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AdenoExpress: Ready-to-use Recombinant
Adenoviruses
Description
For a number of years, many researchers have been using
recombinant adenovirus with great success. Its numerous advantages
have made recombinant adenoviral vectors the preferred gene
delivery tool for mammalian cells. However, generating a recombinant
adenovirus may be time-consuming. In order to overcome this
time constraint, Qbiogene Molecular Biology has introduced
the AdenoExpress vectors.
AdenoExpress vectors are recombinant ready-to-use adenoviruses.
They have all the advantages of recombinant adenovirus with
the additional benefits of being ready-made (cloned, purified,
tested and at high-titer). Qbiogenes AdenoExpress
vectors carry the adenovirus serotype 5 backbone, and are
replication defective due to the E1 region deletion and in
addition E3 being deleted to provide additional cloning space
( E1/E3).
For your convenience, AdenoExpress vectors are available
carrying reporter genes, biological response genes, or as
a control vectors with no gene at all.
At Qbiogene, we are constantly developing new AdenoExpress
vectors, so please check our website on a regular basis for
the most current list.
Reporter AdenoExpress Vectors

The Reporter Adenoviral Vectors carry a reporter gene (LacZ
or GFP) driven by either the CMV or the even stronger CMV5
promoter. These adenoviruses are designed to help researchers
gain experience with viral technology or to optimize infection
and transfection parameters, such as the MOI (multiplicity
of infection), with specific cells. The LacZ gene product
can be easily detected by simple colorimetric assay, whereas
the GFP can be used in real-time assays in living cells. Both
GFP or LacZ Reporter AdenoExpress vectors can be used
to test your specific in vitro or in vivo model.
AdenoExpress Biological Response

These viral vectors are fully characterized adenoviruses,
expressing specific human or mouse biological response genes.
Expression of the cloned gene is driven by the CMV promoter.
Q-mate™ AdenoExpress™
Q-mate™ AdenoExpress™ regroup several recombinant
Adenoviruses designed for use in combination with the Q-mate™
Inducible Expression System. For more information, please
click here.
Ad5.SV40-CymR
Ad5.SV40-CymR is a recombinant Adenovirus expressing the
CymR gene under the control of the constitutive SV40 promoter.
CymR is a repressor molecule that regulates the expression
of a gene by binding to its operator sequences (CuO). This
virus is used in co-infection with another Adenovirus which
expresses a transgene in conjunction with the Q-mate™
Inducible Expression System.
Ad5.CMV5(CuO)-LacZ
Ad5.CMV5(CuO)-LacZ is a recombinant Adenovirus designed for
inducible LacZ expression under the control of the strong
CMV5 promoter. This virus is a control Adenovirus used in
experiments involving the Q-mate™ Inducible Expression
System.
Ad5.CMV5(CuO)-GFP
Ad5.CMV5(CuO)-GFP is a recombinant Adenovirus designed for
inducible GFP expression under the control of the strong CMV5
promoter. This virus is a control Adenovirus used in experiments
involving the Q-mate™ Inducible Expression System.
AdenoExpress Controls
Fully characterized and ready-to-use, Null AdenoExpress
vectors do not contain any expression gene. They are particularly
useful as control vectors to assess the effect of a recombinant
Adenovirus in a specific system. For instance, the Null CMV
vector is an excellent control vector for any Biological Response
or Reporter Gene experiment, as the viral backbone is identical
to that of the AdenoExpress vector of interest. In addition,
Wild-type Adenovirus serotype 5 and serotype 2 are also available.
Advantages
- No cloning required
- No purification required
- No testing required
- No amplification required
- Highly purified ready-to-use recombinant adenovirus
- Available in different titers
- Ready for immediate in vitro and in vivo
applications
| Cat # (1) |
Name |
Titer (VP/mL) |
Quantity (VP) |
Price (US$) |
| ADV0010 |
Ad5.CMV-LacZ |
1x1011 |
1x1010 |
495 |
| ADV0011 |
Ad5.CMV-LacZ |
1x1013 |
5x1011 |
695 |
| ADV0012 |
Ad5.CMV-LacZ |
1x1012 |
1x1011 |
595 |
| ADV0020 |
Ad5.CMV-GFP |
1x1011 |
1x1010 |
495 |
| ADV0021 |
Ad5.CMV-GFP |
1x1013 |
5x1011 |
695 |
| ADV0022 |
Ad5.CMV-GFP |
1x1012 |
1x1011 |
595 |
| ADV0030 |
Ad5.CMV5-GFP |
1x1011 |
1x1010 |
595 |
| ADV0031 |
Ad5.CMV5-GFP |
1x1013 |
5x1011 |
795 |
| ADV0032 |
Ad5.CMV5-GFP |
1x1012 |
1x1011 |
695 |
| ADV0040 |
Ad5.Wild-Type |
1x1011 |
1x1010 |
595 |
| ADV0041 |
Ad5.Wild-Type |
1x1013 |
5x1011 |
795 |
| ADV0042 |
Ad5.Wild-Type |
1x1012 |
1x1011 |
695 |
| ADV0050 |
Ad2.Wild-Type |
1x1011 |
1x1010 |
595 |
| ADV0051 |
Ad2.Wild-Type |
1x1013 |
5x1011 |
795 |
| ADV0052 |
Ad2.Wild-Type |
1x1012 |
1x1011 |
695 |
| ADV0060 |
Ad5.Null |
1x1011 |
1x1010 |
495 |
| ADV0061 |
Ad5.Null |
1x1013 |
5x1011 |
695 |
| ADV0062 |
Ad5.Null |
1x1012 |
1x1011 |
595 |
| ADV0070 |
Ad5.CMV-Null |
1x1011 |
1x1010 |
495 |
| ADV0071 |
Ad5.CMV-Null |
1x1013 |
5x1011 |
695 |
| ADV0072 |
Ad5.CMV-Null |
1x1012 |
1x1011 |
595 |
| ADV0110 |
Ad5.CMV-HSV1tk |
1x1011 |
1x1010 |
595 |
| ADV0140 |
Ad5.RSV-GFP |
1x1011 |
1x1010 |
495 |
| ADV0142 |
Ad5.RSV-GFP |
1x1012 |
1x1011 |
595 |
| ADV0150 |
Ad5.SV40-GFP |
1x1011 |
1x1010 |
495 |
| ADV0152 |
Ad5.SV40-GFP |
1x1012 |
1x1011 |
595 |
| ADV0160 |
Ad5.mCMV-GFP |
1x1011 |
1x1010 |
595 |
| ADV0162 |
Ad5.mCMV-GFP |
1x1012 |
1x1011 |
695 |
| ADV0200 |
Ad5.CMV-hEndo |
1x1011 |
1x1010 |
595 |
| ADV0210 |
Ad5.CMV-mEndo |
1x1011 |
1x1010 |
595 |
| ADV0212 |
Ad5.CMV-mEndo |
1x1012 |
1x1011 |
695 |
| ADV0220 |
Ad5.CMV-hAngio |
1x1011 |
1x1010 |
595 |
| ADV0221 |
Ad5.CMV-hAngio |
1x1013 |
5x1011 |
795 |
| ADV0222 |
Ad5.CMV-hAngio |
1x1012 |
1x1011 |
695 |
| ADV0230 |
Ad5.CMV-mAngio |
1x1011 |
1x1010 |
595 |
| ADV0232 |
Ad5.CMV-mAngio |
1x1012 |
1x1011 |
695 |
| ADV0240 |
Ad5.CMV-hK1-5 |
1x1011 |
1x1010 |
595 |
| ADV0242 |
Ad5.CMV-hK1-5 |
1x1012 |
1x1011 |
695 |
| ADV0400 |
Ad5.CMV-hGM-CSF |
1x1011 |
1x1010 |
595 |
| ADV0410 |
Ad5.CMV-mGM-CSF |
1x1011 |
1x1010 |
595 |
| ADV0412 |
Ad5.CMV-mGM-CSF |
1x1012 |
1x1011 |
695 |
| ADV0430 |
Ad5.CMV-mIFN-a |
1x1011 |
1x1010 |
595 |
| ADV0431 |
Ad5.CMV-mIFN-a |
1x1013 |
5x1011 |
795 |
| ADV0432 |
Ad5.CMV-mIFN-a |
1x1012 |
1x1011 |
695 |
| ADV0460 |
Ad5.CMV-hIFN-g |
1x1011 |
1x1010 |
595 |
| ADV0461 |
Ad5.CMV-hIFN-g |
1x1013 |
5x1011 |
795 |
| ADV0470 |
Ad5.CMV-mIFN-g |
1x1011 |
1x1010 |
595 |
| ADV0510 |
Ad5.CMV-mIL-2 |
1x1011 |
1x1010 |
595 |
| ADV0511 |
Ad5.CMV-mIL-2 |
1x1013 |
5x1011 |
795 |
| ADV0512 |
Ad5.CMV-mIL-2 |
1x1012 |
1x1011 |
695 |
| ADV0600 |
Ad5.CMV-hIL-12 |
1x1011 |
1x1010 |
595 |
| ADV0670 |
Ad5.CMV-mTNF-a |
1x1011 |
1x1010 |
595 |
| ADV0672 |
Ad5.CMV-mTNF-a |
1x1012 |
1x1011 |
695 |
| ADV0920 |
Ad5.CMV-hB7.1 |
1x1011 |
1x1010 |
595 |
| ADV0922 |
Ad5.CMV-hB7.1 |
1x1012 |
1x1011 |
695 |
| ADV0960 |
Ad5.CMV-h4-1BBL |
1x1011 |
1x1010 |
595 |
| ADV0962 |
Ad5.CMV-h4-1BBL |
1x1012 |
1x1011 |
695 |
| ADV1160 |
Ad5.CMV-hP53 |
1x1011 |
1x1010 |
595 |
| ADV1161 |
Ad5.CMV-hP53 |
1x1013 |
5x1011 |
795 |
| ADV1162 |
Ad5.CMV-hP53 |
1x1012 |
1x1011 |
695 |
| ADV1440 |
Ad5.CMV-hCx43 |
1x1011 |
1x1010 |
595 |
| ADV1442 |
Ad5.CMV-hCx43 |
1x1012 |
1x1011 |
695 |
| ADV1600 |
Ad5.CMV-hcbl.2 |
1x1011 |
1x1010 |
595 |
| ADV1602 |
Ad5.CMV-hcbl.2 |
1x1012 |
1x1011 |
695 |
| ADV2000 |
Ad5.SV40-CymR |
1x1011 |
1x1010 |
Inquire |
| ADV2002 |
Ad5.SV40-CymR |
1x1012 |
1x1011 |
Inquire |
| ADV2010 |
Ad5.CMV5(CuO)-LacZ |
1x1011 |
1x1010 |
Inquire |
| ADV2020 |
Ad5.CMV5(CuO)-GFP |
1x1011 |
1x1010 |
Inquire |
| ADV2022 |
Ad5.CMV5(CuO)-GFP |
1x1012 |
1x1011 |
Inquire |
ADV4012 |
Ad5.CMV-LacZ RCAF |
1x10 12 |
1x10 11 |
Inquire |
ADV4022 |
Ad5.CMV-GFP RCAF |
1x10 12 |
1x10 11 |
Inquire |
ADV4062 |
Ad5.Null RCAF |
1x10 12 |
1x10 11 |
Inquire |
To obtain additional contact or ordering information, click
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