656 - ECO-NEURO-REHABILITATION IN A VUCA WORLD: AN INTEGRATIVE MODEL TO ENHANCE PREFRONTAL REGULATION AND RESILIENCE UNDER TOXIC STRESS

Session: D14S007 - Emotion and Cognition 1
AUTHORS:
Hussein Farraj Rania (Econeurobiology Research Group, Research Authority, Oranim Academic College ~ Tivon ~ Israel) , Mualem Raed (Econeurobiology Research Group, Research Authority, Oranim Academic College ~ Tivon ~ Israel)
Abstract text:
Introduction:
In today's VUCA world—marked by uncertainty—children are increasingly exposed to toxic stress from war and displacement. Such stress disrupts the balance between bottom-up emotional reactivity and top-down prefrontal regulation, overactivating the limbic system and impairing executive functions. This imbalance undermines resilience, learning, and mental health, posing harm. Toxic stress is linked to epigenetic changes, reduced brain connectivity, and anxiety, depression.
Purpose:
This project introduces the Eco-Neuro-Rehabilitation model, developed through integration of our research with global evidence. It provides a holistic framework that mitigates neurocognitive consequences of toxic stress, strengthens prefrontal cortex (PFC) control, and promotes resilience and brain connectivity in children.
Method:
The model is grounded in an eco-systemic perspective and unites interventions across mind, soul, and body. The Mind (PFC) component integrates movement, nutrition, biofeedback, and non-invasive brain stimulation (NIBS) to enhance executive control. The Soul (Limbic System) component emphasizes nurturing environments, psychotherapy (art, CBT, game), mindfulness, music therapy, faith-based approaches, animal-assisted and horticultural therapy to foster meaning and belonging. The Body (Brain Stem) component focuses on meditation, sleep, and body-brain massage to regulate physiology and stress. Each program is personalized to developmental and cultural needs.
Framework (Expected Outcomes):
By engaging mind, soul, and body, the model is expected to reduce hyper-arousal, improve emotional regulation, strengthen functions and build resilience. Integrating research with clinical observation enhances impact.
Conclusions:
Eco-Neuro-Rehabilitation links mind, soul, and body to brain systems in addressing toxic stress. Embedding these practices in schools fosters recovery. The model also calls for rethinking school schedules and management to align with neurobiology.
Rehabilitation Outcomes:
• Mental health through mind-soul-body care.
• Enhanced PFC function and top-down regulation.
• Improved cognition and executive control.
• Strengthened emotional limbic regulation and resilience.
• Regulated brainstem functions.
This comprehensive model equips children to withstand adversity and thrive in a VUCA world.