Show Notes
In this episode of the Nucleate Podcast, Shelby Newsad, Partner at Compound VC, shares her journey from a small town in Appalachia to investing in some of the most transformative technologies shaping biotech and beyond. Starting as a first-generation college student with a pre-med background, she realized that commercialization is key to translating scientific research into real-world impact. Shelby discusses her work at Compound, a thesis-driven, research-centric venture firm investing across AI, robotics, crypto, and biotech. She explains how Compound builds deep expertise in emerging fields — developing theses, connecting with researchers, and creating ecosystems around transformational areas — to become the highest-context investors for early-stage companies. When critical gaps in the market appear, Compound even incubates companies themselves, such as in plant engineering for high-value, lower-regulation products. The conversation dives into emerging trends like autonomous science, science-driven consumer products, biohacking, and proactive healthcare. Shelby highlights the importance of individual health data ownership, the potential for brain modulation technologies, and why bold, contrarian founders are key to the future of biotech. She shares her optimism for the future, from conservation tech to cancer prevention, and invites listeners to think bigger, move earlier, and reach out with innovative ideas — and to get involved with Compound’s upcoming Research Days in San Francisco.
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The Nucleate Podcast welcomes Matias Serebrinsky, co-founder of Psymed Ventures. Raised in Argentina by a physician father and an economist mother, he shares how his early life influenced his comfort with risk and his drive to do work that helps others. Matias shares his path from Sony marketing to starting CookUnity, and eventually to building a venture fund focused on brain and mental health.
In this episode of the Nucleate Podcast, Dr. Jo Viney, co-founder, president, and CEO of Seismic Therapeutic, shares her trajectory from academic immunology training in London to major biotech companies and startup leadership. She discusses how early clinical lab exposure to autoimmune patients sparked her passion for translational science and highlights why the Boston ecosystem is an ideal place to launch biotech startups due to its unparalleled funding, incubator space, and collaborative peer networks. She also reflects on the lessons learned from co-funding Pandion Therapeutics—including how following surprising data led to a major asset acquisition by Merck—and describes the bittersweet feeling of handing off a company she helped build.
In this episode of the Nucleate Podcast, Joe Betts-LaCroix, co-founder of Retro Biosciences, traces his path from Silicon Valley hardware startups to longevity biotech, explaining that a liquidity event from his first company prompted him to reflect on the limited real-world impact of most tech products compared to medicine, which almost always meaningfully helps people. He describes Retro's approach to navigating biotech regulation through a "daughter test" – asking whether a given regulatory requirement is one he'd genuinely want applied if it were his own family member's treatment on the line. He then explains why the company has set an ambitious but achievable mission of extending healthy human lifespan by 10 years, framing it as a "right-sized" goal for a venture-backed startup.
She started out as a small-town GP in South Africa with zero idea a "biotech industry" even existed. Three decades later, Deborah Dunsire had led the launch of Gleevec — the first targeted cancer therapy ever approved — steered Millennium Pharmaceuticals through an $8.8 billion acquisition, and run two more companies through drug failures, board showdowns, and billion-dollar bets. In this episode, she takes us inside the moments that don't make the press release: a phase one cancer patient still alive today, decades after a drug nobody thought would work; a multiple myeloma patient who happened to be trial patient #007 and was actually named James Bond; and the $60,000 milk-budget cut that nearly tanked employee morale company-wide.
In this episode of the podcast we are joined by Dr. Phillip Sharp, Nobel Prize Laureate and Institute Professor at MIT, who shares his story behind the groundbreaking discovery of RNA splicing. He explains how the work ethic and problem solving instinctions he built early on eventually led him to Caltech, and then MIT, where his 1977 discovery changed how we understand gene expression.