-transfected into QBI-293A cells with a large part of the Ad5 genome. It is engineered so that the product of in vivo recombination between the two DNA molecules yields recombinant infectious viruses (step 2).

    The Adeno-Quest™ kit comes in a complete package format containing all the principal components and controls for construction of 5 recombinant viruses. Each Adeno-Quest™ expression kit in-cludes all the basic components listed on page 20 plus your choice of one transfer vector.

    On the following pages you will find a description of the reagents provided in the Adeno-Quest™ along with a transfer vector selection chart.

    The Adeno-Quest™ kit comes in a complete package format containing all the principal components and controls for construction of 5 recombinant viruses. Each Adeno-Quest™ expression kit includes all the basic components listed below plus your choice of one transfer vector.

    Cat No. Product Transfer Vector Quantity
    AES9500 Adeno-Quest™basic kit without transfer vector 5 assays
    AES050E Adeno-Quest™kit pQBI-AdBN 5 assays
    AES050D Adeno-Quest™kit pQBI-AdBM5-PAG 5 assays
    AES050G Adeno-Quest™kit pQBI-AdBM5-GFP 5 assays
    AES050H Adeno-Quest™kit pQBI-AdBM5-BFP 5 assays
    AES050L Adeno-Quest™kit pQBI-AdCMV5 5 assays
    AES050M Adeno-Quest™kit pQBI-AdCMV5-IRES-GFP 5 assays

    Description of Plasmids and Kit Reagents

    Adeno-Quest™basic kit components

    Cat No. Product Description Quantity Storage
    AES0501 QBI-viral DNA Ad5.CMV-
    LacZE1/E3
    viral DNA Cla I cut
    25µg (500ng/µl; 50µl) -20°C
    AES0507 QBI-Transf. Ad5.CMV-
    LacZE1/E3
    uncut DNA
    2.5µg (50ng/µl; 50µl)
    (in 0.1 x sterile TE)
    -20°C
    AES0503 QBI-293A cells Frozen 293 cell line 1ml (1 X 106 cells/ml) -150°C
      QBI-Infect
    Ad5.CMV-LacZE1/E3
    Viral particles of
    (in complete DMEM)
    1ml (›1000 PFU/ml) -80°C
      CaCl2 2M Transfection reagent 0.5ml -20°C
      TE 0.1x Transfection reagent 0.5ml -20°C
      HBS 2x Transfection reagent 3 x 1ml -20°C
      (see above) Choice of transfer vector 25µg (500ng/ml; 50ml) -20°C



    Storage
    -20°C to -150°C

    Adeno-Quest™Transfer Vector selection chart

    Cat No. Vector Promoter Poly
    A
    Site
    Cloning
    Sites
    Linearization
    sites
    Cloning
    capacity
    Features
    AES0521 pQBI-AdBN - - MCS Ase I, Cla I, EcoR I 6.6 kb
    (7.0 max.)
    Clone your own expression cassette
    in our convenient MCS

    AES0520 pQBI-AdBM5-PAG MLP* BamH I
    Pme I
    Ase I, Cla I, EcoR I 5.6kb
    (6.0 max.)
    High efficiency recombinant protein
    expression in 293 cells

    AES0523 pQBI-AdBM5GFP MLP* Bgl II, Pme I EcoR I, Eag I, Fse I 3.8kb
    (4.2 max.)
    Double expression cassette
    with GFP or BFP as reporter gene
    or easy screening of recombinant
    and transduction efficiency visualization.
    AES0524 pQBI-AdBM5BFP Bgl II, Pme I EcoR I, Eag I, Fse I 3.8kb
    (4.2 max.)

    AES0535 pQBI-AdCMV5 CMV enhancers BamH I, Pme I EcoR I, Cla I 5.2 kb
    (5.7 max.
    CMV5 promoter for very high efficiency recombi-
    nant expression in most mammalian cells line

    AES0527 pQBI-AdCMV5-IRES-GFP CMV enhancers Bgl II Fse I 3.8 kb
    (4.2 max.)
    CMV5 promoter and GFP as reporter gene in an
    IRES expression cassette for very high expression
    levels and easy screening of recombinant
    and transduction efficiency visualization

    * MLP: Major Late Promoter of Adenovirus

     

     

     

     

       




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