Here we explore peer-reviewed research and clinical evidence showing the connection between retained (unintegrated) primitive reflexes and dysfunction. A growing body of research and clinical observation show that reflex integration and innate rhythmic movements are effective for addressing many neurodevelopmental challenges.

Primitive reflexes enormously impact our development. When primitive reflexes do not reach maturity in early infancy or toddlerhood it is associated with neuro-sensory-motor challenges, including: dyslexia, ADHD, toe walking, bedwetting, sensory processing disorders, speech delay, headaches, social issues, anxiety, and motor deficits. Here we discover what may indicate retained primitive reflexes, and how we can use reflex integration to address physical, social-emotional, mental health, cognitive, and behavioral challenges for individuals of all ages.

The innate neurodevelopmental movements are an example of the intelligence inherent in human development—they are a true wonder because of their power to transform the brain, body, and sensory systems. Whether the neurodevelopmental movements are driving the brain development of an infant, helping a stroke patient recover, turning around ADHD, or resolving learning challenges in a child, their capacity to calm and mature the neuro-sensory-motor systems is unmatched. Discover how neurodevelopmental movements impact physical, social-emotional, and cognitive skills, and why they are essential to human functioning.

Awareness about the importance of primitive reflexes is growing, and approaches to addressing neurodevelopmental challenges vary widely. Here you will find articles detailing why professionals and parents embrace the Brain and Sensory Foundations program, and why this holistic combination of activities can integrate primitive reflexes while also enhancing play, connection, stress-release, and goal achievement.