Please call at least 24 hours in advance with any appointment
cancellations or changes to avoid charges.

406.586.5511

Mind Maps

Under Active Brain

Normal Brain

Over Active Brain

We use state of the art 3D imaging to determine what part of the brain is overactive and or underactive. We figure this out by using a normative database. A normative database is a database of thousands of EEGs that have been recorded from people that do not have any physical or mental symptoms. We then take the information from the database and compare the electrical activity to yours. From there we determine outliers (whether parts of the brain are overactive or underactive). After we have determined where to focus on training or entrainment, we target those areas. There are multiple ways we can do that.

NeuroField

Play a specific frequency over the targeted area of the brain that will resonate with the brain to get it back on track.

View solution View Website

Neuroguide

Play video games using your actual brain waves as a remote, controlling the game itself.

LENS

Using low energy frequencies placed on specific areas of the head, we are able to push certain circuits back online and get synapses firing together again.

View solution View Website
Z Score FFT Summary Information
Absolute Power

Compares your personalized qEEG with a database norm. In turn, this tells us which areas might be responsible for specific issues.

Relative Power

Compares a frequency band with other frequency bands. Then, in turn, translates into total power of different bands and areas of the brain.

Amplitude Asymmetry

Shows us the power of each electrode site. Sometimes it can also be helpful to show us where head injuries may have occurred.

Coherence

This refers to the connectivity between different parts of the brain, and how parts of the brain are communicating with each other.

Phase Lag

Tells us how fast the brain is communicating at specific sites of the brain.

Absolute Power

Relative Power

Amplitude Asymmetry

Coherence

Phase Lag