I am BIO Podcast

As the global population approaches 10 billion by 2050, the challenge of providing safe, nutritious food is growing more urgent. Climate change is further straining food systems, impacting water availability, crop yields, and livestock health. In this episode, two experts discuss innovative biotech solutions aimed at addressing these pressing issues, offering hope for a sustainable path forward in feeding the world.

Since Watson and Crick discovered DNA's double helix structure in 1953, the US has been a leader in biotechnology innovation. American excellence in this field has greatly benefited people around the world. In this episode, we talk about why this leadership position may be threatened and why that matters to our national security.

David Fajgenbaum was in his third year of medical school when he was diagnosed with a rare and life-threatening disease that began shutting down his organs, bringing him perilously close to death. Although he survived the initial episode, he faced four additional relapses, each pushing him to the brink of death. In this episode, we speak with David about his relentless journey to discover the treatment that ultimately put his disease into remission. We also explore how his personal battle inspired the creation of a groundbreaking approach to help others suffering from rare diseases.

YOU asked, and we answered. In this episode, we had our experts on standby to answer questions from you, our listeners. We discuss topics ranging from the safety of genetically modified foods (GMOs), to the new era of personalized medicine, feeding the world by 2050, and even what makes start-up companies attractive to investors.

With its potential to expand the horizons of what’s possible for patients, CRISPR is the new darling of biotech. Reaching an important milestone in 2023 with the FDA approval of a sickle cell treatment using CRISPR, the technology is poised to break new barriers for treating patients in the near future. In this episode we talk with two companies working together on the next generation of CRISPR: editing cells within the body.  We discuss the progress and the challenge in making this breakthrough a reality.