The common question I hear is "What's the difference between neurofeedback and biofeedback?" The term biofeedback is a general term used to describe supplementary training for the body. However, most people refer to peripheral biofeedback or EMG biofeedback as simply biofeedback. EMG biofeedback is the method of learning how to control physiological functions using a device called electromyograph (EMG). Sensors are attached to the body and signs are picked up from muscle function, body temperature, arrhythmias and pancreas. When people are excited, the muscles have more electrical power than when they are relaxed. During a biofeedback session, a sensor is attached to the tense muscles. A common goal is the forehead of the muscle or frontalis, as when people emphasize, worry or stress, they tend to tense their forehead by lifting or embracing their brow. The biofeedback widget gives customers positive feedback as they consciously relax their muscles. The goal is to teach people how to gain spiritual control of involuntary physical processes. For example, an individual may be trained in autonomic vasodilation or hand warmth, technology that has been found useful for migraine headaches.
The goal of EEG biofeedback, also known as neurofeedback, is to improve brain self-esteem, unintentional process. Most people do not make a distinction between the mind and the brain, but the neurofeedback does. Neurofeedback training is not a concern to teach mind how to improve brain function. During the workplace, simply relax, focus and continue while the software teaches the brain, the organ, how to control their thoughts, feelings, and emphases. In the case of a headache in tension, both types of biofeedback can be useful. They both take the case differently, but with both types of feedback, the symptoms can be reduced or decreased altogether.
With stroke, we can not understand the brain to move us more into or away from real-time problems. We can only experience and describe symptoms and how it affects our lives. At the neurofeedback meeting, sensors are glued to the scalp and software combines these whole states into visual and acoustic signals so that the brain can handle itself. The brain immediately receives information about states that are more or less productive. Think of it as an electronic mirror. When the brain takes action, he learns how to balance thoughts, emotions and emphases.
To give practical examples of the difference between biofeedback and neurofeedback we can use the following two factors: urinary incontinence and bedwetting. A very effective program for biofeedback is to train the pelvic muscles to overcome urinary tract. Alternatively, bedwetting is easily and quickly overcome EEG biofeedback as there is more brain injury, in this case, to sleep too deeply.
Source by William C. Scott