Description
Includes: Assay Kit and Sample Preparation
Unit Size: Each
Features of the resDNASEQ Quantitative Sf9 and Baculovirus DNA Kit include:• Duplex assay design to quantitate both Sf9 and baculovirus residual DNA• Highly sensitive quantitation using proven TaqMan real-time qPCR technology• Consistent performance across the expected range of DNA fragment sizes• Includes master mix, TaqMan primer/probe mix, and Sf9 and baculovirus DNA standardThis kit is available with or without sample preparation reagents in the form of a PrepSEQ Residual DNA Sample Preparation Kit, which is optimized for highly efficient residual DNA recovery from complex mixtures of proteins, buffers, and salts.Integrated workflow solutionThe resDNASEQ Quantitative Sf9 and Baculovirus DNA Kit is part of an integrated workflow for impurity and contaminant testing during biopharmaceutical manufacturing. The kit is compatible with the PrepSEQ Residual DNA Sample Preparation Kit, which offers both a manual and automated sample preparation workflow. The resDNASEQ kit has been validated on the Applied Biosystems 7500 Fast Real-Time PCR System and the QuantStudio 5 Real-Time PCR System. Data analysis is streamlined using AccuSEQ Real-Time PCR Detection Software that provides accurate quantitation and security, audit, and e-signature capabilities to help enable 21 CFR Pt 11 compliance.Easy to useWith the resDNASEQ Quantitative Sf9 and Baculovirus DNA Kit, you perform qPCR analysis to compare the amount of Sf9 and baculovirus DNA in your test samples to standard curves generated with known amounts of purified Sf9 and baculovirus DNA standard. The resDNASEQ kit includes almost everything you need to carry out these steps, from master mix to TaqMan primer/probe mix to DNA standard, as well as step-by-step instructions.Consistent performanceFor accurate quantitation of residual Sf9 and baculovirus DNA, assay results must be unaffected by the size of the DNA molecules present in the test sample. With the resDNASEQ system you get consistent assay performance across a range of DNA fragment sizes.
