Creating biologicals without refrigeration
Status
Founded
Development stage
EnsiliTech is improving the shelf-life and global accessibility of vaccines and other biological therapeutics by combatting cold chain transport and storage issues. Its novel ensilication technology, designed for both existing and new biopharmaceutical formulations, encases thermally unstable biomolecules within silica nanoshells to prevent environmental degradation. This eliminates the need for cold chain requirements that are expensive, prone to failure and generate significant carbon dioxide emissions.
Following/during her PhD at Cambridge University, Asel began developing ensilication technology to stabilise bio-pharmaceuticals in 2012, which led to the co-founding of EnsiliTech ten years later. Asel leads the company as CEO while also supervising PhD students as an Associate Professor in Chemistry at the University of Bath, as well as being an Enterprise Fellow at the Royal Academy of Engineering and a UNICEF Ambassador for its ‘Girls in Science’ programme.
Aswin became involved in the development of ensilication during his PhD at the University of Bath, and continued to work on it as a postdoc up until EnsiliTech was founded. His background in physical chemistry, biochemistry and microbiology enables him to utilise a multidisciplinary approach to vaccine formulation and stability.
Matt’s involvement in ensilication technology began during his PhD at the University of Bath, studying under Asel Sartbaeva. Since co-founding EnsiliTech, Matt’s focus at the company has been market research and validation, closing its pre-seed investment round, administering Innovate UK grants and ensuring the smooth running of day-to-day operations.