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Home > Life Science > Molecular Cell Biology > Dual Reporters > Lentiviral Plasmids > Canvax FastCONTROL™ p2LVa-SEAP/?NGFR - Lentiviral Dual Reporter PC0142

Canvax FastCONTROL™ p2LVa-SEAP/?NGFR - Lentiviral Dual Reporter PC0142
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Canvax FastCONTROL™ p2LVa-SEAP/?NGFR - Lentiviral Dual Reporter PC0142

PART NO: CX-PC0142

FastCONTROL™ p2LVa-SEAP/?NGFR - Lentiviral Dual Reporter, for a faster, convenient & flexible target cell transfection control

FastCONTROL™ Dual Reporters are fast, convenient and flexible target cell transfection control ideal for high co-expression of two reporter genes drive for ubiquitous, strong and constitutive promoters. FastCONTROL™ p2LVa-SEAP/ DNGFR Dual Reporter is a Lentiviral vector that contains the human elongation factor 1 alpha promoter (PEF1a) to drive the expression of both secreted embryonic alkaline phosphatase (SEAP) and truncated nerve growth factor receptor (DNGFR). It is a HIV based lentivector, self-inactivating (SIN), lacking viral promoter and enhancer activity in its 3' long terminal repeat (LTR).

Main Features:

Fast: available combination of 2 cell location markers in one vector. Convenient: available in Lentiviral, Retroviral or non-viral vectors, for immediate in vivo and in vitro expression. Compatible with transient or stable transfections. Flexible: available with different mammalian resistance markers and Dual Reporter genes combination for different cell location. Risk-free: product covered by Canvax Quality 100% Guarantee.

Includes: Includes for 100 assays: - 15 µL FastCONTROL™ Dual Reporter (1 µg/µL) Plus Version - Includes for 100 assays: - 15 µL FastCONTROL™ Dual Reporter (1 µg/µL) - 0.2 mL CANFAST™ Transfection Reagent (1 mg/mL) - 15 µL pASSEMBLE™ Viral Packaging Vector (1 µg/ µL)æ æ ecotropic (tropism for rat or mouse cells) or amphotropic (tropism for most mammalian cells; hamster are not included).

Applications: Control for assessing the efficiency of transfection in mammalian cells. Targering of different cell locations. Obtention of cell lines with reporter proteins.