ventures
UCL spinout pioneering nanomedicine with its polyNaut platform to deliver genetic therapies to hard-to-reach sites such as the brain, CNS, and lungs.
Using AI to create predictive “Simulated Cell” models that accelerate and optimise drug discovery, with a focus on cancer treatment.
Using AI and quantum-driven screening to discover potent transition state protein inhibitors across multiple therapeutic areas.
Digital Health
Cambridge University spinout using computational and omicsdriven approaches to decode cardiovascular disease biology and discover novel therapeutics.
Developing software-driven precision dosing technology that integrates drug monitoring and pharmacology to optimise treatment across cancer and infectious diseases.
Using AI and multi-omics data to build “OrganoMaps” that reveal disease mechanisms and accelerate drug discovery across therapeutic areas.