ONCE UPON A GENE – EPISODE 275: How AI is Making Personalized Therapies Faster, Cheaper, and Accessible for the World’s Rarest Diseases with Steven Ringel

Get your free Nome report at www.nome.bio – Families can upload a genetic report and receive a free personalized therapy feasibility report in minutes. In this powerful conversation, Effie Parks sits down with Steven Ringel — patient, sibling of a patient, founder of the Kizuna Foundation, and CEO of Nome to discuss how AI is revolutionizing personalized medicine for the smallest rare disease communities. Diagnosed at 17 with an ultra-rare inherited retinal disease caused by mutations in the KIZ gene (and later learning his younger sister Natalie shares the exact same diagnosis), Steven refused to accept the doctors’ advice to “learn braille and prepare to go blind.” Instead, he built a 501(c)(3) to develop custom gene therapies and then launched Nome, an AI operating system that makes personalized therapies faster, cheaper, and accessible even to the tiniest patient advocacy groups. Since the original recording, Nome has exploded: they closed a $2.7 million seed round and their AI platform is now live at nome.bio Steven shares the deeply human side of rare disease, the operational bottlenecks that hold back small patient-led efforts, and how Nome’s AI acts as the “quarterback” to coordinate experts, manufacturers, and regulators — turning “maybe” into clear, actionable next steps. If you or a loved one has a genetic diagnosis and you’re wondering whether a personalized therapy could be possible, head over to www.nome.bio right now and upload your genetic report. It’s completely free, takes just minutes, and could open doors you didn’t even know existed. Steven and the Nome team built this tool because every patient deserves to know their options — no matter how rare their condition is. Thanks for listening to Once Upon a Gene! If this episode lit a spark, share it with a fellow rare disease family and help us spread the word about Nome. See you in the next episode!