The backbone of this bicistronic lentiviral vector was originally created by Dr. Didier Trono lab (pWPI, Plasmid # 12254), and then modified by Robert Strome using Neomycin to replace EGFP and adding several multiple clone sites. The MCS includes Swa I, Nde I, BamH I, Spe I, Xma I and Sma I (see sequence). The hPlk2WT cDNA was inserted with BamH I site, and can be replaced by any other gene with this site. This vector allows the simultaneous expression of hPlk2K111M and Neomycin to facilitate establishing stable mammalian transgene cell lines. Please note that the full sequence for this plasmid is approximated and not fully verified. For further cloning strategies, please contact with Dr. Anurag Tandon.
Addgene has sequenced a portion of this plasmid for verification.
Click here for the sequencing
result.
Please acknowledge the principal investigator and cite this article if you use
this plasmid in a publication. Also, please include the text "Addgene plasmid
35386" in your Materials and Methods section.
The backbone of this bicistronic lentiviral vector was originally created by Dr. Didier Trono lab (pWPI, Plasmid # 12254), and then modified by Robert Strome using Neomycin to replace EGFP and adding several multiple clone sites. The MCS includes Swa I, Nde I, BamH I, Spe I, Xma I and Sma I (see sequence). The hPlk2WT cDNA was inserted with BamH I site, and can be replaced by any other gene with this site. This vector allows the simultaneous expression of hPlk2K111M and Neomycin to facilitate establishing stable mammalian transgene cell lines.
Please note that the full sequence for this plasmid is approximated and not fully verified. For further cloning strategies, please contact with Dr. Anurag Tandon.