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58 results for "personalized medicine"
A new collaboration between Thailand's top hospital and engineers creates a space where doctors and tech experts can rapidly design personalized medical devices together. The "Osscentric Sandbox" aims to transform patient care while positioning Thailand as a global medical technology leader.
Doctors are finally cracking the code on rare T-cell lymphomas that have resisted treatment for decades. A team of researchers across eight major U.S. medical centers is mapping personalized treatments that could transform survival rates.
A groundbreaking study tracked real-world results from thousands of cancer patients who received medications originally approved for other cancers. The findings prove what many doctors hoped: these creative treatment approaches are genuinely helping patients live longer.
Researchers discovered genetic variants in 1 in 10 people explain why popular diabetes medications like Ozempic don't work for everyone. This breakthrough could help doctors predict treatment success and develop better alternatives.
Scientists developed an AI tool that identifies advanced bowel cancer patients unlikely to respond to a recently approved NHS drug, potentially sparing thousands from ineffective treatment and serious side effects. The breakthrough could personalize care and guide patients toward therapies that actually work for them.
New research reveals that GLP-1 medications like Wegovy improve heart and liver health even in patients who don't lose weight. The discovery could help millions more people access these life-changing drugs.
Scientists discovered that digital brain models work better when brain regions compete for resources, just like in real life. This breakthrough could revolutionize personalized medicine and help more treatments succeed in human trials.
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.
New research reveals genetic variants that explain why weight-loss drugs like semaglutide help some people lose 25% of their body weight while others see minimal results. The discovery could pave the way for more personalized treatments.
Scientists discovered that two genes can help predict who will lose weight on popular obesity medications and who might experience side effects. The breakthrough could personalize treatment for millions seeking help with weight loss.
Doctors created virtual replicas of patients' hearts to test treatments before surgery, turning a risky three-hour procedure into a 30-minute success story. All ten patients with life-threatening irregular heartbeats are now healthy, compared to just 60% with traditional methods.
Artemis II astronauts are carrying their own bone marrow cells to the moon on tiny organ chips that could revolutionize space medicine. The experiment will reveal exactly how deep space affects human bodies and help create custom medical kits for future explorers.
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 using quantum computers just identified hidden causes of long COVID that traditional AI missed, opening doors to new treatments. This breakthrough shows how quantum technology could revolutionize personalized medicine for everyone.
A groundbreaking UCLA study of nearly 94,000 diverse patients discovered how genetics predict who responds best to popular weight loss medications like Ozempic. This breakthrough could transform how doctors prescribe treatments, ensuring medications work better for everyone.
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Australian scientists taught 200,000 living human brain cells growing on a computer chip to play the 1990s video game Doom. The breakthrough brings researchers closer to building biological computers that could revolutionize personalized medicine.
British researchers discovered why identical cancer treatments work brilliantly for some patients but fail others. The breakthrough could help doctors personalize therapies and save thousands of lives.
A groundbreaking initiative promises to make personalized genetic treatments affordable and accessible for millions of children with rare diseases. The "One to Millions" platform transforms how we develop and approve individualized therapies.
Researchers discovered a specific immune cell state that explains why Long COVID lingers in some patients and links directly to fatigue and breathing problems. The breakthrough could lead to personalized treatments for millions still suffering months after infection.
Dubai is building a next-generation healthcare ecosystem to accelerate innovations in AI diagnostics, biotech, and personalized medicine. The partnership aims to transform the emirate into a global launchpad for medical breakthroughs.
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