"Liver injury happens from a variety of causes, including drinking too much alcohol, obesity, and unhealthy diets full of ...

A CANCER that creeps up quietly, spotted when it’s too late – 60 per cent of patients will die within a year of their ...

Your hands can offer early clues to liver problems. Changes like red palms, itchy skin, brittle nails, and trembling fingers ...

Once almost exclusively seen in older adults, fatty liver disease, which can be fatal if untreated, is now one of the world’s fastest-growing diseases and it’s increasingly being seen in young people ...

A new UC Irvine study may have finally uncovered how dietary fiber protects the body from sugar’s damage, and how protecting yourself starts in the gut. Researchers at the UCI School of Medicine found ...

(WXYZ) — Diet drinks are often seen as a healthier choice than sugary drinks, but a new study suggests that may not be true. Both regular and artificially sweetened ...

A new study is revealing that artificially sweetened drinks, like diet soda, can be just as bad — or worse — than beverages that contain sugar. As little as nine ounces of a sugary drink per day ...

New research found that less than one can of soda a day can raise your risk of developing a fatty liver by up to 60% Cara Lynn Shultz is a writer-reporter at PEOPLE. Her work has previously appeared ...

Researchers released a study suggesting both sugary drinks and diet sodas are associated with a higher risk of consumers developing fatty liver disease. File Photo by Billie Jean Shaw/UPI People could ...

People could be at higher risk of fatty liver disease from both sugary sodas and diet drinks, a new study says. In fact, artificially sweetened drinks might pose a greater threat to liver health than ...

Drinking as little as one can of diet soda a day may increase the risk of nonalcohol fatty liver disease by 60%, while drinking a sugary beverage could raise the risk by 50%, a new unpublished study ...

Researchers from the Yong Loo Lin School of Medicine, National University of Singapore (NUS Medicine), have developed a novel RNA-based therapy that could transform treatment for metabolic dysfunction ...