Uploaded October 2023 | Updated September 2026, 1 week ago
By editing Ada's own genes, her 9-year-old blood cells went from being oxygen deficient to oxygen rich, allowing her to stop receiving six-hour, monthly blood transfusions for life. In clinical trials, 90% of patients were able to discontinue transfusions, effectively curing their beta thalassemia. UCSF Benioff Children's Hospital Oakland, led by Mark Walters, MD, was one of three sites that led trials resulting in FDA approval. The therapy was developed by bluebird bio.
https://www.ucsf.edu/news/2023/10/422231/two-daughters-rare-blood-disorder-and-fairytale-cure
For an audio description of this video visit the link below: youtu.be/20SqorfX3Oo
Video by Pete Bell
Additional Photos by Shawna Benson Photography shawnabensonphotography.com
By editing Ada's own genes, her 9-year-old blood cells went from being oxygen deficient to oxygen rich, allowing her to stop receiving six-hour, monthly blood transfusions for life. In clinical trials, 90% of patients were able to discontinue transfusions, effectively curing their beta thalassemia. UCSF Benioff Children's Hospital Oakland, led by Mark Walters, MD, was one of three sites that led trials resulting in FDA approval. The therapy was developed by bluebird bio.
https://www.ucsf.edu/news/2023/10/422231/two-daughters-rare-blood-disorder-and-fairytale-cure
For an audio description of this video visit the link below: youtu.be/20SqorfX3Oo
Video by Pete Bell
Additional Photos by Shawna Benson Photography shawnabensonphotography.com










