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A new book is coming out, and the video discusses the emerging reality of nanobots, particularly in biotechnology. They promise targeted drug delivery and other medical applications, such as reducing plaque and addressing dietary issues. Originating from Richard Feynman's 1959 concept, nanotechnology operates at the nanoscale. Recent research includes DNA nanobots that detoxify blood and target tumors, showing promising results in mice. Additionally, man-made nanobots have been developed for drug delivery in dense tissues. The future of nanobots in biotech looks promising, with rapid advancements expected.

Megyn Kelly welcomes Liz Wheeler, a conservative host, to discuss a recent White House event where influencers received Epstein Files binders from Attorney General Pam Bondi. Wheeler clarifies that the meeting was not solely about the binders but aimed to connect conservative media with the Trump administration. The binders, however, contained no new information, leading to disappointment when the DOJ announced there would be no further disclosures regarding Epstein. Wheeler recounts the atmosphere at the White House, where they met with various officials, including Vice President JD Vance and President Trump, who humorously engaged with the group. The meeting's purpose was to provide access to conservative media figures, as the administration sought to bypass mainstream media, which they deemed dishonest. Wheeler explains that Bondi presented the binders as part of a transparency initiative but quickly noted they contained no significant revelations. Instead, she claimed that the Southern District of New York (SDNY) was withholding crucial documents. This revelation sparked interest among the influencers, who believed they were on the verge of breaking a significant story. The conversation shifts to the aftermath of the event, where Wheeler expresses frustration over the mixed messaging and the perception that the influencers were engaging in clickbait. She emphasizes that they were not given talking points and were genuinely surprised by the lack of substantial content in the binders. Kelly and Wheeler discuss the implications of Bondi's statements and the DOJ's announcement, which contradicted earlier claims about the existence of a client list and the nature of Epstein's death. Wheeler argues that the administration's handling of the situation has damaged trust among its base, as many feel let down by the lack of accountability regarding Epstein's crimes. The discussion then transitions to Dr. Patrick Soon-Shiong, a billionaire cancer specialist and owner of the Los Angeles Times, who joins the show to discuss his groundbreaking work in cancer treatment. He explains the significance of natural killer cells and how his research has led to the development of a treatment called Bioshield, which aims to enhance the immune response against cancer. Dr. Soon-Shiong elaborates on the potential of his treatment to not only combat cancer but also address issues related to COVID-19 and autoimmune diseases. He expresses concern about the regulatory environment and the need for a more modernized FDA that understands the complexities of current scientific advancements. The conversation concludes with Dr. Soon-Shiong's hope for collaboration with the new administration to advance cancer research and treatment, emphasizing the urgency of addressing the rising incidence of aggressive cancers in younger populations.

Cancer affects two out of five people in the US, with 90 percent succumbing due to metastasis. Hasini Jayatilaka's research reveals that cancer cells communicate through interleukin 6 and 8, enhancing movement when densely packed. Her team developed a drug cocktail targeting metastasis, a significant breakthrough as no FDA-approved therapies exist for this. Collaboration is emphasized as a vital element in their success.

In this conversation, Bob Langer, a prominent MIT professor and leading researcher in biotechnology, discusses his extensive work in drug delivery systems and tissue engineering. He emphasizes the importance of bridging theory and practice, having launched numerous successful biotech companies. Langer reflects on the duality of magic and science, noting that both can evoke fascination and surprise. He shares experiences of rejection early in his career, highlighting the emotional challenges and the importance of resilience in scientific discovery. Langer advocates for pursuing big ideas that can change the world, often inspired by exposure to influential mentors. He explains the complexities of drug discovery and delivery, detailing the challenges of targeting specific cells and crossing biological barriers. Langer discusses the potential of AI in drug development, suggesting it can analyze chemical data to identify promising compounds. He also explores tissue engineering, describing efforts to create organs and tissues from scratch, including advancements in skin and blood vessel regeneration. Langer expresses optimism about the future of regenerative medicine and its impact on longevity, while acknowledging the ongoing challenges in the field. Ultimately, he emphasizes the significance of mentorship and the accomplishments of his students as a source of pride.

Tucker Carlson interviews Dr. Patrick Soon-Shiong, a prominent cancer researcher and surgeon, discussing the alarming rise of cancer rates, particularly in younger populations. Dr. Soon-Shiong highlights the increasing incidence of pancreatic, ovarian, and colon cancers among children and young adults, sharing a distressing case of a 13-year-old with metastatic pancreatic cancer. He expresses concern over what he describes as a "non-infectious pandemic" of cancer, emphasizing the need to understand the underlying causes. Dr. Soon-Shiong explains that the immune system plays a crucial role in cancer development, stating that cancer arises when the body's natural killer cells and T cells are suppressed. He discusses the concept of "turbocharged cancers," where previously treated patients experience rapid cancer recurrence. The conversation shifts to potential causes of this phenomenon, including chronic inflammation and environmental toxins, with Dr. Soon-Shiong suggesting that COVID-19 and the mRNA vaccines may contribute to immune suppression. He draws parallels between viral infections and cancer, noting that oncogenic viruses can lead to cancer by causing persistent inflammation and inhibiting protective mechanisms in the body. Dr. Soon-Shiong mentions research indicating that COVID-19 may suppress natural killer cells, leading to increased cancer risk. He stresses the importance of clearing the virus from the body to restore immune function. The discussion also touches on the challenges faced by the medical community, including the need for better communication between oncologists and immunologists. Dr. Soon-Shiong advocates for a new approach to cancer treatment that focuses on activating the immune system rather than suppressing it, proposing a "BioShield" concept that enhances the body's natural defenses. He reflects on his career, the development of cancer therapies, and the challenges posed by regulatory bodies. Dr. Soon-Shiong emphasizes the importance of innovation in medicine and expresses hope for a future where cancer can be effectively treated through enhanced immune responses. The conversation concludes with Dr. Soon-Shiong's commitment to advancing cancer research and treatment, underscoring the urgent need for a paradigm shift in how cancer is approached and understood.

The episode centers on Sacha Schermerhorn’s mission to accelerate Alzheimer’s research by combining deep domain science with scalable AI-enabled methods. He argues that progress in Alzheimer’s has often come from negative results and redirected thinking, rather than clear success stories, and he frames Babylon Bio’s approach as a portfolio strategy to hedge risk and explore many orthogonal targets in parallel. The guest traces his motivation to both scientific curiosity and personal experience with his grandmother’s illness, describing how tau pathology and amyloid biology have shaped the field’s priorities. He emphasizes that amyloid reduction has not reliably translated into cognitive benefits, while pointing to biomarkers such as phosphorylated tau as strong predictors of imminent cognitive decline. The conversation then pivots to how Babylon’s work combines rigorous biology with modern AI: using large language models and knowledge graphs to surface non-obvious connections across disparate fields, in order to generate actionable hypotheses about which targets or drug repurposing opportunities might yield meaningful effects. The host and guest also discuss the practical realities of drug development, including the limitations of monoclonal antibodies crossing the blood–brain barrier and the promise of next‑generation strategies like transferrin-receptor–mediated delivery. Beyond science, Schermerhorn describes a scrappy, founder‑driven culture focused on “missionary” talent rather than mercenary compensation, prioritizing hiring people who will contribute deeply over time and who share an appetite for hard problems. He explains how Babylon funds multiple moonshots in parallel to amortize risk, including the potential for repurposing existing drugs and pursuing indirect routes to slow disease progression or improve patients’ quality of life, such as reducing neuroinflammation or addressing the dormant phase of the disease. The discussion also touches on the accelerating role of AI in scientific discovery, the importance of maintaining long‑term vision while delivering near‑term results, and the ethical and societal implications of AI‑assisted biology, including controversial research histories and the responsibility researchers bear as science advances.

The episode centers on how the immune system can be harnessed to prevent and treat cancer, focusing on both established immunotherapies and emerging gene-editing approaches. Dr. Alex Marson explains that cancers arise from genetic changes that disrupt normal cell regulation and that the immune system can be redirected to recognize and destroy cancer cells. The discussion covers how T cells and B cells develop receptors, the education that occurs in the thymus, and how randomness in receptor generation allows immune surveillance to cover a vast array of potential threats. A major emphasis is placed on technologies that program immune cells or target cancer more precisely, including CAR T-cells, which are engineered receptors inserted into patient T cells to recognize cancer, and CRISPR-based edits that refine how those cells respond within the tumor microenvironment. The host and guest recount the pivotal moment in 2012 when CAR T-cells and CRISPR both began to transform cancer therapy, highlighting Emily Whitehead’s fight against leukemia as a turning point and discussing how gene editing opens possibilities for solid tumors and autoimmune diseases alike. The conversation then addresses how cancers accumulate mutations over time, the role of mutagens such as tobacco and UV exposure, and the unpredictable nature of cancer risk across a lifetime. The scorched-earth approach of conventional chemotherapy is contrasted with immunotherapies like checkpoint inhibitors, which release the brakes on immune cells to attack tumors, and with targeted delivery strategies that minimize collateral damage to healthy tissue. Beyond current therapies, the guests explore delivery challenges for CRISPR in diverse cell types, the potential of lipid nanoparticles to shuttle gene-editing tools in vivo, and the broader implications of creating programmable cells for regenerative medicine and autoimmune disease treatment. Throughout, the dialogue remains anchored in the evolving landscape of cancer biology, insisting on careful risk–benefit assessments as new modalities move from the lab to the clinic and as scientists seek to balance efficacy with safety in highly personalized therapies.