Fix The Root Cause
Neurofeedback is a non-invasive tool to help you teach your brain how to enhance performance
When your brain shows improvement, you get a reward
In-Home Neurofeedback Now Available
What do you want to change about your brain function? How could your brain change to improve your life?
A Brain Map allows us to assess your brainwaves and determine what areas need support and how to train them.
Once we have a destination and a map, the journey begins. I will use neurofeedback equipment to monitor your brainwaves and provide feedback when you are making positive changes.
Science Behind EEG-Biofeedback
Raise your right arm. Good. How did you do you that? How do you know that you successfully did it? Most people will say their brain sent a signal to their arm, and they know they did it because they could feel it and see it. Now, increase the relaxation in your brain. Decrease mental fog. You cannot see that or easily understand what it would feel like to make those changes. That is why neurofeedback is so powerful. I can teach you how to change those brainwave patterns while showing them to you on a screen.
There are two kind of Neurofeedback systems: passive and active. Passive systems send a signal to your brain to help jump start it. This is a gentle process, and is NOT shock therapy. Active Neurofeedback requires you to be engaged in the process. A machine reads your brainwaves, and you are rewarded when you show improvement.
You can learn more about Neurofeedback research by visiting The International Society for Neurofeedback and Research
Frequently Asked Questions
Train your brain in the comfort of your own home with unlimited sessions per month
Brain Mapping (qEEG)
A Brain Map is like a blood test for your nervous system. It can help determine why you have certain symptoms and provide a road map for correcting them. In order to run your Brain Map (also known as a quantitative electroencephalogram or qEEG), I use a cap of electrodes that monitor your brain activity.
There is no signal sent to your brain during this test. We are only monitoring your brainwaves. The entire test takes about 1 hour, and your only duty is to sit relaxed in the chair while I do all the work. It usually takes about 20-30 minutes to set up the cap, check the signal quality, and then we record 10 minutes of data. After the test is done, I will clean and sterilize the cap for the next client, and we will spend some time discussing the results. It can take up to 1-2 weeks for me to fully analyze the data, but most information is available immediately after the test is done.
Brain Map Example
To better understand what kind of information is presented in a Brain Map (or qEEG), please review the example below. Each identified section is described below the image.
You are looking at an actual recording of someone’s brainwaves (EEG). The Y-axis shows the electrode placement on the head. Generally speaking, the top of the graph is the front of the head, the middle is the top, and the bottom is the back. The X-axis is time.
The most important description of brainwaves is to say they are slow or fast. The activity in section J for example is slower than H, because it takes longer for the line to cycle making the appearance of an arc.
There is a slow moving wave at Fp2 that you can also see echos of in neighboring electrodes. This is due to eye movement likely left to right.
This is fast moving activity that we want to see in this area of the brain (frontal lobes). It means the person is alert and focused. Slow waves here are generally an indication of an issue (i.e. OCD, anxiety, ADHD, or a concussion)
Notice how thick the line appears in this section. You might think it is very fast activity, which could mean the brain is moving fast or having racing thoughts. However, this pattern is typical of muscle tension that has interfered with the brain waves. Because it is in electrode T3 (located above the left ear), we know it is likely jaw tension.
Notice the slow moving waves especially towards the end of the highlighted section. Slow waves at F3 can be a sign of depression, ADHD, disorganization, or similar conditions.
Notice this area is also moving slow (similar to section D). Slow waves here can cause a lack of motivation, depression, and other issues.
Cz is one of the most important areas on a brain map. It is a hub that connects the front of the brain to the back, and the left hemisphere to the right. Classic neurofeedback protocols from the 1960’s and 19070’s often only used Cz and nearby areas to train the brain.
You can see some slow rolling waves here that might mean the person’s brain is having difficulty passing information around.
Notice the burst of slow waves in this area. That is called an Alpha wave, and is very distinct from other waves. It is generally okay to see this wave in the back of the head, and we would expect when the person closes his or her eyes, the back of their head should be flooded with Alpha waves. If we don’t see that, then they have a program with relaxation and self soothing. This can lead to sleep issues, substance use, or be a result of trauma and PTSD.
Notice how quickly the brain is moving here. The presence of fast waves at Pz indicates the person might tend to overthink and analyze. Pz (in the middle of the parietal lobe at the back of the head) should be moving slowly similar to what we see in section G of this recording.
T5 is an important location for verbal comprehension. Slow moving waves in this area often mean the person will get lost in conversations. It is very important to assess this site for anyone diagnosed with ADHD as many people actually have auditory processing issues, not attention issues.
Slow waves like this (called Alpha waves) at T6 are often an indication of trauma or PTSD. It can also cause issues with social interactions or awkwardness, and recognizing faces or facial expressions.