Early neurodevelopment presents unique challenges for functional neurology practitioners working with pediatric populations. The first two years of life establish foundational neural networks through primitive reflex integration, sensory-motor experiences, and environmental interactions that shape lifelong brain function. Understanding neuroplasticity mechanisms during this critical period is essential for addressing developmental delays, sensory processing disorders, and communication challenges in clinical practice.

This comprehensive course examines early brain development through the lens of functional neurology, exploring how primitive reflexes guide neurologic organization and how play serves as a powerful neuroplastic stimulus. You'll discover the intricate relationships between sensory-motor integration, neural pathway formation, and cognitive development, gaining evidence-based strategies for supporting optimal brain architecture in your youngest patients.

Designed for chiropractors, functional medicine practitioners, and healthcare providers specializing in pediatric neurological conditions, this training bridges developmental neuroscience research with practical clinical applications. The curriculum covers primitive reflex assessment, neuroplasticity optimization techniques, and play-based interventions that support healthy neurological development.

Dr. Kelly Zagore brings extensive expertise in functional neurology and pediatric care to this essential training. As part of the Carrick Institute's commitment to advancing clinical neuroscience education, this course provides the specialized knowledge needed to address complex developmental cases with confidence and precision.