#231 ChatGPT and AI In Genetics with Daniel Uribe

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In this episode, we explore the intersection of artificial intelligence (AI) and genetics, focusing on the potential impact of AI policies and regulations on the field. Why do our show notes look different this week? We decided to stay on brand for this episode and use AI (shoutout Podium) to write this content. 

We discuss the rise of AI chatbots like ChatGPT and BioGPT and their potential to transform healthcare and the genomics industry by assisting humans in interpreting vast amounts of genetic data. We delve into the importance of using AI-powered tools like ChatGPT to enhance our understanding of genomic data while maintaining privacy, and we discuss The Family Vault, which helps parents maintain ownership and control of their babies' genomic data. We also explore the challenges of implementing AI solutions in the clinical genomics industry, focusing on the importance of data provenance, quality, and privacy. Join us as we examine the future of data management in a hybrid world of centralized and decentralized databases, and learn about the exciting developments in the world of genetics.

Daniel Uribe is the father of a rare disease child. He is an expert in cybersecurity, data laws, non-fungible tokens (NFTs) and genomics. Daniel is the inventor of BioNFTs to tokenize revocable digital rights over human biosamples and derived biodata based on data privacy laws to enable ethical AI training in genomics and healthcare.

Top 10 Keypoints:

AI chatbots like ChatGPT and BioGPT are transforming healthcare and genomics by assisting humans in interpreting vast amounts of genetic data.

AI policies and regulations, such as the AI Bill of Rights, are being proposed to ensure responsible and ethical AI systems in healthcare and genomics.

Data used to train AI must be accurate, properly presented, and free from bias to avoid producing misleading or harmful results.

AI-powered tools like ChatGPT can help individuals explore their genomic data while maintaining privacy and control over their genetic information.

The Family Vault enables parents to maintain ownership and control of their babies' genomic data while collaborating with researchers in federal programs.

Data provenance, quality, and privacy are essential when implementing AI solutions in the clinical genomics industry.

A hybrid world of centralized and decentralized databases is emerging for data management in genomics, with a focus on digital hygiene and controlled access to sensitive genetic information.

Creating sub-datasets and limiting access to relevant data for specific purposes can help