Posts Tagged: pioneers in the field of neuroscience

Neurocore Takes The Neuroscience Industry By Storm

For close to fifteen years now, Neurocore has helped adults and children make the most of their brains. They have offered brain assessments and training programs at their Brain Performance Centers. The company has heavily relied on neurofeedback, EEG and qEEG to offer their services. In some instances they have included heart rate variability training in their activities.

Patients who have walked through their doors are better placed to manage stress and have sharper brains. Their susceptibility to sleep disorders is also reduced considerably. Their mind-body connections are also enhanced. Neurocore’s brain performance centers are spread out in both Michigan and Florida. The firm has made a name for itself as far as neuroscience applications are concerned.

Neurocore has also offered its services to a number of franchises as well as athletes. The sports professionals are able to keep tabs on different body systems in a bid to optimise their performances. The Portland Trail Blazers are among the high profile teams that have added neurofeedback to training programs. The stress levels and recovery of the players is monitored to help keep them in good shape.

A good number of mental disorders can also be handled thanks to the influx in brain knowledge. Patients with anxiety and depression have received treatment through the neurofeedback technology. Electroencephalography and qEEG have also come in handy in the treatment of these conditions.

Alessandro Volta and Luigi Galvani, 18th century Italian scientists, are credited as the pioneers in the field of neuroscience. Their theories and methods have been enhanced over the years to give us what we have today. They helped to demystify electrophysiology and scientists have since built on their work.

Neurocore is looking to step up their applications in neuroscience. Their team is trying to find out how neurofeedback is influenced by a host of psychological factors. The findings of this research will go a long way in influencing the general scope of neuroscience. They have the potential of turning neuroscience on its head.