Ohyoon Kwon News Today

Brain wave characteristics were discovered in a recent study that looked at the EEG patterns of patients under anaesthesia. These findings may help

MIT researchers analyzed the EEG patterns of patients under general anesthesia and found brain wave signatures that could help doctors determine when patients are transitioning into a deep state of unconsciousness known as burst suppression, which is associated with cognitive impairments after patients wake up.

When patients undergo general anesthesia, their brain activity often slows down as they sink into unconsciousness.

A new study in which researchers examined the EEG patterns of patients under anaesthesia revealed brain wave characteristics that might aid

MIT researchers analyzed the EEG patterns of patients under general anesthesia and found brain wave signatures that could help doctors determine when patients are transitioning into a deep state of unconsciousness known as burst suppression, which is associated with cognitive impairments after patients wake up.

A new deep-learning algorithm trained to optimize doses of propofol to maintain unconsciousness during general anesthesia could augment patient monitoring, MIT researchers find.

A new study by researchers at MIT and Massachusetts General Hospital suggests the day may be approaching when advanced artificial intelligence systems could assist anesthesiologists in the operating room.