Find uplifting stories about heroes, innovations, and solutions
549 results for "fatty liver"
Scientists discovered that a common vitamin found in most pharmacies could become a powerful treatment for fatty liver disease, which affects nearly one in three people worldwide. The breakthrough targets a specific genetic factor that drives the condition.
An experimental drug called DT-109 has reversed severe fatty liver disease in animals by repairing the gut barrier, offering hope for millions with MASH. The breakthrough targets the gut-liver connection rather than treating the liver alone.
UCLA researchers have discovered how to reverse chronic fatty liver disease without diet changes, offering hope to up to 3.8 million Los Angeles residents. The breakthrough targets "zombie cells" that cause liver damage.
A natural molecule made by healthy gut bacteria could protect children from liver disease linked to their mother's pregnancy diet. University of Oklahoma scientists found the compound dramatically reduced fatty liver risk in mice, opening new doors for early prevention.
Researchers at UConn have created a promising new therapy that could stop and even reverse fatty liver disease, a condition affecting billions globally with few current treatment options. The innovative approach targets a master regulator in the liver that controls over 1,000 genes crucial for metabolic function.
Scientists discovered a rare genetic mutation that directly causes fatty liver disease, potentially affecting millions worldwide. The breakthrough could lead to new targeted treatments for a condition that strikes one in three adults.
Artificial intelligence is helping doctors catch a silent epidemic affecting 1 billion people worldwide before it becomes deadly. Simple AI tools are turning routine medical tests into early warning systems for fatty liver disease.
Researchers at UConn have patented a breakthrough treatment that could reverse fatty liver disease, a condition affecting billions worldwide with almost no current cure options. The innovative approach targets the root cause of the disease rather than just managing symptoms.
Researchers in Israel discovered that two non-psychoactive cannabis compounds could treat fatty liver disease, which affects one in three adults worldwide and currently has no approved medication. The breakthrough could lead to the first drug treatment for a condition impacting millions.
Scientists discovered that GDF15, a hormone known for weight loss, can actually shield the liver from dangerous inflammation through a completely separate pathway. This finding could help millions living with advanced fatty liver disease who still face inflammation even after losing weight.
%3Amax_bytes(150000)%3Astrip_icc()%2FCannabis-Compounds-Reverse-Fatty-Liver-Disease-FT-DGTL0726-b37d8c4164cd41338ee3e866028de742.jpg)
Two cannabis compounds reversed liver damage in obese mice, offering new hope for millions with the most common chronic liver disease worldwide. Scientists are cautiously optimistic but say human trials are needed next.
Scientists at UCLA discovered that clearing out damaged immune cells reversed fatty liver disease in mice, even when they kept eating unhealthy food. The breakthrough could transform treatment for a condition affecting up to 40% of Los Angeles residents.
Scientists discovered that pairing two already-approved medications can reverse dangerous liver fat buildup and potentially reduce heart disease risk. The breakthrough could help one in three adults affected by the world's most common liver condition.
Scientists discovered that two non-intoxicating cannabis compounds dramatically reduced liver fat and improved metabolic health in new research. The breakthrough offers hope for treating a disease affecting one-third of adults worldwide.
Israeli researchers created the first digital atlas of a healthy human liver, discovering it works in eight precise zones instead of three and functions differently from mice. The breakthrough will help scientists develop better treatments for liver diseases like fatty liver disease.
Scientists at McMaster University discovered a hormone that protects the liver from inflammation through a brain pathway, offering new hope for millions with advanced fatty liver disease. The breakthrough reveals the body's own defense system could inspire treatments that work even when weight loss doesn't help.
Scientists at MIT have developed tiny injectable liver tissues that could save thousands of patients who can't get transplants. The "satellite livers" stayed healthy in mice for two months and performed essential liver functions.
For the first time, people with a severe form of fatty liver disease have real medication options that can actually reverse damage. Two new drug classes are giving hope to 15 million Americans who previously had no treatment beyond diet and exercise.
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.
Scientists have found that transplanting youthful gut bacteria into older mice reversed liver damage and suppressed a cancer-linked gene. This discovery could open new doors for treating age-related liver disease, which affects nearly 40% of adults.
Showing 20 of 549