Leading the Way in Life Science Technologies

GEN Exclusives

More »

GEN News Highlights

More »
September 22, 2010

GSK Obtains Rights to Delphi’s Antibiotic-Free Tech for Recombinant Vaccines

Firm claims StabyExpress platform improves yield from bacterial fermentations. [© Thomas Brugger - Fotolia.com]

  • GlaxoSmithKline (GSK) negotiated a license to Belgian firm Delphi Genetics’ antibiotic-free StabyExpress technology for the production of protein-based human vaccines. In return for the license GSK will pay Delphi relevant vaccine development milestones and royalties on future product sales. The license is the second granted by Delphi for the StabyExpress technology. In June 2009 Sanofi-Pasteur negotiated nonexclusive rights to use the technology in its recombinant vaccine production processes.

    The StabyExpress technology is based on Delphi’s StabyTM Operating System, which comprises an original set of bacterial strains and vectors. The resulting StabyExpress T7 kit contains all the elements needed to clone and express a gene of interest in Escherichia coli. The kit combines two technologies, T7 expression and Staby plasmid stabilization, which Delphi claims allow high-yield protein expression and standardization of the production protocol. Delphi claims the StabyExpress technology can be applied to any industrial protein production process that involves bacterial fermentation.

    “This is the second licensing agreement that we have announced with one of the major vaccine manufacturers,” reports Philippe Gabant, Ph.D., Delphi founder and business development director. “This demonstrates that our technology gives a competitive edge to our biopharmaceutical production partners and shows the importance of our technology in the bioindustrial world.”


Posted 9/24/2010 by Philippe Gabant

A Team of Sanofi-Pasteur just published their results in the production by fermentation with Staby Express see: [url=http://www.microbialcellfactories.com/content/9/1/65]http://www.microbialcellfactories.com/content/9/1/65[/url]   2 to 10 times more of recombinant protein in a fermentation process and this without antibiotics!


Related content

  • Finally! A cure for the Biotech News Blues.

  • Join 110,000 colleagues who rely on GEN Highlights for breaking news and exclusive articles shaping today’s life science tools and technologies.

  • Oops! Please type your email in the following format: [email protected] An error has occurred. Please contact Customer Service at [email protected]
  • You’re all set! Thank you for subscribing to GEN Highlights.