Treatment Approach for Highly Sensitive Persons
For individuals with high sensory processing sensitivity (SPS), the evidence supports cognitive training with neurofeedback as the most promising therapeutic intervention, showing superior improvements in memory function, alongside complementary music therapy for immediate emotional regulation and anxiety reduction.
Primary Treatment Recommendation: Cognitive Training with Neurofeedback
The strongest evidence comes from a controlled trial demonstrating that 4-week app-based cognitive training with neurofeedback (CT-NF) produces superior improvements in memory and visual memory specifically in individuals with high SPS 1. This finding aligns with the neurobiological understanding that highly sensitive individuals show enhanced visual perceptiveness and memory processing as core trait characteristics.
Why This Works
The mechanism relates to how highly sensitive brains process information. Recent theoretical frameworks suggest that high-SPS individuals assign consistently high precision to incoming sensory signals through predictive processing mechanisms 2. Neurofeedback directly targets this neural processing pattern, allowing for:
- Enhanced modulation of cortical activity
- Improved sensory signal integration
- Strengthened memory consolidation pathways
Complementary Intervention: Music Therapy (Gong Sound)
Music therapy using gong sound sessions produces immediate measurable improvements in emotional self-regulation, anxiety reduction, pain intensity, and sensory overload tolerance 3. In a study of 93 participants (62 HSPs), mean CISMA scores improved by 7.0 points (p < 0.001) following each session.
Clinical Application
- Sessions provide acute relief from sensory overwhelm
- Particularly effective for managing anxiety symptoms
- Can be used as needed during high-stress periods
- Works through auditory-based emotional regulation pathways
Alternative Neurofeedback Protocol for Sensory Over-Responsiveness
For HSPs presenting primarily with sensory over-responsiveness (SOR), a targeted alpha upregulation protocol over 10 sessions shows feasibility 4. This approach demonstrated:
- Large effect sizes for life satisfaction improvement (Cohen's d = 1.18)
- Enhanced goal attainment (Cohen's d = 1.04)
- Reduced pain sensitivity (Cohen's d = 0.70)
- Decreased anxiety traits
Important caveat: The study showed power enhancement in delta, theta, beta, and gamma bands in frontal regions, but not specifically in alpha oscillations as targeted, suggesting the mechanism may differ from the intended protocol.
Psychotherapy Considerations
Highly sensitive children and adolescents show increased effectiveness in psychotherapy and prevention programs compared to non-HSP peers 5. This differential susceptibility means:
- HSPs respond more strongly to therapeutic interventions
- Prevention programs yield better outcomes in this population
- Standard evidence-based therapies may produce enhanced effects
Key Therapeutic Focus Areas
Based on qualitative research with 26 highly sensitive adults 6, therapy should address:
- Emotional responding patterns - HSPs experience heightened emotional reactivity requiring specific regulation strategies
- Overstimulation management - Core symptom requiring active intervention
- Cognitive processing depth - Leverage this strength while managing associated overwhelm
- Relatedness to others - Social sensitivity impacts relationships
Practical Coping Strategies
The evidence identifies two main coping categories 6:
1. Reducing Sensory Input
- Environmental modifications to decrease stimulation
- Strategic withdrawal from overwhelming situations
- Controlled exposure to sensory experiences
2. Psychological Strategies
- Cognitive reframing techniques
- Mindfulness-based approaches
- Emotional regulation skills training
Critical Clinical Pitfalls
Do not confuse SPS with ADHD-related sensory processing problems. While the provided guidelines extensively discuss sensory processing in ADHD 7, these represent distinct neurobiological patterns. ADHD-related sensory issues involve dopamine dysregulation and may respond to psychostimulants, whereas SPS represents a temperamental trait with different underlying mechanisms and treatment approaches.
Avoid pathologizing the trait itself. SPS functions as both a vulnerability and strength factor depending on environmental context. With adverse childhood experiences, HSPs show increased risk for anxiety, depression, and burnout 5. However, in supportive environments, the same trait confers advantages in cognitive processing and therapeutic responsiveness.
Treatment Algorithm
- Initial assessment: Confirm high SPS using validated measures (Highly Sensitive Person Scale)
- Primary intervention: Initiate 4-week cognitive training with neurofeedback program 1
- Adjunctive support: Add music therapy sessions for acute symptom management 3
- If sensory over-responsiveness predominates: Consider 10-session alpha upregulation neurofeedback protocol 4
- Concurrent psychotherapy: Leverage enhanced therapeutic responsiveness with evidence-based approaches targeting emotional regulation and overstimulation 5, 6
The evidence base for SPS-specific interventions remains limited but growing, with neurofeedback and music therapy showing the most promising objective outcomes for this population.