DiscoverFuture-Focused with Christopher LindDecoding Diseases In Our DNA: How AI and Advanced DNA Sequencing are Revolutionizing Diagnostic Medicine
Decoding Diseases In Our DNA: How AI and Advanced DNA Sequencing are Revolutionizing Diagnostic Medicine

Decoding Diseases In Our DNA: How AI and Advanced DNA Sequencing are Revolutionizing Diagnostic Medicine

Update: 2024-09-10
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What if we could accurately predict diseases years before symptoms appear without invasive procedures? How would that transform the troubled landscape of modern healthcare?


That's the topic of conversation this week when I chat with Dr. Jonathan Hill, Associate Professor of Cell Biology at BYU and VP of Science and Technology at Wasatch. Together, we're exploring the cutting-edge intersection of AI and DNA sequencing. We unpack AI's hidden potential to decode the complex patterns hidden within our DNA, paving the way for early diagnosis and better treatment options.


In our conversation, Dr. Hill shares how his pivot from traditional medicine led to his current work at the forefront of biological research. You'll learn more about his team's innovative work in DNA methylation and how AI-driven diagnostics could radically change the landscape of modern medicine. In parallel, we talk through some of the challenges of innovation, like the chasm between academic research and practical execution, the importance of change management, and how, despite its tremendous potential, AI isn't for everything.


Whether you're a tech enthusiast, a healthcare professional, or simply curious about the future of medicine, you'll walk away from this one both inspired and informed. So, come check out how the secrets encoded in our DNA are being unlocked, one AI-driven discovery at a time.




Show Notes:


In this episode, Christopher talks with Dr. Jonathan Hill, an Associate Professor of Cell Biology at BYU and VP of Science and Tech at Wasatch, to explore the intersection of AI and DNA sequencing. The discussion highlights how AI is being leveraged for early diagnostic techniques, particularly in neurodegenerative diseases like Alzheimer's. Dr. Hill also shares insights into the collaborative approaches taken to bridge the gap between academic research and practical application. The conversation tackles the essentials of integrating AI models, ensuring the cleanliness of data, and the future of healthcare diagnostics powered by advanced technology. Don't miss this insightful dialogue that unpacks the challenges and breakthroughs in healthcare innovation.


00:00  - Introduction


01:14  - Guest Introduction: Dr. Jonathan Hill


06:56  - Challenges in Translating Research to Practice


13:33  - Collaboration and Innovation in DNA Sequencing


26:20  - Early Diagnosis of Alzheimer's with DNA Sequencing


32:10  - Innovative Lab Approaches


34:05  - Challenges and Benefits of Healthcare Innovation


40:46  - AI in Diagnostics: Three Levels of Application


51:22  - Simplifying Diagnostic Processes


01:03:44  - The Future of AI in Healthcare




#ai #healthcare #diagnostics #artificialintelligence #Alzheimers 

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Decoding Diseases In Our DNA: How AI and Advanced DNA Sequencing are Revolutionizing Diagnostic Medicine

Decoding Diseases In Our DNA: How AI and Advanced DNA Sequencing are Revolutionizing Diagnostic Medicine

Christopher Lind