A New Frontier in Brain Health
For far too long, our society has depended primarily on pharmaceuticals for the treatment of many brain health symptoms. This is most evident when it comes to disorders of attention, sleep, anxiety, and depression.
EEG brain mapping represents a paradigm shift in the way we address these symptoms. It provides objective imaging of the brain’s function and identifies abnormal electrical patterns that may be the root cause of the symptoms. Hundreds of peer-reviewed studies have linked abnormal EEG activity with physical and behavioral symptoms.
Additionally, research supports neurofeedback training as a highly effective, non-invasive, and safe tool to correct the brain’s abnormal electrical activity. The American Academy of Pediatrics has given it the highest level of efficacy.
What is an EEG Brain Map?
Is Your Brain Activity Affecting Your Life?
Bryan Hixson
Neuroscience Director
Attention
& Focus
Concussion
Recovery
Anxiety &
Depression
Quality of
Sleep
Memory
Migraines &
Chronic Pain
Digestion &
Immune Issues
Dementia &
Prevention
Addiction
Our Process
1
Train It
Improve your brain with EEG
biofeedback technology
Neurofeedback is a powerful tool, whereby the brain’s electrical patterns are trained using sophisticated audio/visual feedback technology that appears like a video game.
Neurofeedback is supported by substantial peer-reviewed research and is considered a safe, evidence-based intervention. The American Academy of Pediatrics has given it the highest level of efficacy, equal to stimulant medication for addressing attention disorders.
2
Compare It
A final EEG brain map to
measure your improvement
TYPICAL SYMPTOM IMPROVEMENTS:
-
Calm mind
-
Quality Sleep
-
More focused
-
More energy
Over
functioning neurons
Normal Function
Under functioning neurons
3
If You Don't Measure It...
You Can't Change It
An EEG brain map is a simple and non-invasive way to objectively measure how well your brain's communication networks are functioning. It compares your brain’s electrical patterns to a large, normative database of people your same age and gender. It then identifies specific brain regions producing significantly too much or too little electrical activity.
Too much electrical activity in specific regions of the brain can cause symptoms including: anxiety, depression, insomnia, obsessive/compulsive behavior, digestive problems, addiction, immune system issues, chronic pain, and migraines/headaches.
Too little electrical activity can cause specific brain regions to not function efficiently, which is associated with: fatigue, poor attention, impulsive actions, procrastination, poor organization, poor memory, overwhelm anxiety, and poor sleep cycles.
Over
functioning neurons
Under functioning neurons
Normal Function
Neurofeedback is to the brain...
what exercise is to the body
Using neurofeedback, we can isolate a specific region of your brain and improve areas producing too much or too little electrical activity. The process can physically strengthen the weakest regions of the brain by forming new neural connections. Additionally, it can help other regions become “unstuck” and lower electrical activity.
Neurofeedback is supported by substantial peer-reviewed research and is considered a safe, evidence-based intervention. The American Academy of Pediatrics has given it the highest level of efficacy, equal to stimulant medication for addressing attention disorders. But, unlike medication, neurofeedback has no known side effects and can provide permanent improvements in the brain.
Train Your Brain Using
Video Game Technology
Neurofeedback is a powerful tool, whereby the brain’s electrical patterns are trained using sophisticated audio/visual feedback technology that appears like a video game.
EEG sensors on the scalp detect when the brain is producing optimal electrical patterns. When the sensors identify these patterns, video game technology is used to provide immediate rewards (moving the game forward) or inhibits (slowing down/stopping). The game will only advance each time the electrical patterns directly under the sensor functions optimally.