When a child is in pain, adults who know about it do everything they can to help. It’s a powerful human instinct. And if it can be harnessed, it may hold the secret for speeding up discovery of drugs to treat rare diseases.
This is the core idea behind RARE Science, a not-for-profit research organization founded last year by Christina Waters in Encinitas, CA. The 50-year-old geneticist says there are barriers that separate communities of clinicians and researchers from one another and from parents of children with rare diseases. This obstructs the kinds of innovations kids and their families are counting on. Her organization has built a computational platform Waters calls “the rare hub.” It’s an environment where parents, researchers and medical teams can share clinical results, computational tools and other services to catalyze breakthroughs (conceptual or biochemical) that can have an immediate impact.
About half of an estimated 7,000 rare diseases begin in childhood, according to research funded by the National Institutes of Health. The conditions affect as many as 350 million children and adults globally and are responsible for 35% of deaths in the first year of life. Some 30% of children with these conditions will not live to see their fifth birthday, Waters says. She points to studies showing that it takes, on average, 14 years and $2 billion to develop new drugs, of which 95% fail in clinical trials. “For kids that can’t wait 14 years, we need a completely different approach,” Waters says. “That includes repurposing older drugs and inventing new technologies in parallel with traditional drug development.”
People who study or are afflicted with rare diseases face unusual challenges. Patient communities are small and scattered, and the conditions are often difficult to diagnose. In addition, Waters says, research and clinical groups tackling these diseases in academia and in industry sometimes operate at cross-purposes, with career incentives rooted in competition for intellectual property rights, publications and funding..
Drug repurposing is one case in point. Waters and other patient advocates believe some drugs on the market today could be combined or repurposed to help sick children. But such projects may not become a priority for drug companies until we have new and different economic models. “The misaligned incentives are detrimental,” Waters says. “Efforts should be coordinated internationally. To bring hope to kids in their lifetime, we need more sharing of data and ideas that advance our knowledge of the underlying biology.”
Waters understands the constraints in academia and in corporate science. A geneticist with a PhD from the University of California, Davis, she was a postdoctoral scholar at Caltech and also earned an MBA from UCLA. Later, she spent years running programs at small and large biopharmaceutical companies, including Novartis. “I come from that world, and I know the challenges,” Waters says. But, she envisions a world where healthy competition and “open” science can coexist. “We’re all trying to figure out how to do this,” she says. “We’re on the cusp of change.”