EEG Biofeedback is a learning strategy that enables persons to alter their brain waves. When information about a person's own brain wave characteristics is made available to him, he can learn to change them. You can think of it as exercise for the brain.

With EEG training the person is empowered to take control of both attention and concentration. There are no side effects (Joel Lubar 1995) associated with medications. Training helps attention when the person needs it mosr, for example, during the evening study hours when medication may interfere concentration or sleep. Training is the first step towards not requiring medication in order to concentrate on one's work in future years.

The simultaneous use of video and EEG is needed to verify when seizures begin and what they look like. Ambulatory monitoring provides a recording of EEG that is focused at the time patients report in a seizure diary. An event marker pushed after the fact makes the correlation between the patient's event and the EEG. This correlation is loose enough that a random EEG discharge could be misinterpreted as part of a seizure depending on when an event was signaled.

The EEG shows patterns of normal or abnormal brain electrical activity. Some abnormal patterns may occur with a number of different conditions, not just seizures. For example, certain types of waves may be seen after head trauma, TraumaAn injury or wound caused by external force or violence.Close stroke, brain tumor, or seizures.

EEG neurofeedback therapy is also called EEG neurotherapy, EEG biofeedback or "brainwave biofeedback". The feedback instrument used is an electroencephalograph (EEG) which monitors brain activity in great detail. This form of biofeedback is focused directly on retraining brain function in ways very specific to the particular diagnoses or conditions being addressed.

Routine electroencephalography (EEG) can be a useful tool in classifying a patient's seizure syndrome. Some seizure manifestations are typical for seizure onset in the temporal, frontal, parietal or occipital cortex. Specific electrical discharges from these areas can help determine where seizures originate. Unfortunately, EEG is limited by the amount of time that can be sampled. The prevalence of any specific abnormal discharge is difficult to estimate from standard EEG.

QEEG is one of the modern brain imaging techniques. Whereas PET and SPECT and fMRI scans look at how metabolic activity is distributed in the brain, the qEEG looks at how electrical activity is distributed over the scalp. In terms of imaging, nothing else is as fast in revealing brain activity as the qEEG. It is also completely non-invasive, and can be done in a clinician's office. It is well suited to the needs of the Neurofeedback clinician.

A - There are several reasons your doctor may suggest that you be admitted to the hospital for continuous monitoring. Monitoring allows your doctor to see precisely how many seizures you are having. It can also tell your doctor which drugs might be best for you by determining exactly what type of epilepsy you have. If you are being considered for epilepsy surgery, monitoring is necessary to locate the area where your seizures begin.

electroencephalogram (EEG) is a recording of brain wave activity. This test may help your doctor better understand your seizure type, by revealing transient irritable brain wave patterns that serve as a marker for epilepsy. These irritable brain wave patterns are called spike or sharp wave discharges. When localized over one brain lobe or region, spikes are considered "focal" and may signal that the seizure type is consistent with partial epilepsy (seizures that start in one part of the brain).

EEG stands for Electroencephalogram. It is a registration of the electric signals produced by the brain and measured in many different points of your scalp/head. MEG stands for Magnetoencephalogram. With MEG you measure electromagnetic fields in particular locations of the scalp. This signals from the brain are later analyzed, and they provide information to guide your doctor on your health condition.

Many medical and psychological insurance plans now cover biofeedback for various conditions. Some require co-payments. Other plans have annual caps. A prescription for the training, along with a diagnosis, may be required from a physician under the medical part of the plan, or from a licensed psychologist under the mental health services part of the plan. Medicare pays for EEG biofeedback for some conditions.

ANSWER: An E.E.G. is an electroencephalogram. This is a test most often used by neurologists to determine changes in a person's normal brain activity. When an E.E.G is performed, small metal electrodes (discs) are attached to the person's scalp. The electrodes are attached with a special type of glue that is removed after the test is done. E.E.G.'s can be done for various lengths of time, depending upon what your doctor orders. Some recordings are done to include time when you are asleep.

No. please see EEGdirectory.com and EEGassociates.org to find out more about the membership services that we offer including a listing on the EEGdirectory, membership on the EEG associates community list server, tech support, emergency loaner equipment, group advertising, bulletin board, and more.

Because of its complexity, most health care practitioners in central Texas currently refer to experienced, licensed biofeedback specialists like those at Austin Biofeedback and EEG Neurofeedback Center. A significant time commitment (in years) is required to get the extensive training and experience necessary to become expert in these technologically and anatomically intensive specialties, which include EEG, QEEG, and the various modalities of EEG neurofeedback and biofeedback.

EEG Neurofeedback therapy is a complex process working with one of the most complex parts of human anatomy. In a nut shell, EEG neurofeedback equipment monitors electrical activity produced by the brain. A neurotherapist (a licensed EEG neurofeedback professional) can correlate this brain activity with symptoms, conditions or behaviors. Feedback derived from this information is then "fed-back" in visual and auditory form to the client.

Most importantly, because it taps into the natural mechanisms that make a brain learn and grow and heal itself. EEG neurofeedback therapy, in some ways, is like weight lifting. If you challenge a weak muscle to lift more weight than it is used to lifting and you repeat the exercise over and over, the muscle, in time, develops the ability to lift the heavier weight effortlessly.

EEG neurofeedback can be compared to a process called operant conditioning. It is a learning technique that requires repetition. If initial therapy occurs less than 2 times per week, progress achieved may regress a little between sessions and more sessions may be required. Most people train at frequencies between 2 to 10 times per week.