Women may be biologically susceptible to binge drinking, a new animal study suggests. "We know a lot less about what drives alcohol drinking behavior in females because most studies of alcohol use ...

In a new study, the female hormone estrogen appeared to promote binge drinking in women. Photo by Adobe Stock/HealthDay News A woman's binge drinking might be related to her hormones. The female ...

There's been a historic decline in binge drinking among young men over the past few years. (Photo Illustration: Liliana Penagos for Yahoo News, photo: Getty Images) Gen Z has been hailed as the “sober ...

Gen Z women are abusing stimulants and binge drinking more than their male counterparts — and any other age group, new studies have found. Nearly 37% of women ages 18 to 25 reported excessively ...

It’s not just fraternity brothers who are guzzling one beer too many. Women and high school girls are equally likely to drink too much. According to the latest survey from the U.S. Centers for Disease ...

Past-month binge drinking between 2021 and 2023 was higher among young adult women than among men, reversing a recent period. However, men still drank more heavily than women overall. Researchers ...

A Kaiser Permanente Northern California study found that binge drinking more than 3 alcoholic beverages per day puts women at a higher risk for heart disease Charlotte Phillipp is a Weekend ...

Doctors reveal three cases of women whose bladders ruptured from binge drinking. Nov. 8, 2007— -- Women who binge drink may have more to worry about than embarrassing photos or a hangover ...

Gen Z women are now binge drinking more than their male peers — a historic first, according to a new study. Published last month in the Journal of the American Medical Association, the study analyzed ...

A new study links repeated binge drinking to persistent brain inflammation that reshapes mood, fear learning, and relapse ...

Research shows that a single drinking binge—roughly four drinks for women or five for men within about two hours—can disrupt ...