In a new study published Wednesday, June 4, in PLOS Biology, researchers at France's CNRS developed a rodent version of the test to investigate the biological underpinnings of body ownership—an ...

Whether we lose some of the skills artificial intelligence performs for us largely depends on how we use this tech ...

Mice can develop a sense of embodiment of an artificial limb, similar to humans who participate in the rubber-hand illusion ...

However, the innate sense of body ownership can be severely impacted by brain injuries, resulting in a disturbing inability to recognize one’s body parts, sometimes even leading to their active ...

All the technology and the device in the study have been developed in China and the engineers are from Tsinghua University's biomedical engineering team, said Mao, whose hospital conducted the ...

Although much of the work was done in model organisms such as mice, rats and nonhuman primates, some was done in lab dishes using human brain tissue ... On the other hand, targeting very specific ...

“That took us about 12 days and 12 nights with the team taking shifts around the clock; not because we were cutting it by hand ... brain wiring in a healthy mouse to the brain wiring in a model ...

developed what’s known as the Hand Brain model, a metaphorical expression of how the brain processes and regulates emotions, exploring the role of the limbic system and the cortex in children ...

Accardo: “These hand-like structures guide the tips of ... By better replicating how neurons grow and connect, the developed model could offer new insights into the differences between healthy brain ...

He had already been fitted with a BCI from Blackrock Neurotech made up of 192 electrodes, implanted in the area of the brain that controls hand motion. An AI model was used to map the complex ...

After artifact removal, the brain’s regions of interest were analyzed using a four-shell ellipsoidal head model. The time-series data of reconstructed sources were transformed into the frequency ...