Many scientists at Neurocore understand the effects of applied neurofeedback but not a lot of them know the history behind it. Back in the late 18th century, the founding fathers of modern electrophysiology and bioelectric theory, Luigi Galvani and Alessandro Volta, first observed the effects of applied neurofeedback by attaching frog legs to an iron fence and seeing what happened when a thunderstorm begins. They noted that the legs had a tendency to contract whenever a bolt of lightning streaked across the night sky. They later developed a hypothesis that this was being caused by the variations in the electrical current of the lightning. However, it wasn’t until around two decades later that they were able to provide evidence to definitively prove it. Read more about Neurocore at glassdoor.com.
Their findings and research would eventually pave the way for the innovation that is the electroencephalogram, more commonly known as an EEG. It’s a noninvasive procedure that involves using small metal discs better known as electrodes. You attach them to the scalp of the patient so you can monitor the electrical impulses in the brain. These devices were initially designed to treat and diagnose patients who suffer from a disorder known as epilepsy but, nowadays, it is more commonly used as a treatment method for patients with a variety of neurological disorders such as stroke, encephalitis or inflammation of the brain and a wide array of sleep disorders. Visit Patch.com to know more about Neurocore.
Almost a hundred years ago, Hans Berger was one of the very first scientists to observe the effects of an EEG machine on a human test subject. He later documented these findings in a 1929 paper he wrote that was fittingly entitled “About The Human Electroencephalogram.” His research and development eventually paved the way for the innovation that is now known as a quantitative electroencephalogram or Qeeg for short. Neurocore now uses these machines to monitor the impulses of their patients to help determine what causes depression. One day, Neurocore even hopes to use this research to discover a cure for this condition. So hopefully they’ll be able to find this cure and continue effectively treating all their patients.