Viral-Based Gene Delivery for Mammalian Protein Expression
|Whether you’re using a hard-to-transfect mammalian cell line, an animal model, or simply want efficient gene delivery, our ViraPower™ product portfolio is the ideal choice for either transient or stable expression. We offer two ViraPower™ systems--one for lentiviral expression and one for adenoviral expression. Both systems are are highly-efficient and reproducible delivery methods for RNAi or expression constructs. Both viral systems create replication-incompetent viral particles ensuring safety, effective delivery and expression of your gene or short hairpin RNA sequence in any mammalian cell type.|
Lentiviral Expression Systems for Functional Analysis
ViraPower™ Lentiviral Expression Systems stably integrate your gene of interest into your target cell's genome, making these systems ideal for functional studies.
Adenoviral Expression Systems for Protein Production
ViraPower™ Adenoviral Expression Systems deliver your gene of interest in trans for high level protein production.
Lentiviral Systems Are Ideal for Functional Analysis Studies
- High titer
- 4-fold higher expression
There are two versions of our ViraPower HiPerform™ kits: highest accuracy titer, which allows for precise control of copy number per cell; or a fast titering, which perfect for high throughput screening studies.
ViraPower™ HiPerform Expression Kits for High Titer Accuracy
K5330-00: contains pLenti™6.3 vector for Gateway® Cloning
K5310-00: contains pLenti™6.3 vector with TOPO® Cloning
ViraPower™ HiPerform Expression Kits for Fast Titer
K5340-00: contains pLenti™7.3 vector for Gateway® Cloning
K5320-00: contains pLenti™7.3 vector with TOPO® Cloning
ViraPower™T-REx™ Lentiviral Expression System for Inducible Expression
K4965-00: contains pLenti™4 vector
Adenoviral Systems Are Perfect for Protein Production
Quickly and easily get high-level transient gene expression in any mammalian cell type
- Save days and avoid tedious hands-on cloning procedures
- Recover your clone with > 95% efficiency
- Transiently express your gene in dividing and non-dividing cells from the CMV or your own promoter