In 2004, Gunn added a regular segment on biotechnology, BioTech Nation. It has emerged as the only regular weekly mainstream programming on biotech on the national and international scene, and features interviews with biotech leaders. In its regular feature: “BioIssue of the Week”, Gunn discusses the breaking news of the day with award-winning science journalist, David Ewing Duncan.
In the U.S., Tech Nation can be heard four times each weekend on the National Public Radio website’s 24-hour Program Stream (npr.org). It airs on nearly 200 public radio stations, with multiple airtimes on the NPR Channels on XM-Sirius Satellite Radio. Globally, Tech Nation is aired three times weekly on the NPR Channels of Sirius Internet Radio and airs 25 weekly to 177 countries via Armed Forces Radio International. Tech Nation podcasts remain permanently archived on the Internet, enabling anyone, anywhere to listen to these materials on demand.
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With the recent passing of Dr. J. Craig Venter, biotech scientist and entrepreneur, we look back at Moira and David Ewing Duncan's 2007 interview with Dr. Venter. The occasion for the interview was the publication of his autobiography: "A Life Decoded: My Genome, My Life." Dr. Craig Venter was known for catalyzing the race to decode the human genome, and at the time of the interview had just decoded his own complete DNA and published it on the Internet.
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This week on BioTech Nation, we celebrate the 50th anniversary of Genentech, the first biotech company to go public. Moira speaks with CEO Ashley Magargee about the company's journey over the last 50 years, the evolution of biotech, and where they're headed next.
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This week on BioTech Nation, Andrew Farnum and Sarah LeBaron von Baeyer discuss Variant Bio’s unique approach to collecting genetic data - working specifically with indigenous tribes and more isolated populations around the globe. Could compiling this diverse genetic data reveal something about how to develop better drugs and diagnostics? And how might those sharing their data be ethically compensated for it?
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Dr. Marc Salzberg, CEO & Chief Medical Officer of Airway Therapeutics, talks about what they are doing to help preterm babies. It may all boil down to delivering these babies a single protein as soon as they are born.
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On this week's episode of BioTech Nation, Dr. Daniel Kraft discusses the "now-near-next" approach he uses when talking about innovation in healthcare...and beyond. From biotech breakthroughs to AI "agentification", this framework can help us see the bigger picture, and envision the possibilities of where we could be headed next.
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This week on BioTech Nation, we celebrate the life of the late Dr. Phil Low, Purdue University Distinguished Professor of Chemistry and biotech entrepreneur. In this 2017 interview, he describes the development of fluorescence-guided surgery - and why it's a game-changer for cancer treatment.
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On this week's BioTech Nation...want to go to space? Well...it's never too late to follow your dreams, and Tech Nation Health Chief Correspondent Dr. Daniel Kraft joins us to talk about who could medically qualify to climb aboard and rocket into orbit. His answers may surprise you...
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On this week's BioTech Nation...what could the future of American Healthcare look like? Moira speaks with Dr. Marschall Runge, University of Michigan Medical School Professor, about how Big Tech is quickly redefining the entire healthcare system. His book is, “The Great Healthcare Disruption: Big Tech, Bold Policy, and the Future of American Medicine.”
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On this week’s BioTech Nation, Moira speaks with Dr. Adam Rogers, CEO of NervGen Pharma, about a new treatment that’s showing significant trial results for patients with spinal cord injuries. While typically, patient progress is defined by the early months of recovery after the injury, some trial participants have seen increased function as much as 10 years post-trauma.
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On this week’s Biotech Nation, Moira speaks with Dr. Arun Swaminathan about an intervention for ALS that Coya Therapeutics is taking into phase two clinical trials. The goal? To stop progression of the disease in its tracks. It could even help in patients with Parkinson’s, Alzheimers, and Frontotemporal Dementia.