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26 results for "rare diseases"
Researchers at USC are using AI to fast-track lifesaving cell and gene therapies for children with rare diseases, transforming how treatments reach the smallest patient populations. The new framework could help families access cutting-edge cures months or even years sooner.
Pearl Jam's Eddie Vedder and Canadian director Matt Finlin created a documentary following the race to cure epidermolysis bullosa, a devastating skin disease affecting children worldwide. The Netflix film captures breakthrough research that could unlock treatments for thousands of rare diseases.
Expectant parents can now enroll in a groundbreaking trial that treats Fanconi anemia before birth, potentially preventing devastating complications without harsh side effects. Stanford researchers are infusing healthy stem cells from mothers to their babies in the womb.
Morocco just launched a Precision Medicine Hub that will help thousands of patients with rare diseases get faster diagnoses and coordinated care. The new national center brings together advanced genetic testing, specialist teams, and patient support under one roof.
The FDA just unveiled a breakthrough framework that could bring life-saving gene therapies to thousands of children with rare diseases in a fraction of the time. For families who've watched their kids suffer while treatments stall, this changes everything.
A Philadelphia nonprofit founded by a doctor who survived a rare disease just landed $76 million to help millions of patients find treatments hiding in plain sight. Every Cure's AI tool searches thousands of existing drugs to find new uses for rare diseases that lack treatments.
Families battling ultra-rare diseases just got a major breakthrough: the FDA announced a new pathway that will speed life-saving treatments to patients who've been told for decades "there aren't enough of you to study." A baby boy's miraculous CRISPR therapy inspired the change.
The FDA just announced a new pathway that could bring life-saving gene editing treatments to patients with rare diseases in record time. For families battling conditions once considered untreatable, this could change everything.
The FDA just unveiled a new approval process that could bring life-saving treatments to millions of Americans with rare diseases in months instead of years. Families who've heard "wait for the science to catch up" finally have reason to hope.
The FDA just made it easier for life-saving gene therapies to reach patients with ultra-rare diseases who previously had few treatment options. The new pathway means families won't have to wait years for cures when the science shows real promise.
The FDA just made it easier for millions of Americans with rare diseases to access life-saving gene therapies without waiting years for traditional clinical trials. Families who were told to "wait for science to catch up" now have real hope.
A new AI system from Shanghai is helping doctors diagnose rare diseases faster and more accurately, even without expensive genetic tests. DeepRare shows its reasoning step by step, making it easier for physicians to trust and verify its conclusions.
Artificial intelligence is slashing the time and cost to develop new medicines, opening doors for treatments that were previously too expensive to pursue. The first AI-designed drugs are already in human trials.
When federal funding for rare diseases falls short, grieving parents are stepping up to fund research themselves and saving lives. Their donations are now achieving medical breakthroughs doctors once thought impossible.
Two AI-powered companies just received FDA approval to tackle thousands of rare diseases that have gone untreated for decades due to scientist shortages. Their breakthrough platforms can automate gene editing and drug discovery, potentially bringing personalized medicine to millions within 10 years.
The UK and Japan just announced a major science collaboration worth over £27 million that will advance gene therapy, quantum computing, and next-generation communications. The partnership promises breakthrough treatments for rare diseases and cutting-edge technology that could transform healthcare and digital connectivity in both nations.
After a decade of stagnation where only 5% of rare diseases had treatments, Europe is overhauling outdated regulations to bring hope to 30 million patients. New pathways are finally treating ultra-rare conditions differently than common illnesses.
A new digital platform in Sweden is making it easier for patients to share their health data for rare disease research, with over 5,000 people now registered to help scientists find answers. When patients feel informed and involved, their willingness to contribute soars to 94%.
After five decades of investigation, researchers have identified a new blood group system that could transform care for patients with rare blood types. The discovery began with one woman's unusual blood sample in 1972.
Over 100 scientists used Google DeepMind's new AI tool to hunt for diagnoses for 29 families living with mysterious genetic conditions. The technology can decode the 98% of human DNA that doesn't make proteins, opening new hope for 350 million people with undiagnosed rare diseases.
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