Recover From Childhood Trauma Effects With Help Of Neurofeedback


According to Mobbs, the brain consists of two areas involved in how we experience fear as shown below:

  • the reactive-fear circuit

  • the cognitive-fear circuit

It is becoming increasingly recognized that overactivity in the brain’s fear circuitry may be of fundamental relevance to not only complex PTSD and PTSD, but to many other psychiatric disorders as well and it clearly follows, therefore, that damping down the over-intensity of neuronal firing in this part of the brain may be key to effective therapy for the treatment of a whole array mental health issues. In relation to this, there is mounting excitement about how NEUROFEEDBACK / BIOFEEDBACK can benefit many individuals who suffer from acute psychological distress.


This circuit deals with threats that are IMMEDIATE and require an instant reaction (namely, activation of the ‘fight or flight’ response); it involves the interconnection between two areas of the brain as shown below :

  • the periaqueductal grey

  • midcingulate cortex


This circuit deals with threats that DO NOT require an immediate response, allowing us time to consciously consider the risk they pose to us and how we should respond to them; this circuit involves connections between the following brain areas :

  • the posterior cingulate cortex

  • the ventromedial prefrontal cortex

  • the hippocampus


Mobbs asserts that the relationship between these two brain regions can be compared to the two ends of a see-saw; in other words, as one goes up, the other comes down, which means : 

  • The more activated the reactive-fear circuit becomes, the less activated the cognitive-fear circuit becomes.

And the reverse is also true, so :

  • The more activated the cognitive-fear circuit becomes, the less activated the reactive-fear circuit becomes.

RELEVANCE TO THOSE WHO HAVE SUFFERED CHILDHOOD TRAUMA:  As we have seen from many other articles that I have already published on this site, if we have suffered severe and protracted childhood trauma we are at increased risk of developing various disorders as adults (such as complex PTSD and borderline personality disorder) which are underpinned by having oversensitive and overactive fear-response circuitry and, correspondingly, underactive cognitive-response circuitry.



Armed with this information, and by continuing to learn from the neurofeedback their brains provide them with (via the software mentioned above), the patients can then, gradually, be trained to exercise control over their brain wave activity (for example, by soothing it with visualization techniques, breathing exercises or calming thoughts, etc.).

With enough training, the patients’ dysregulated brains can be helped to heal and to become less fear-driven.   This results in the reactive-fear circuit becoming less sensitive and active which, in turn, provides the cognitive-fear circuit, as it were, ‘more room to maneuver.’ In this way, irrational feelings of fear that were originally being driven by the (unthinking and automatic) reactive-fear circuit can now be more soberly and rationally considered by the (reflective and thinking) cognitive-fear circuit and, therefore, more easily be dismissed as unwarranted, made impotent and deprived of their power to cause us anguish.  



According to Buzsaki, Professor of Neuroscience at Rutgers University, Zen meditation needs to be undertaken for years until the person practicing it is able to slow the frequency of the brain’s alpha waves and spread the alpha oscillations more forward to the front of the brain; slowing these brain waves have many beneficial effects including :

  • reducing fear

  • reducing ‘mind chatter’

  • increasing feelings of calm

  • reduce anxiety

  • reduce feelings of panic

However, Buzaki states that (as alluded to above) whilst it takes years of Zen meditation to optimally alter alpha wave brain activity, the same results can be obtained after a mere week’s training with neurofeedback.  

One study by Kluetsch and colleagues demonstrated that after a single session of neurofeedback patients showed increased neural connections and increased calmness and emotional resilience.



Kluetsch RC, Ros T, Théberge J, Frewen PA, Calhoun VD, Schmahl C, Jetly R, Lanius RA. Plastic modulation of PTSD resting-state networks and subjective wellbeing by EEG neurofeedback. Acta Psychiatr Scand. 2014 Aug;130(2):123-36. doi: 10.1111/acps.12229. Epub 2013 Nov 25. PMID: 24266644; PMCID: PMC4442612.


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