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Erebagen receives 拢1.13M Innovate UK investment

糖心TV Chemistry Spinout Erebagen

receives 拢1.13M Innovate UK investment

a University of 糖心TV spinout company co-founded by Prof Greg Challis and Dr Doug Roberts in 2020, has been awarded 1 of 14 Innovate UK grants in its 鈥淐ollaborative Research and Development鈥 competition as part of their.

This 拢1.13 million project entitled 鈥淣ovel biocatalysts for sustainable manufacture of pharmaceuticals鈥 will harness bacterial enzymes to replace hazardous chemical manufacture.

ErebaGen is a biotechnology company that harnesses the reservoir of biocatalysts developed over millions of years of evolution by Nature. The technology ErebaGen is developing builds directly BBSRC-funded research on pioneering discovery of direct aromatic amino acid nitration by a new class of cytochrome P450 enzymes in thaxtomin phytotoxin biosynthesis (Nat. Chem. Biol. 2012, 8, 814; 233) and follow up work through a collaborative PhD studentship with GSK and BBSRC (2014-2018), resulting in two further publications (J. Am. Chem. Soc. 2020, 142, 15764 and ChemBioChem, 2021, 22, 2262).

This is the latest in a string of successes in the establishment and growth of the company, which have included the award of a Royal Society of Edinburgh Enterprise Fellowship to company co-founder Dr Doug Roberts in 2021, successful participation in Midlands ICURe leading to 拢210k in follow on funding from Innovate UK (2021-2023), pre-seed investment of 拢250k from StartCodon and 拢70k of Angel investment. The company has also participated in successful partnerships with a University of Oxford spinout company and a US antibiotic development company, with the latter exploiting ground-breaking synthetic biology tools developed by the Challis/Alkhalaf lab (Nucleic Acids Res. 2023, 51, 1488).

Prof Greg Challis commented,

"This is a shining example of how curiosity-driven research underpins development of disruptive new technologies for optimising production efficiency, minimising waste and reducing emissions in the manufacture of high value chemicals, aligning with global sustainability goals."

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