How Does Neurofeedback Work?
The theory of neurofeedback is based on a simple concept – When you have information on what your brainwaves are doing, your brain can use that information to change how it works BrainCore Neurofeedback is also known as EEG Biofeedback. Neurofeedback is guided exercise for the brain. It is actually a learning modality designed to retrain dysregulated brainwave patterns.
The goal of all neurofeedback is to transform an unhealthy, dysregulated brainwave pattern into a normal, healthy, organized pattern. By doing this, the brain becomes more stable and is able to operate optimally and efficiently. It is completely noninvasive and is considered by the Food and Drug Administration to be safe.
In fact the Food and Drug Administration recognizes that neurofeedback has NEVER produced a serious side effect since it was first discovered over 40 years ago. Published scientific research has demonstrated neurofeedback’s efficacy in managing many neurological conditions such as ADHD, Migraine and Tension Headache, Insomnia, Chronic Pain, Post Stroke Syndrome, Anxiety and Panic Attacks as well as many others.
Brian dysfunctions can happen to anyone for a variety of reasons. They can happen after an accident, stroke or simply due to poor nutrition. Brain core therapy may improve brain dysfunctions for patients suffering from:
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Three Benefits of Brain Core Therapy for Brain Dysfunctions
When people are suffering from these brain disorders, they feel that they have no choice but to continue suffering from the symptoms or continue medications for the rest of their lives. Brain core therapy is a safe, non-invasive and effective option to help individuals take back control over their lives as well as physical and emotional health.
1. Painless and Non-Invasive Therapy
Brain core therapy, also known as neurofeedback, is safe and generally causes no side-effects for most patients. The first step is an assessment to go over a patient’s history. After the assessment, sensors are placed on the head that measure brain waves as patients are asked to complete certain tasks or assignments. These sensors cause no pain and do not emit any type of electricity. The process serves two purposes: 1) measurement of brain waves and 2) helps therapist determine how the brain is responding to certain stimuli. With these two determinations the therapist can help the patient learn how to control their brain waves. Many patients see significant improvement in their brain dysfunction within a few weeks of consistent sessions.
2. Long Term Relief
Brain core or neurofeedback patients report that the positive effects of brain core therapy lasts long after they stop the sessions. The probable reason for this is that during brain core therapy patients are taking control over how their brain reacts to certain stimuli. Once they master this, they can continue to use that skill without ongoing sessions. A few patients need a “refresher” session to get back on track. This greatly differs from continuously taking medications or participating in therapy that only deals with the symptoms.
3. Reduction or Elimination of Prescribed Drugs
So often people suffering from any type of brain dysfunction is automatically given prescribed medications to relieve their symptoms. In many cases, patients feel some sort of relief with the medications, for a short while. What ends up happening is that the body can build a resistance to the drug and a doctor may prescribe a higher dose or an alternative, stronger medication. The side-effects can also compound a brain disorder. Additionally, the health risks and consequences of many mind altering medications have not been determined, especially in children. Brain core therapy patients can reduce their intake of medications and in many cases they can stop taking prescribed drugs after consulting with their primary care doctors.
BrainCore Neurofeedback Training
Before training sessions begin, a comprehensive assessment is performed. This assessment procedure allows the doctor to determine, in a scientifically objective manner whether a client’s brainwave patterns are different from normal.
The assessment provides the doctor with the neurofeedback training protocols that will be used during the training sessions. These protocols are designed to retrain the brainwave patterns toward normal. As the brainwave patterns normalize, the brain is able to operate more optimally and efficiently.
Once the protocols are determined the individual is hooked up to a computer using wires and sensors and the computer records their brainwave activity. These sensors are noninvasive, as no electrical current is put into the brain. The sensors simply record the brainwaves coming from the brain. Information about these brainwaves is displayed on the doctor’s monitor.
The software automatically detects when the brainwaves are properly ordered and it feeds that information back to the patient. This feedback appears in the form of a game, movie, or sound which signals the patient that the brainwaves are becoming more ordered. For example, in the image above, the patient is watching a puzzle of a picture that is being filled in piece by piece. As long as the patient’s brain waves are moving in an orderly direction, the puzzle pieces are filled in and the patient hears a tone. If the brainwave patterns move away from an orderly pattern, then the puzzle does not get filled in and no tone is produced. The patient is actually controlling the completion of the puzzle with their brain and by doing so; the brain is learning how to regulate itself.
In another design, the patient performs the training while watching a movie. In this case the patient may watch a DVD movie that is being controlled by their ability to regulate their brainwaves. The movie will get brighter as the brain waves normalize and become darker when they become dysregulated.
The brain’s natural desire to watch the movie clearly will drive those neurological circuits that normalize the brainwaves and allow the picture to be visualized. The more those circuits are driven and used – the more neuroplastic changes take hold. The patient learns how to use those new circuits during the demands of everyday life.