Skip to content Skip to sidebar Skip to footer

Brain Mapping

Brain Mapping helps us understand what is going on inside your brain. Brain Maps, also known as a Quantitative EEG or QEEG, record you brain’s electrical activity. Before starting Neurofeedback it is essential to first complete a Brain Map to guide the therapeutic approach. Based on your brain map, we will find areas you can improve such as focus, executive functioning and impulse control. We will not be attaching labels to you because for many people labels are hard to shed and become part of one’s identity. 

What to expect during a Brain Map…

This procedure takes place in our office for a total of 20 minutes. An elastic net cap with 19 sensors will be placed on your head with gel to ensure brainwave activity is recorded. Once complete, this data will then be interpreted alongside your intake and a personalized plan will be created specifically for your goals based on the outcome from the Brain Map. We generally repeat Brain Maps around Neurofeedback session 20, so we can visually see the progress and dynamic change your brain has made.

Who Brain Mapping can help…

Children & Adolescents

We can help with…

Academic Performance

ADHD

Anger

Anxiety

Autism

Spectrum Disorder

Behavioral Issues

Concussion & Traumatic Brain Injury

Depression

Intellectual & Developmental Delay

Learning Disabilities

Obsessive Compulsive Disorder

PTSD

Sleep Issues

Stress Response

Trauma

Adults

We can help with…

Alzheimer’s

Dementia

Depression

Anxiety

Memory

PTSD

Concussion/ TBI

Stroke

Brain Fog

Learning Disability

Stress Response

Intellectual & Developmental Delay

Sleep Issues

How it works…

An elastic net cap with 19 sensors is placed on the head with some gel so that the brainwave activity can be measured. There is no piercing of the skin. Brainwaves are then recorded for 5-10 minutes with eyes closed and again with eyes open. This data is then compared to one or more normative databases. The results specify where there are problems with dysregulation and that leads to a personalized neurofeedback protocol. For example, if an ADHD individual is making too much sleepy theta waves in their left frontal lobe, that might lead to placing the sensor there during the neurofeedback sessions and training the brain to make less theta there. The Brain Map reveals the specific type of brain dysregulation which underpins the diagnosis.