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Nucleome Therapeutics appoints Jonny Wray, Ph.D. as Senior Vice President of Data Science and Informatics

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April 2023

Nucleome Therapeutics Limited, (‘Nucleome’ or ‘the Company’), a biotechnology company decoding the dark matter of the human genome to discover first-in-class precision medicines, today announces the appointment of Dr Jonny Wray as Senior Vice President of Data Science and Informatics, effective immediately.

Jonny is a highly skilled informatician with cross-domain expertise in drug discovery informatics, data science and computational biology. He brings more than 30 years of experience in devising and building computational, data-driven solutions to complex biological problems.

Prior to joining Nucleome Therapeutics, Jonny was the Chief Technology Officer of e-therapeutics plc where he was responsible for conceptualizing and building their computational drug discovery platform. Prior to this he held leadership roles in bioinformatics and software engineering at Five Prime Therapeutics and BD Clontech, both in the San Francisco Bay Area.

Dr Danuta Jeziorska, Chief Executive Officer and Co-founder of Nucleome Therapeutics, said: “Jonny’s experience will be invaluable as we advance our pioneering technology to decode the dark matter of the human genome. We look forward to working with him to further establish our robust 3D genomics platform to revolutionise drug target discovery.”

Dr Jonny Wray, Senior Vice President of Data Science and Informatics at Nucleome Therapeutics, added: “Nucleome’s platform has the potential to drive a paradigm shift in drug discovery. I am delighted to be joining the team at such a crucial point in the Company’s growth. I look forward to working with the computational scientists and applying my experience in building robust complex computational systems for drug discovery.”

Jonny holds a PhD from the University of Newcastle and has conducted post-doctoral work as a Fellow in Theoretical Neuroscience at The Neurosciences Institute (New York and San Diego) where his research was aimed at understanding how brain function arises from network structure.

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