It was found that a device, which was developed at the Stanford University, could help restructure the damaged cerebral functions by measuring how the brain reacts to treatments that regulate the electric current.<\/p>\n
Anthony Norcia, a psychology professor who initiated the project at Stanford, says that the study aims to treat<\/strong> cognitive disorders induced by brain diseases<\/strong> and to regulate cerebral functions.<\/strong><\/p>\n Neurostimulation, which is performed through electrodes placed under the scalp, is quite promising. Electrical stimuli are sent to the brain through the electrodes of an EEG system<\/strong>, and the electrical activities created by these stimuli are measured by the same EEG system.<\/p>\n Our brain is a complex network consisting of hundreds of billions of neurons, and anything that breaks this network, such as abnormal brain development or strokes, can lead to serious disorders, including epilepsy<\/strong>, depression,<\/strong> anxiety<\/strong>, visual impairment<\/strong>, chronic pain<\/strong> and paralysis<\/strong>.<\/p>\n Researchers report that the stimulation of brain cells changes the way the neurons are stimulated and connected, which could help the brain to form new neural connections.<\/p>\n SOURCE:<\/strong><\/p>\n Next Generation EEG Could Help Bring Back Lost Brain Function<\/a><\/p><\/blockquote>\n