PEIpro? transfection reagent is the leading chemical-based DNA transfection reagent that offers flexibility and scalability to develop a robust and sustainable Process Development for viral vector production. PEIpro? benefits from extensive research development in PEI polymer chemistry and formulation to achieve highest transfection efficiency in both adherent and suspension cell culture systems. Protocols established with PEIpro? during Process Development are directly implementable for large-scale manufacturing of preclinical and clinical batches of viral vectors with the higher quality grades of PEIpro?: PEIpro?-HQ and PEIpro?-GMP.
With its unique property to efficiently condense several plasmids of different sizes, PEIpro??transfection reagent is ideal for optimal co-transfection of several plasmids containing the gene of interest and necessary viral components to produce full recombinant virions. PEIpro??has benefited from extensive developments that made it the unique PEI-based transfection reagent that can offer the?flexibility?and?robustness?that is needed during Process Development and Scale-up; it is compatible with commercially available adherent and suspension virus production systems for lentivirus and AAV viral vectors
Brand | Polyplus-Transfection |
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Reagent Volume | 1.5ml |
Sterile | No |
Concentration | 1 mg/ml |
Molecule Delivered | Plasmid DNA and co-delivery of several plasmid DNA |
Applications | Large-scale virus production |
Virus Types | Mainly adenovirus, Adeno-Associated Viruses (AAV), Lentivirus, influenza virus, retrovirus, Virus-like particles (VLP) |
Cell Types | Mammalian producer cell lines (HEK-293, HEK-293 derivatives, BHK, VERO cell lines, virus-specific packaging cell lines. |
Number of Transfections | 100ml of PEIpro??transfection reagent is sufficient to transfect on average 50 L of cell culture |
Storage Condition | 5 ± 3°C |
Shipping Condition | Ambient |
Shelf Life | 24 months from manufacturing date |
Provided with | Protocol, certificate of analysis, certificate of origin and non-hazardous product statement |