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Traditional process scale up using baculovirus is notoriously problematic, with yields dropping progressively during scale up. SynBac™ are minimized baculoviral genomes created using modern synthetic biology techniques. The SynBac™ project aims to transform fermenter-scale baculoviral production of drug targets, and manufacturing scale production of biopharmaceuticals by creating minimal baculoviral genomes displaying exceptional DNA stability. In addition to improved DNA stability, …

BacMam™ is an increasingly popular system that facilitates delivery of heterologous DNAs to broad range of mammalian transduction targets. BacMam uses baculovirus as a vector, and has distinct advantages over other mammalian transfection methods given the large heterologous DNA carrying capacity of baculovirus (>40kbp), the uptake of baculovirus by a broad range of mammalian cell types, and the sophisticated molecular biology technologies that have evolved over the last 20 years to support ge …

MultiBac™ expression system uses DNA recombination to allow for easy, high-throughput compatible construction of baculovirus vectors for multiprotein expression in insect cells. Multiprotein coexpression is required to produce protein complexes, such as multivalent vaccines, or multiple individual proteins in the same cell, such as for signaling pathways. Multiexpression technologies are also the cornerstone of the emerging synthetic biology revolution. The MultiBac™ platform has been used for p …

We invented a truly innovative product in the FastAmp® Plant Direct PCR Kit, Genotyping kit and Plant Direct PCR & Genotyping Solution. The FastAmp® line of products allows for easy and robust amplification of DNA fragments from plant tissues with high specificity and high sensitivity without the need of complicated DNA purification steps. The advanced formulation of these products also allows fast PCR cycling conditions without compromising PCR sensitivity, specificity and yield. FastAmp® …