๐Ÿ”ฌ Training Transformers to solve 95% failure rate of Cancer Trials โ€” Ron Alfa & Daniel Bear, Noetik

Latent Space ยท Beginner ยท๐Ÿ“„ Research Papers Explained ยท10h ago
Tolstoy famously wrote, 'All healthy cells are alike; each cancer cell is unhappy in its own way.' Or something like that. Cancer might be the most misunderstood disease out there. Itโ€™s not one disease, itโ€™s a family of diseases. Hundreds, maybe thousands, of unique diseases each with its own underlying biology. With this lens, saying youโ€™ll โ€œcure cancerโ€ is like saying youโ€™ll solve legos. We keep hearing AI will cure cancer, but sadly it may not be so easy. One company โ€” Noetik โ€” thinks they can use AI to break through a core bottleneck in the treatment development process. GSK recently signed a $50M deal for their technology that also includes an (undisclosed) long-term licensing deals for Noetikโ€™s models. Most big AI plays in BioTech have focused on discovery, and usually result in an in-house development effort (meaning tools companies usually become drug companies). This deal stands out in that it is a software licensing deal, and represents a commitment to a *platform* rather than a *drug*. With attention on other software tools for drug development (see the [Boltz episode](https://www.latent.space/p/boltz) and Isomorphic for example), it is starting to look like the appetite of Pharma for biotech tools has finally started to grow. Why the sudden interest?
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