Control/Reporter

Measure transduction efficiency of your retroviral overexpression studies with MBP’s high-titer control/reporter vectors.

The MBP control/reporter overexpression vector systems allow seamless and stable gene integration in proliferating mammalian cells. specialized retroviral systems for benchmarking stable gene integration in dividing mammalian cells. These systems are endotoxin-free and have diverse molecular biology applications, including cloning, in vitro drug screening, gene expression studies, and fluorescence-based cell tracking. 

What you will find:

• Retro-CMV Blank Retroviruses used for non-specific cellular response identification to the retroviral delivery vehicle.
• Fluorescent Reporter Retroviruses use fluorescence (e.g., GFP and RFP) for visual confirmation in real-time to identify successful transduction.
• Bicistronic GFP Reporter Vectors for enhanced experimental normalization and fluorescent signal intensity
• Epitope-Tagged Control Vectors used in immunological assays for validating protein expression and localization.
• Stop-Codon Reporter Plasmids used for assessing baseline promoter activity and translational efficiency
• CMV-Driven Control Plasmids feature transfection-ready vectors used in stable cell line generation. 

MBP high-quality control/reporters ensure reliable signal detection, well-defined backbones, and efficient reporter performance. These powerful tools enable reproducible results and stable integration across a diverse range of molecular biology applications, including promoter studies, cell line development, and functional genomics workflows.

Contact the expert team at MBP to get advanced retroviral control/reporters for your lab today.