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13269 results for "disease modeling"
Scientists created an AI tool that tracks how diseases spread in places like cruise ships and care homes, helping stop outbreaks before they spiral. The system can predict who will get sick next and suggest exactly when to clean surfaces or isolate patients.
Brown University scientists created a breakthrough worm model that could help find treatments for alternating hemiplegia of childhood, a rare disease causing paralysis in kids. The discovery offers hope to families who've waited years for effective therapies.
Researchers discovered how to disguise healthy mitochondria so they can slip into diseased cells undetected, extending the lives of mice with a fatal genetic disorder. The breakthrough could one day help children born with rare mitochondrial diseases.
A groundbreaking treatment for Huntington's disease just cleared a major hurdle, bringing hope to 240,000 Americans affected by this devastating condition. The experimental therapy could become the first disease-modifying treatment for a disorder that has had none.
A groundbreaking treatment for myotonic dystrophy type 1 reduced toxic proteins by 40% and improved muscle function in patients who've never had disease-modifying options. The New England Journal of Medicine just published results that could lead to the first approved therapy for this progressive, often fatal disease.
A new treatment for a rare kidney disease just passed a major test, bringing hope to 330,000 patients in the U.S. and Europe. Vertex's drug successfully reduced a key disease marker by half in late-stage trials.
Researchers are creating "virtual cells" using AI that could revolutionize how we understand disease and discover new treatments. These computer models simulate real cell behavior by learning from massive biological datasets.
University of Queensland researchers have developed a breakthrough drug that could transform Motor Neurone Disease from a terminal diagnosis into a manageable chronic condition within five years. The discovery unlocks a previously untargetable immune receptor that plays a key role in neurodegenerative diseases.
Scientists at MIT built a tiny working liver model that could revolutionize how we find treatments for liver disease affecting over 100 million Americans. The breakthrough offers hope for discovering drugs that actually work for everyone.
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.
Women who survived heart disease will model in a special fashion show that raises awareness and funds to fight the leading killer of women. The Metro Jackson event shines a light on a health crisis that many women don't know threatens them most.
For the first time, a gene therapy has shown dramatic results in slowing Huntington's disease, offering hope to 8,000 UK families who've had no treatment options until now. Patients receiving the higher dose experienced 75% less disease progression over three years.
Researchers developed an AI model that predicts how ALS affects the nervous system, potentially reducing the need for animal testing while speeding up treatment discoveries. The breakthrough combines computer simulations with real-world biology to guide more precise research.
Four leading European research institutes have joined forces to speed up treatments for Alzheimer's, Parkinson's, and other brain diseases affecting millions. The CURE-ND Alliance brings together over 2,500 scientists working to transform how we understand and treat neurodegenerative diseases.
Scientists created a breakthrough forecasting system that predicts West Nile virus outbreaks across the US with 22% greater accuracy than previous methods. The climate-based model could help health officials prepare communities and save lives from a disease that's killed 3,000 Americans since 1999.
A Nashville family transformed their annual Kentucky Derby party into a powerful fundraiser after their daughter was diagnosed with an incurable nerve disease. Last year alone, they raised $75,000 for research into Charcot-Marie-Tooth disease.
Scientists can now predict how tiny DNA changes cause diseases like diabetes and cancer, thanks to a breakthrough AI tool that reads 98% of our genetic code that was previously mysterious. The model has already helped 3,000 researchers accelerate their hunt for new treatments.
NYU is solving diseases faster by throwing out the old playbook: instead of keeping scientists in separate buildings, they're mixing engineers, doctors, and AI experts into teams focused on beating specific diseases. Early wins include a startup detecting airborne pathogens and "inverse vaccines" that could cure celiac disease and allergies.
Scientists at Mayo Clinic discovered why some inflammatory bowel disease patients don't respond to standard treatments, opening the door to new therapies. The breakthrough centers on a molecule that acts like a dimmer switch for gut inflammation.
Brunei just became the first country to use artificial intelligence to predict and prevent heart disease across its entire population. The program could save thousands of lives and serve as a model for nations worldwide.
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