Neurofeedback Training & Common Brainmapping Techniques

Neurofeedback Training & Common Brainmapping Techniques

Posted on: December 27th, 2023 by Neurohealth Associates

Brain mapping is often utilized in neurofeedback training to individualize and tailor training programs based on an individual’s specific brain activity patterns. The process typically involves assessing the individual’s baseline brain activity and identifying target areas for neurofeedback training. 

Let’s take a look at some of the most common ways brain mapping is commonly incorporated into neurofeedback.

Quantitative Electroencephalography

QEEG is a type of brain mapping that uses quantitative analysis of EEG data to provide information about brainwave patterns. Electrodes are placed on the scalp to record electrical activity, and the data are analyzed to identify specific frequencies and their amplitudes. QEEG allows the creation of a map of the brain’s electrical activity, highlighting areas of overactivity or underactivity.

Identifying Targeted Brainwave Patterns

The QEEG results help identify specific brainwave patterns associated with the individual’s symptoms or conditions. For example, if someone is seeking neurofeedback for attention issues, the mapping may reveal patterns related to attentional processes.

Customizing Neurofeedback Protocols

Based on the QEEG findings, neurofeedback practitioners can customize training protocols to target specific brainwave frequencies or patterns. The goal is to encourage desirable changes in brain activity associated with improved functioning.

Determining Neurofeedback Training Sites

The brain mapping results help determine the optimal sites for placing electrodes during neurofeedback sessions. Specific electrode placements are chosen to target the identified brain regions and their associated functions.

Frequency Bands & Training Protocols

Different frequency bands (e.g., theta, alpha, beta) are associated with specific cognitive functions and states of arousal. Brain mapping helps guide the selection of frequency bands for training. For instance, increasing beta activity may be targeted for enhancing focus and attention.

Real-Time Feedback

During neurofeedback sessions, individuals receive real-time feedback about their brainwave activity. This feedback can be presented in various forms, such as visual displays or auditory cues. The feedback is contingent on the individual achieving the desired brainwave patterns.

Reassessment & Adjustments

Brain mapping is not a one-time process. Throughout the course of neurofeedback training, reassessment with QEEG may be conducted to track changes in brainwave patterns and make adjustments to the training protocols as needed.

Enhancing Self-Regulation

The goal of neurofeedback is to enhance self-regulation of brain activity. Through the continuous feedback provided during sessions, individuals learn to modulate their brainwave patterns, promoting more optimal functioning in targeted areas.

Finding the Right Neurofeedback Training Program

Brain mapping provides valuable information for guiding neurofeedback training, however, the field is dynamic, and individual responses to neurofeedback can vary. The effectiveness of neurofeedback for specific conditions or symptoms is still an area of ongoing research, and outcomes can depend on various factors, including the expertise of the practitioner, the individual’s engagement, and the specific goals of the training. 

Individuals considering neurofeedback should consult with qualified healthcare professionals to assess their needs and determine whether neurofeedback is an appropriate option for them. Finding a licensed doctor who is trained in neurofeedback training can make all the difference.

Neurofeedback Training at NHA

Here at Neurohealth Associates, we specialize in Neurofeedback training. Neurofeedback may be helpful for training your mind, especially if you are unsure about putting yourself or your child on medication. This easy, noninvasive training can painlessly improve your mental health condition and outlook on life. Schedule a consultation with NeuroHealth Associates today and find out how we can help you.

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Neuro Fact

Scientists note that children with autism have normal-sized brains at birth, but at some point—usually at the end of the first year of life—a part of the brain called the amygdala grows on average 13% larger than in non-autistic children

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