Neurofeedback is a therapeutic approach that helps individuals regulate their activity by providing real-time feedback on their brainwave patterns. Through the use of EEG technology, neurofeedback measures brain function and identifies areas that may need improvement. By training these areas to function more efficiently, clients can enhance their cognitive performance, emotional regulation, and overall mental well-being. This non-invasive method empowers individuals to take control of their brain's health and optimize its capabilities.
We combine Neurofeedback with other therapy methods to optimise outcomes for clients.
Combining neurofeedback with other therapies is common because each approach targets different levels of mental functioning. Neurofeedback mainly trains the brain’s physiological regulation, while psychotherapy addresses thoughts, emotions, and life experiences. Together they can produce more stable and comprehensive improvements. 🧠✨
Main reasons clinicians integrate them:
1. Neurofeedback stabilizes the nervous system
Many mental health conditions—especially trauma and anxiety—are linked to dysregulated brain and nervous system activity.
Neurofeedback can help regulate:
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hyperarousal
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emotional reactivity
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attention networks
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sleep and stress physiology
By improving baseline regulation, clients often become better able to engage in therapy.
For example:
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trauma therapy requires tolerating distressing memories
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anxiety therapy requires exposure to feared situations
If the nervous system is extremely reactive, those therapies can feel overwhelming. Neurofeedback may lower that reactivity first, making therapy safer and more effective.
2. Psychotherapy processes experiences and beliefs
Neurofeedback does not directly address psychological meaning or life experiences.
Talk therapies help with:
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processing traumatic memories
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changing maladaptive beliefs
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developing coping strategies
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improving relationships
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learning emotional skills
Examples include:
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Cognitive Behavioral Therapy (CBT)
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Dialectical Behaviour Therapy (DBT)
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Schema Therapy
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Somatic Experiencing
These approaches target the psychological narrative, something neurofeedback alone does not modify.
3. Neurofeedback may enhance neuroplasticity
Some researchers believe neurofeedback may prime the brain for learning and change, improving outcomes from therapy.
Possible effects include:
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increased brain flexibility
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improved attentional control
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greater emotional regulation
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reduced defensive responses
When these capacities improve, people may be more receptive to therapeutic insights and behavioral changes.
4. Trauma treatment often requires both “bottom-up” and “top-down” approaches
Trauma experts often distinguish between:
Bottom-up approaches (body/brain regulation):
Examples:
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neurofeedback
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breathing regulation
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somatic therapies
These regulate physiological stress systems.
Top-down approaches (cognitive/emotional processing)
Examples:
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cognitive therapy
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trauma processing therapies
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narrative therapy
These work with conscious thoughts and memories.
Using both addresses the full trauma system.
5. Evidence suggests combined approaches can work better
Clinical studies in trauma populations have found neurofeedback often works best as an adjunct treatment, not a standalone intervention.
For example:
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patients receiving neurofeedback alongside trauma therapy showed greater reductions in PTSD symptoms
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improvements were seen in sleep, emotional regulation, and anxiety, which then supported psychotherapy progress.
6. Practical example
Imagine someone with severe trauma and anxiety:
Without neurofeedback
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therapy sessions trigger intense hyperarousal
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the person dissociates or shuts down
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progress is slow
With neurofeedback + therapy
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neurofeedback reduces baseline hyperarousal
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sleep and focus improve
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therapy becomes tolerable
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trauma memories can be processed safely
✅ In simple terms
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Neurofeedback: trains the brain to regulate itself
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Psychotherapy: helps understand and process experiences
Together they address both the biological and psychological aspects of mental health.
Benefits of Neurofeedback for mental health
Neurofeedback aims to improve self-regulation of brain networks, especially those related to:
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Attention and executive control (prefrontal cortex)
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Emotion regulation (amygdala–prefrontal circuits)
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Arousal and stress regulation (autonomic nervous system)
Studies using EEG and fMRI show that neurofeedback can change brain connectivity and activity patterns in emotional regulation circuits, including the prefrontal cortex, limbic system, and insula.
Some research suggests it can normalize abnormal brain oscillation dynamics associated with psychiatric conditions and reduce hyperarousal symptoms.
Emotional regulation and stress reduction
Neurofeedback training may help individuals regulate emotional responses and reduce chronic stress.
Reported improvements include:
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Reduced emotional reactivity
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Improved mood stability
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Increased ability to regulate negative emotions
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Research using EEG-fMRI neurofeedback has shown increased functional connectivity in brain regions involved in emotional regulation, accompanied by improved mood scores.
Trauma and PTSD
One of the stronger emerging applications is for post-traumatic stress disorder (PTSD) and complex trauma.
Reported therapeutic benefits
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Reduced hyperarousal
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Reduced intrusive memories
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Lower anxiety and depression
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Improved sleep and emotional regulation
Research support
A systematic review and meta-analysis of neurofeedback for PTSD found moderate effect sizes for symptom reduction across multiple studies.
Key findings:
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Standardized mean difference around –0.74 (moderate improvement)
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Benefits seen in hyperarousal, anxiety, depression, and intrusive symptoms
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Greater improvements observed in complex trauma cases and with longer training programs
Another systematic review concluded neurofeedback can produce clinically meaningful improvements in PTSD symptoms, especially when used alongside psychotherapy or medication.
Anxiety disorders
Neurofeedback has been investigated for generalized anxiety and stress-related conditions.
Reported benefits:
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Reduced physiological arousal
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Improved relaxation and emotional regulation
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Reduced anxiety symptoms
Studies show protocols targeting alpha, beta, or theta brainwave patterns can improve anxiety scores and modify EEG markers associated with stress regulation.
Neurofeedback training is thought to work by strengthening top-down regulation from the prefrontal cortex over limbic fear circuits.
ADHD and attention regulation
Neurofeedback has been widely studied for ADHD. Potential benefits reported:
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Improved sustained attention
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Reduced impulsivity
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Better processing speed and cognitive control
Earlier meta-analyses found small improvements in ADHD symptoms, especially in inattention and hyperactivity.
However, when studies use stricter controls (such as blinded raters), the effects are smaller or sometimes not significant. A more recent meta-analysis of randomized trials reported no meaningful clinical improvement at the group level, though a small benefit for processing speed was observed.
Many researchers think neurofeedback may help specific subgroups of ADHD patients with particular EEG patterns, but evidence is inconsistent.
Additional Mental-Health Applications
Research has also examined neurofeedback for:
Depression
Meta-analysis findings suggest moderate-to-large improvements in depressive symptoms and cognitive functioning following neurofeedback interventions.
Cognitive performance
Reported improvements include:
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Working memory
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Attention control
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Processing speed
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Mental fatigue reduction
These effects are thought to arise from neuroplastic learning of brain self-regulation.
Advantages Compared with Some Therapies
Potential advantages of neurofeedback include:
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Non-invasive (no medication required)
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Few reported side effects
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Targets neural mechanisms directly
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Can complement psychotherapy or medication
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May create long-term learning effects through neuroplasticity
However, benefits usually require 20–40 training sessions and consistent practice.

