Using a mini-chromosome for synthetic biology in Pichia pastoris
Funding of just under £50k from IBioIC enabled Ingenza to gain invaluable expertise and enhanced their ability to access new markets and end users thanks to the technology developed as a result of this project.
Modelling Gene Translation into Protein
A new predictive model for more efficient production of proteins as pharmaceuticals, industrial biocatalysts or numerous other engineering biology applications.
Advances towards new treatments for brain cancer
In this project, IBioIC funded a team of scientists at Edinburgh University to work with ILC Therapeutics to develop a platform that could produce hybrid proteins, based on the Type 1 Interferons, with enhanced cancer fighting capabilities.
Engineered yeast help deliver a route to cheaper therapeutics
Glycoproteins made using yeast have the potential to significantly reduce the cost of treatments for the NHS.
Food for fungi
IBioIC funded a collaboration between 3F BIO and the University of Strathclyde to develop and test a sustainable protein production process which advanced the company's progress towards commercialisation.
Bioprocess Development for Sustainable Protein
3F BIO delivered their 18-month Proof of Concept programme whilst commissioning their equipment and operating systems within RapidBio, our facility in Glasgow.