AAP FactCheck – The infrared light emitted from smartphones cannot control human brain cells via a biological technique ...

Explore the science behind why we always have room for dessert, even after a full meal, and the brain's sugar cravings.

Optogenetics is a technique that allows neurons to be activated or inhibited using light. Light-sensitive proteins, called opsins, are introduced into brain cells, making their activity controllable ...

How does the brain know when the body has had enough ... Tests in mice using optogenetics showed that when these identified neurons were activated by the light, the mice ate much smaller meals.

Interrupting signals exchanged between tumors and the nervous system could become a critical pillar of cancer care ...

Researchers identified two brain areas in mice that helped the animals learn to suppress their instinctive fears of predators ...

Researchers have discovered that our desire for dessert, even when full, is controlled by the brain. The same brain cells ...

Nerve-cell ‘highways’ identified in mice suggest that stress pushes the brain towards rigid habit and away from thoughtful ...

Serotonin, a brain chemical widely recognized for its influence on mood and anxiety, has been found to operate in a ...

Researchers have identified two distinct groups of neurons that help the brain evaluate risk and reward in decision-making.

In their study published in Nature Communications, researchers identified an unusual type of brain cell they named “ovoid ...

No matter how full you are, your brain still makes dessert irresistible. Scientists have discovered how your brain pushes you toward sweets.