{"version":"1.0","type":"rich","provider_name":"Acast","provider_url":"https://acast.com","height":250,"width":700,"html":"<iframe src=\"https://embed.acast.com/$/6629115d6b51e80012e3a9ed/68ac715bde10ce2ec14ae8aa?\" frameBorder=\"0\" width=\"700\" height=\"250\"></iframe>","title":"#30 Soon you'll take a drug designed by AI  | Alex Zhavoronkov","thumbnail_width":200,"thumbnail_height":200,"thumbnail_url":"https://open-images.acast.com/shows/6629115d6b51e80012e3a9ed/1756146673194-f9401f3e-261a-4f1e-9bc5-18a63f0c4fa5.jpeg?height=200","description":"<p>As you may have heard, AI-designed medicines have crossed a historic line. In this episode, Alex Zhavoronkov - CEO of Insilico Medicine and founder of ARDD walks us through how Insilico’s rentosertib became the first AI-generated small molecule with peer-reviewed clinical efficacy, while arguing against AI hype and reminding us that biology still moves at “the speed of traffic.” That duality runs through the whole conversation. On one side: a pragmatic operator obsessed with credible science, biomarkers, and clinical benchmarks; on the other: an AI visionary investing in cryonics, sketching “pharmaceutical superintelligence,” and thinking in decades, not quarters.</p><p><br></p><p>We start in Basel, home to Roche and Novartis, where ARDD was born, then trace how the conference morphed into a ”high-signal filter for longevity” - packed with startups (who also fund it), hard data, and mainstream pharma.</p><p><br></p><p>Alex looks back at his 2014 Nvidia talk (”Can Nvidia solve aging?”) and explains why Insilico trains its AI to learn age first - so it actually grasps biology. Years of problem-solving with pharma turned into their Pharma.AI toolkit (Biology42, Chemistry42, Medicine42, Science42).</p><p><br></p><p>Insilico now runs 40+ programs and in an early Phase 2 study for idiopathic pulmonary fibrosis (IPF), their drug rentosertib showed a dose-dependent boost in lung capacity.</p><p>Compared with the old path - often $150–200M and ~5 years just to pick a lead molecule - Insilico says it can often reach that point for under $3M or even less. Still, Alex is cautious: no matter how smart the AI gets, real-world testing and regulation won’t speed up overnight.</p><p><br></p><p>Also in this episode:</p><p>What made Alex cry.</p><p>Why he wouldn’t give his own drug to patients - yet.</p><p>How a mirror on a conference poster led to a proposal.</p><p>How ARDD became the “WEF of longevity”.</p><p>Why internal “kill teams” try to stop their own drug candidates.</p><p>Why labeling aging a disease helps - but won’t shortcut approvals.</p><p>Why he writes to “feed AI”.</p><p>How Nvidia threads through the story - from free GPUs to Jensen’s video.</p><p><br></p><p>🚀 Special offer for our LEVITY audience: Join Vitalism today and receive a 30% discount on your membership using the code LEVITY at checkout. https://www.vitalism.io/membership</p><p><br></p><p>Show notes for this episode will be available soon after this airs. Sign up for the LEVITY newsletter to get them straight to your inbox: reachlevity.com</p><p><br></p><p>LEVITY is co-hosted by Patrick Linden, philosopher and author, and Peter Ottsjö, journalist and author.</p><p><br></p><p>CHAPTERS</p><p>00:00 – Teaser</p><p>03:08 – Introduction to Alex Zhavoronkov</p><p>06:11 – Alex talks ARDD</p><p>15:15 – Big-pharma starting to embrace ARDD</p><p>17:31 – The proposal story</p><p>24:52 – Why Alex decided to fight aging</p><p>27:44 – Neuralink, humanoids and the brain-aging bottleneck</p><p>30:52 – Keeping ARDD pharma-credible</p><p>32:02 – The path to Insilico</p><p>48:03 – The Zhavoronkov crystal ball</p><p>57:29 – The Insilico platform</p><p>1:07:16 – The rentosertib story</p><p>1:16:42 – What made Alex cry</p><p>1:17:44 – Aging-as-disease: rhetoric vs. regulation (GLP-1 analogy)</p><p>1:26:53 – Culture check: Middle East momentum, China’s stance</p><p>1:34:28 – Costs &amp; timelines: what AI compresses - and what it can’t</p><p>1:41:30 – Insilico’s fully automated lab</p><p>1:47:21 – “I respect Demis, but…”</p><p>1:51:10 – Why even superintelligence won’t skip clinical validation</p><p>1:52:15 – Cryonics as plan B: organ preservation, TimeShift, use-cases</p><p>2:00:56 – Writing Forever AI &amp; the roadmap to “pharma superintelligence”</p><p>2:06:42 – Book recommendations</p>","author_name":"Peter Ottsjö"}