#285 AI To Enhance Variant Curation with Daniel Uribe

DNA Today: A Genetics Podcast - Un podcast de Kira Dineen - Les vendredis

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In our most streamed episode of 2023, we delved into the fascinating world of Artificial Intelligence (AI) and its impact on genetics with Daniel Uribe, the founder and CEO of GenoBank.io. Now, Daniel returns to the show to provide us with insights into the latest advancements in AI technology and its applications in genetics.   In Episode #231, Daniel Uribe and our host Kira Dineen discussed the transformative potential of AI in genetics, focusing on its role in variant curation and diagnostic processes. Since then, AI has continued to evolve rapidly, revolutionizing the field of genetics and offering new possibilities for understanding health and DNA.   Danie Uribe, MBA, founder and CEO of GenoBank.io, is at the forefront of integrating AI with genomics to empower individuals and families in understanding their health and DNA. With a deep background in data science, artificial intelligence, and bioinformatics, Danie’s leadership has steered GenoBank.io to develop groundbreaking protocols that utilize BioNFTs for secure genomic data governance. His work champions the cause of data privacy and sovereignty in personal genomics, leveraging AI to demystify complex genetic information for personal health empowerment. An alumnus of IPADE Business School, Danie holds additional certifications in Ethereum Solidity Dapp, eQTL Functional Genetics, and RNA-seq Workshop. A pioneer in the DeSci movement, he is dedicated to making GenoBank.io a beacon for individuals seeking to navigate their health journey with confidence, supported by accessible and secure genomic insights.   Interview Highlights:   Advancements in AI Technology: Daniel provides an overview of the remarkable progress AI has made since our last conversation on Episode #231 in early 2023, highlighting its growing influence and expanding applications in genetics. From variant curation to diagnostic workflows, AI is transforming the way we understand and interpret genomic data.   Current Uses of AI in Genetics: Daniel explores the diverse ways in which AI is already being utilized in genetics, from prioritizing workflow for variant curation to filtering through large volumes of genomic data. He shares real-world examples of AI-driven solutions that have enhanced efficiency and accuracy in genomic analysis.   Impact on Genetic Jobs:We discuss the potential implications of AI on genetic jobs and whether AI will replace certain roles in the field. Daniel offers insights into how AI can augment the capabilities of genetic counselors and other experts, emphasizing the importance of embracing AI as a valuable tool rather than a replacement.   Enhancing Variant Curation with AI: Daniel explains the role of AI in prioritizing variants for further investigation in the curation workflow and how it accelerates the diagnostic odyssey, particularly for individuals with rare diseases. He addresses concerns about costs and disparities in variant curation and discusses the potential of AI to close these gaps.   Addressing Challenges and Security Concerns: We delve into the challenges genetic counselors face in adopting AI tools and discuss strategies for overcoming these obstacles. Daniel also highlights the importance of data security and the need for robust measures to protect individuals' data while utilizing AI tools in genetic analysis.   Regulatory Landscape and Future Outlook: Daniel provides updates on regulations and policies affecting the use of AI in genetics, particularly in the US. He shares insights into the integration of AI as a co-pilot in the profession of genetic counseling and discusses the future trajectory of AI-driven advancements in genetics.   As we navigate the dynamic landscape of AI and genetics, Daniel's expertise offers invaluable insights into the transformative potential of this technology. From improving diagnostic accuracy to addressing disparities in variant curation, AI holds immense promise for revolutionizing the field of genetics and

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