Owen Rackham is an Associate Professor in Systems Biology with a decade of experience applying data-driven network biology to reprogram cellular states and translate genomic perturbations into therapeutic strategies. He blends computational algorithm development, integrative analysis of diverse biological big-data, and close experimental collaboration to uncover how genes and drugs coordinate phenotype changes for disease treatment and transdifferentiation. A co-founder of Mogrify and former Theme Lead for Cell and Molecular Medicine at The Alan Turing Institute, he navigates both academic and entrepreneurial pathways to move discoveries toward real-world cell therapies. His background in complexity sciences and natural computation (PhD, MRes, MSc) underpins a predictive approach to phenotype engineering that is as focused on mechanistic insight as on practical interventions. Based in London, he maintains active cross-institutional roles including at Duke-NUS, reflecting a global research footprint and an uncommon combination of theory, software, and translational impact.
10 years of coding experience
11 years of employment as a software developer
MSc Natural Computation, MSc Natural Computation at University of Birmingham
BSc Computer Science, BSc Computer Science at University of Exeter
Doctor of Philosophy (Ph.D.) Computational Biology, Doctor of Philosophy (Ph.D.) Computational Biology at University of Bristol
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Owen Rackham - Associate Professor In Systems Biology