Skip to main content
Advertisement

AI Bias Analysis

4 models · Takes ~15 seconds

Science Daily

Scientists discover hidden brain switch that tells you to stop eating

ScienceDaily Composite
ShareXFacebook

Your brain’s “stop eating” signal may come from an unexpected source. Researchers found that astrocytes—once thought to just support neurons—actually play a key role in controlling appetite. After a meal, glucose triggers tanycytes, which send signals to astrocytes that then activate fullness neurons. This newly discovered pathway could lead to innovative treatments for obesity and eating disorder

S

Source

Science Daily

Read full article at Science Daily

Opens original article in a new tab

Advertisement

Related Science Stories

By age 7, most children quickly spot individuals' social biases toward social groups, study finds
Phys.org

By age 7, most children quickly spot individuals' social biases toward social groups, study finds

Most elementary school-aged children have a surprising cognitive ability: they can detect—nearly as well as adults—when someone treats people from one social group differently than another. The study, "Children's and adults' detection of social biases," published in Child Development, demonstrates children's emerging capacity to recognize and reason about social bias.

Read more →
ScienceDaily Composite
Science Daily

The brain might not create consciousness after all

Is consciousness something the brain produces, or is it woven into the fabric of reality itself? Renowned neuroscientist Christof Koch is challenging long-held scientific assumptions by confronting the “hard problem” of consciousness — why and how subjective experience exists at all. He highlights growing tensions between neuroscience, physics, and unexplained phenomena like near-death experiences and sudden moments of clarity before death.

Read more →
3D-printed 'spanlastics' could change how cancer drugs reach tumors
Phys.org

3D-printed 'spanlastics' could change how cancer drugs reach tumors

University of Mississippi research offers hope that cancer drug therapies packaged in 3D-printed carriers could deliver medication directly to tumors while reducing many of the side effects that cancer patients endure. In a study published in Pharmaceutical Research, the Ole Miss team demonstrated that 3D-printed spanlastics—a tiny carrier filled with cancer-fighting drugs—could be implanted directly at the site of a tumor and kill those cells.

Read more →
Advertisement