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17125 results for "personalized treatment"
Swedish researchers combined two types of brain scans to create custom radiation plans for head and neck cancer patients, jumping predicted survival rates from 60% to over 90%. The breakthrough replaces the outdated one-size-fits-all approach with treatment tailored to each person's unique tumor.
After decades of limited success, cancer vaccines are finally delivering real results thanks to breakthrough genetic technologies that customize treatment to each patient's unique tumor. When combined with other therapies, these personalized vaccines are showing promise across multiple cancer types.
Scientists at Newcastle and Queen Mary universities have identified genetic markers that could transform psoriasis treatment into truly personalized care. The breakthrough analyzed over 700 patient samples using AI to decode which treatments work best for individual patients.
Yale researchers created a groundbreaking database of 520 FDA-approved drugs by studying tiny zebrafish, revealing potential personalized treatments for people with specific autism-related genetic mutations. One drug candidate successfully reversed disrupted behaviors in both fish and human brain cells.
Researchers discovered that different mutations in Rett syndrome require different treatments, opening the door to personalized medicine for children with this developmental disorder. Using advanced brain tissue models, they successfully tested mutation-specific therapies that could help thousands of patients.
Multiple breakthroughs in artificial intelligence are making personalized cancer treatment faster, cheaper, and accessible to more patients. From matching patients to clinical trials to predicting tumor behavior, these AI tools are transforming how doctors fight cancer.
Scientists just built the world's most complete collection of cancer models that act just like real tumors, giving researchers powerful new tools to find treatments that work for each patient. The free resource covers 25 cancer types and could fast-track breakthrough therapies.
Memorial Sloan Kettering Cancer Center is transforming prostate cancer treatment with personalized approaches that are saving more lives while reducing side effects. The 10-year survival rate has reached 98% thanks to advances in screening, targeted therapies, and knowing when careful monitoring works better than immediate treatment.
A groundbreaking study will use advanced imaging to personalize cancer treatment, potentially cutting unnecessary therapy while helping more patients access care. The collaboration could transform how doctors decide when prostate cancer patients have received enough treatment.
Researchers at Mayo Clinic have created a detailed map of a deep brain region that could help doctors precisely target therapies for people with drug-resistant epilepsy. The discovery shows that brain areas just 3 millimeters apart connect to completely different networks, providing a blueprint for more effective treatment.
Researchers at Children's National have discovered that a rare brain tumor previously thought to be one disease is actually three distinct types, each requiring different treatment. This breakthrough could help doctors tailor therapies to save more young lives.
A groundbreaking new therapy turns advanced melanoma patients' own tumors into powerful weapons against cancer. Dana-Farber and Mass General Hospital are now offering this personalized treatment to patients who need it most.
A 60-year-old melanoma patient in Moscow just received Russia's first personalized mRNA cancer vaccine, designed specifically for their tumor. The breakthrough treatment trains the immune system to target cancer cells unique to each patient.
Scientists have developed an AI system that reads bone marrow slides to match multiple myeloma patients with the treatments most likely to work for them. The breakthrough could help doctors personalize cancer care and spare patients from harsh therapies they don't need.
A groundbreaking approach tests cancer drugs against your actual tumor cells before treatment begins, ending the guessing game that wastes precious time. For families facing aggressive or rare cancers, this personalized medicine could mean finding the right therapy on the first try.
A new AI model can predict which cancer patients will respond to immunotherapy with nearly 10% better accuracy than existing methods. If validated in trials, COMPASS could help doctors personalize treatment and spare patients from ineffective therapies.
Doctors are discovering why weight-loss drugs work brilliantly for some people but fail for others. The answer could revolutionize how we treat obesity within just a few years.
UK scientists created a simple blood test that tells doctors whether breast cancer treatment will work before therapy even begins. The breakthrough could spare patients from months of ineffective drugs and help them find treatments that actually work.
A new FDA pathway could cut the time to get personalized CRISPR treatments from four years to just three months, making life-saving gene editing accessible to thousands of children born with rare genetic diseases. Baby KJ Muldoon became the first person to receive this revolutionary treatment in February 2025.
Scientists at VCU Massey Cancer Center and partner institutions created an AI-powered platform that tests hundreds of cancer treatments simultaneously on patients' own tumor cells. The technology could help doctors choose personalized treatments faster and improve outcomes for cancers with limited options.
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