Curing Cancer Only Buys Seven Years
Isomorphic Labs' Max Jaderberg and Elad Gil explain why curing killer diseases won't stretch human lifespan without AI targeting aging directly.
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Elad Gil interviews Max Jaderberg, President of Isomorphic Labs, about how deep learning foundation models are transforming pharmaceutical drug discovery from empirical trial-and-error into precision in silico engineering. They discuss overcoming biopharma's long-standing productivity stagnation, phasing out animal testing with predictive AI and synthetic human tissues, structuring cross-disciplinary AI-biology teams, and utilizing precision molecule design to target complex diseases and human aging.
Isomorphic Labs' Max Jaderberg and Elad Gil explain why curing killer diseases won't stretch human lifespan without AI targeting aging directly.
Max Jaderberg explains how Isomorphic Labs matches wet lab accuracy in software to eliminate physical synthesis bottlenecks in biopharma.
Elad Gil and Max Jaderberg explain why drug approvals stay flat and how compounding AI models replace pharma's bespoke science projects.
Rat studies predict human toxicity only 30% of the time. Isomorphic Labs president Max Jaderberg explains the shift to AI and organoids.
Max Jaderberg explains why Isomorphic Labs structures research pods with five ML engineers to one domain scientist to avoid chasing vanity metrics.
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