Traumatic brain injury: Transcranial e-stim may help

Researchers from the University of California San Diego and from the Veterans Affairs San Diego Healthcare System have improved neural function in a group of people with mild traumatic brain injury using low-impulse electrical stimulation to the brain, according to a study published in Brain Injury. Although little is understood about the pathology of mild TBI, the team

MIT researchers find way to automate measuring brain cell signals

Engineers at the Mass. Institute of Technology are working to automate the process of recording electrical signals from a brain neuron, which could help researchers more precisely study individual brain cells that affect learning and functioning and cause cognitive diseases. “Knowing how neurons communicate is fundamental to basic and clinical neuroscience,” Ed Boyden, senior author…

Your brain doesn’t navigate like a GPS after all

Neurons were once considered the brain’s GPS, and they were subject of a Nobel Prize in 2014 that outlined the discovery of grid cells and specialized neurons that help animals keep track of their location in environments. New Stanford University research suggests that the brain and neurons just might be more complex than that. Lisa

Masimo touts adult EEG sensor

Masimo has announced that its RD SedLine EEG sensor is now available in the U.S. The EEG sensor is meant to be used with Masimo SedLine Brain Function Monitoring and is compatible with the O3 Regional Oximetry offered by Masimo. The SedLine and O3 monitor onto the Masimo Root monitoring platform to help clinicians obtain

Scientists can read minds to communicate with paralyzed patients

An international research team has developed a way to read brain chemistry to enable communication in patients who are paralyzed and unable to talk. The brain-computer interface (BCI) reads the blood oxygen levels in the brain and deciphers the thoughts of the paralyzed patient. The system was tested with four patients with complete locked-in syndrome