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AI > Chemistry and pharma


Creating better treatments with AI


The increasing use of AI promises to revolutionise drug discovery, but only if laboratories can organise their data, writes Robert Roe


I


nvestment in artificial intelligence and its use in drug discovery is increasing rapidly as organisations realise the


potential of this growing market. Causaly, an AI platform for drug


discovery and biomedical research, recently raised $60 million. Another AI drug discovery specialist, Recursion, has seen its own valuation surge after a $50 million investment from Nvidia. Recursion has four clinical trials and multiple preclinical projects targeting various cancers and diseases. The company acquired two AI drug discovery companies, Cyclica – a digital chemistry software suite and Valence – an AI/ML- powered chemical property prediction software, for $87 million. In July 2023, Recursion announced a $50 million investment from GPU maker Nvidia through a private investment


18 Scientific Computing World Summer 2023


in public entity (PIPE). Recursion also announced plans to accelerate the development of its AI foundation models for biology and chemistry, which, in collaboration with Nvidia, it intends to optimise and distribute to biotechnology companies using Nvidia cloud services. Chris Gibson, Co-founder and CEO


of Recursion, said: “With our powerful dataset and Nvidia’s accelerated computing capabilities, we intend to create groundbreaking foundation models in biology and chemistry at a scale unlike anything that has ever been released in the biological space.” Developing a new drug is an arduous


process that typically spans more than a decade, involving extensive research, development and rigorous clinical trials. There is real urgency to expedite this process. It would enable


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