TESSA technology: a new paradigm in AAV manufacturing

Published: 1 October 2020
FastFacts
Ryan Cawood
Ryan Cawood
Founder and CEO, Oxgene
Ryan founded Oxford Genetics in 2011, after earning a first class degree in genetics and a PhD from Oxford University. The idea behind the company was to simplify and standardise the process of DNA engineering using a proprietary DNA plasmid platform called SnapFast™ that allowed researchers – for the first time – to assemble complex sections of DNA as simply as ‘molecular Lego’. Ryan used his background in genetic engineering and virology to guide and grow the business through a series of strategic changes that explored how further development of the SnapFast™ platform through in house research and development could help overcome multiple challenges in the development of new biologics. This culminated in a rebrand to OXGENE in 2019, as the company redefined itself as a leading solutions provider, using a combination of proprietary technologies to address multiple pinch-points on the journey through design, discovery, development and manufacture of a novel biologic.

Watch the video or read the poster to learn:

  • Benefits and drawbacks of current AAV viral vector production methods
  • How Tetracycline Enabled Self Silencing Adenovirus (TESSA) allows efficient, scalable AAV manufacture
  • Results from studies comparing TESSA with conventional methods

About the speaker

Ryan Cawood founded Oxford Genetics in 2011, after earning a first class degree in genetics and a PhD from Oxford University. The idea behind the company was to simplify and standardise the process of DNA engineering using a proprietary DNA plasmid platform called SnapFast™ that allowed researchers – for the first time – to assemble complex sections of DNA as simply as ‘molecular Lego’. Ryan used his background in genetic engineering and virology to guide and grow the business through a series of strategic changes that explored how further development of the SnapFast™ platform through in house research and development could help overcome multiple challenges in the development of new biologics. This culminated in a rebrand to OXGENE in 2019, as the company redefined itself as a leading solutions provider, using a combination of proprietary technologies to address multiple pinch-points on the journey through design, discovery, development and manufacture of a novel biologic.




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