Oxford Expression Technologies

PRODUCTS

 OET specialises in recombinant protein expression. You can try our flashBAC system to obtain enhanced recombinant protein yield and quality or choose from a wide range of ready made recombinant proteins. Our products include...

* flashBAC baculovirus expression system & transfer plasmids

* Media, Transfection reagents and cell lines

* Ready made recombinant proteins and antibodies (various sources)

* Animal component free recombinant proteins and antibodies

Our range builds on our 25 years experience in the field of recombinant protein expression amassed here in Oxford, which led to the invention of the flashBAC system and revolutionised the field of baculovirus based recombinant protein expression. We continue to use our expertise to innovate and introduce new products.

SERVICES

OET provides a high quality, tailor-made and comprehensive recombinant protein expression service (from gene synthesis to protein expression/purification) to both academic and commercial labs, including large pharma and biotech companies.

* baculoXPRESS baculovirus expression service

* BacMam service - baculovirus expression in mammalian cells

* Virus Like Particle (VLP) and Vaccine Production

* Expression in bacteria, yeast and mammalian cells

* Expression in plants for animal component free proteins

 We are happy to take on projects of all scales, and work very closely with all of our clients to ensure that we are able to match the deliverables to your expectations. Our use of the best quality expression systems, combined with our extensive experience means that our service offers both best quality and best value.

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IN FOCUS

Here we focus on a selection of highly interesting recently published research papers where the flashBAC system has been used.

These papers demonstrate how the system has been used to express a variety of proteins (including virus proteins, ion channels and ribosomal proteins) for a diverse range of purposes including structural biology, immunology and the study of phosphorylation patterns.