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31 results for "personalized medicine"
Australian scientists have developed a revolutionary platform that can analyze over 100 genetic risk factors for multiple sclerosis at once. This breakthrough could lead to personalized treatments for thousands living with the unpredictable disease.
Scientists discovered a simple blood marker that predicts which depression patients will respond to the most common antidepressants, potentially sparing millions from months of trying different medications. This breakthrough could transform how doctors treat the 330 million people worldwide living with major depression.
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 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.
Japanese researchers are transforming cancer treatment with two breakthroughs: a massive DNA database for personalized prevention and a revolutionary therapy that uses the body's own cells to deliver drugs directly to tumors. These innovations could make treatment safer, cheaper, and more effective for millions.
A 9½-month-old baby became the first person ever to receive a custom gene-editing treatment designed specifically for his unique mutation. The breakthrough offers hope for thousands of rare genetic diseases that were once considered unreachable.
A biotech company just unveiled a tabletop device that can sequence your entire genome for $100, making personalized medicine more accessible than ever. This breakthrough could transform how doctors diagnose and treat diseases.
Scientists developed a computer model that predicts with 80% accuracy which probiotics will successfully settle in your gut. The breakthrough could end the guessing game of supplement shopping and unlock personalized treatments for diabetes, digestive diseases, and more.
Researchers developed a blood test that could help doctors decide which chemotherapy will work best for young men with testicular cancer. This breakthrough could spare patients from aggressive treatments that won't help them while identifying better options.
Scientists are developing swallowable electronic capsules that can diagnose disease, deliver targeted drugs, and even collect tissue samples as they travel through your digestive system. The technology could replace invasive procedures and transform treatment for millions suffering from gut diseases.
Researchers discovered how cancer reprograms defender cells into tumor allies—and identified a single molecule that could help doctors track and stop the switch. This breakthrough offers new hope for personalized cancer treatment.
Researchers created an AI tool that predicts which ovarian cancer treatments will work best for each patient right at diagnosis, using slides doctors already have. The breakthrough could help patients avoid ineffective chemotherapy and find better options faster.
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.
Researchers created the first complete map of how hundreds of mutations in a key cancer gene affect tumor growth. The breakthrough could help doctors predict cancer behavior and personalize treatments for patients.
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.
Scientists at University College London discovered that multiple sclerosis may actually be two distinct diseases with different brain damage patterns. This breakthrough could explain why treatments work for some patients but not others.
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.
Scientists discovered that human genetics strongly influences mouth bacteria and cavity risk, revealing why some people struggle with tooth decay despite good brushing habits. The breakthrough could lead to personalized dental care based on your DNA.
A mathematician-led team is using artificial intelligence to decode the human immune system, already helping pharmaceutical giants predict which patients will benefit most from life-saving treatments. Their database of 40,000 patient samples doubles yearly and could revolutionize how we treat cancer and autoimmune diseases.
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.
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