Reframming Neurodevelopment: Insights from Total Load Theory with Patricia S. Lemer, M.ED., NCC

Description

This webinar explores the emerging framework of Total Load Theory and its application to neurodevelopmental disorders, learning challenges, sensory processing differences, and behavioral health concerns. Participants will examine how cumulative stressors—including genetic predispositions, environmental toxins, nutrition, immune dysfunction, trauma, sleep disruption, technology exposure, and sensory challenges—can impact neurological development and overall functioning.

Through a root-cause, systems-based perspective, attendees will learn how lifestyle, dietary, environmental, and sensory-motor interventions may reduce total physiological burden and support improved outcomes for children and adults with neurodevelopmental concerns. The course will also address the role of the microbiome, nutrigenomics, detoxification, nervous system regulation, movement, vision, vestibular function, and vagal nerve support in promoting development and resilience.

Practical strategies for reducing environmental and biological stressors will be presented, along with approaches for prioritizing interventions to maximize therapeutic effectiveness and support long-term wellness.

Learning Objectives

By the end of this course, participants will be able to:

1. Describe the principles of Total Load Theory and its relevance to neurodevelopmental and behavioral disorders.
2. Identify environmental, nutritional, sensory, immune, and lifestyle factors that may contribute to neurological dysregulation.
3. Explain the relationship between gut health, inflammation, immune responses, and neurodevelopmental functioning.
4. Discuss evidence-informed strategies for reducing physiological stressors and supporting nervous system regulation.
5. Apply a root-cause, multidisciplinary framework to intervention planning and therapeutic support.