The finance will enable Cizzle to progress its research into a potential new method of diagnosing and treating lung cancer, based on the discovery of the role that the protein Ciz 1 appears to play in triggering DNA replication and cell growth. As cancer is associated with abnormal cell growth, the Cizzle team ultimately hope to confirm that blocking the actions of this protein will prevent tumours from occurring or slow down the growth of existing tumours.
The company is based on the research of Dr Dawn Coverley, Lister Research Fellow in the School of Biology at the University of York, and her collaborator Dr Justin Ainscough. She says: “Our research shows that Ciz 1 plays a role in initiation of DNA replication, and recent evidence suggests that this role is disrupted in lung cancer cells. We aim to target the disrupted form of Ciz1 to generate a completely new and selective way of both diagnosing and treating small cell lung cancers. Current chemotherapies restrain the growth of all cells in the body and therefore have poorly tolerated side effects, but what we are trying to do is target the lung cancer cells specifically.”
Lung cancers are the second most common form of cancer in the West but are the most common cause of cancer death. Small cell lung cancers, associated with cigarette smoking, account for 25 per cent of all lung cancers. Cizzle plans to develop a diagnostic test and therapy to combat this specific cancer, filling a significant gap in this market. It is also possible that this technology may be applicable to other cancers.
Coverley, whose work in this area was supported by the Yorkshire Forward Bioscience Yorkshire Enterprise Fellowship scheme (BYEF) will become Chief Scientific Officer. Simon Ward, an experienced bioscience entrepreneur who set up Sheffield biotech company Molecular Skincare Ltd, then oversaw its merger into AIM listed York Pharma was Coverley’s mentor during her time within the BYEF programme. Ward will provide consultancy services to the company.Dr Joe Wiley, Fund Manager of the White Rose Technology Seedcorn Fund said:
Dr Joe Wiley | alfa
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Enzymes behave differently in a test tube compared with the molecular scrum of a living cell. Chemists from the University of Basel have now been able to simulate these confined natural conditions in artificial vesicles for the first time. As reported in the academic journal Small, the results are offering better insight into the development of nanoreactors and artificial organelles.
Enzymes behave differently in a test tube compared with the molecular scrum of a living cell. Chemists from the University of Basel have now been able to...
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