New research suggests that modern conditions may trace back to Neanderthal skull traits we share with our extinct cousins.

People with Chiari malformations have a skull shape similar to Neanderthals, suggesting that the condition may be caused by ...

Researchers have measured the brain’s faint glow for the first time, hinting at a potential role of “biophotons” in cognition ...

In the hippocampus, a critical brain region for learning and memory, new cells emerge in some people into late adulthood, ...

Paleoneurobiologist Emiliano Bruner explores the superpower of projecting images and words that has allowed us to make a ...

In 1979, Hounsfield won the Nobel Prize in Physiology or Medicine for his role in the development of computer-assisted ...

Without MN1, brain segmentation is impaired, cranial nerves form abnormally, and bones in the skull develop incorrectly—mirroring defects seen in human syndromes like cleft palate, skull ...

Paradromics, a brain-computer-interface startup, inserted its brain implant in a person—briefly—in an early test of its technology.

Brad G. Smith, an ALS patient, regains communication abilities with a Neuralink implant, illustrating the potential of brain-computer interfaces in aiding speech impairments.

Brain evolution was likely influenced by social complexity, environment, and skull changes. The temporal lobe – a key area of our brain responsible for our memory and communication – could also reveal ...

The skull is the topmost section of the human skeleton. ... In the case of a concussion, the brain moves inside the skull, which harms the brain tissue. The injury may cause headaches, ...

A new study from the Max Planck Institute for Evolutionary Biology has uncovered how the MN1 gene evolved to shape both the brain and skull during embryogenesis—a link with profound implications ...