Brain Electrode Revolution: Biodegradable Technology for Healthy Monitoring Tips

revolutionize brain electrode interpolation with biodegradable Technology

The development of large - area brain surface electrode has been a significant discovery in the checkup field , offer the potential for real_number - time monitoring of signal in assorted cortical region . However , traditional method of deploy these electrode often involve invasive surgical procedure that semen with a host of complication . research_worker at Seoul National University have recently introduce a groundbreaking solution to this problem with the creation of a biodegradable and self - deployable tent electrode for cerebral_cortex monitoring.

The team 's advanced electrode design , as sketch in Nature Electronics , offer a minimally invasive approach to insert detector onto the surface of the homo brain . This new technology extinguish the need for extensive skull removal surgery , reduction the hazard of complication such as bleeding , swelling , and infection . Once insert , the electrode naturally degrade inside the body without departure any residue , extinguish the need for secondary removal surgery.

The device is partly make of shape memory polymer , let for easy interpolation into restrict space within the brain surface through a small hole . Additionally , the electrode are integrate with biodegradable inorganic electronic detector , supply flexibility and the ability to measure assorted neurophysiological signal from the brain without damage the detector during injection.

revolutionize brain electrode interpolation with biodegradable Technology

The development of large - area brain surface electrode has been a significant discovery in the checkup field , offer the potential for real_number - time monitoring of signal in assorted cortical region . However , traditional method of deploy these electrode often involve invasive surgical procedure that semen with a host of complication . research_worker at Seoul National University have recently introduce a groundbreaking solution to this problem with the creation of a biodegradable and self - deployable tent electrode for cerebral_cortex monitoring.

The team 's advanced electrode design , as sketch in Nature Electronics , offer a minimally invasive approach to insert detector onto the surface of the homo brain . This new technology extinguish the need for extensive skull removal surgery , reduction the hazard of complication such as bleeding , swelling , and infection . Once insert , the electrode naturally degrade inside the body without departure any residue , extinguish the need for secondary removal surgery.

The device is partly make of shape memory polymer , let for easy interpolation into restrict space within the brain surface through a small hole . Additionally , the electrode are integrate with biodegradable inorganic electronic detector , supply flexibility and the ability to measure assorted neurophysiological signal from the brain without damage the detector during injection.