It’s often said that the eyes are the window to the soul—but in the field of functional neurology, they are a direct window into the brain stem and autonomic nervous system.

Hockey is widely considered the fastest sport on earth. When you are moving at 20 miles per hour on a sheet of ice, tracking a three-inch rubber puck traveling at 90 miles per hour, your muscles can only react as fast as your brain allows.

Join us for a transformative event hosted by FxN Relief at the WJCT Studios, where we bridge the gap between spiritual belief and the cutting-edge frontier of Functional Neurology.

Dr. Kemp will conduct live, real-time neurological analyses of three football players, breaking down the exact sensory and motor pathways required to dominate on every snap.

In this session of FxN University, we step away from traditional dietary trends and dive deep into the clinical science of prolonged fasting. Led by Dr. David E. Kemp, this lecture explores how structured periods of abstaining from food can act as a catalyst for neuroplasticity.

From the batter's box to the outfield, success in baseball depends on split-second neurological processing. You will see firsthand how functional neurology principles are applied to measurably improve the core mechanics of the game.

In this session of FxN University, we dive into the complex and often misunderstood role of Vitamin D in systemic health and neurological function.

Welcome to the kickoff of FxN University Season 2! We are taking the classroom out into the field—specifically, the pristine greens of Eagle Landing Golf Course—for a groundbreaking masterclass on the intersection of human neuroanatomy and athletic performance.

Before we progress further, this session will be dedicated to a comprehensive review of the foundational concepts and principles we've covered so far. This is an essential opportunity to solidify your understanding of the material, clarify any lingering questions, and ensure everyone feels confident

In this informative session, we will delve into the basal ganglia, a critical network of brain structures deeply involved in regulating movement, planning, and even some cognitive functions.

In this insightful session, we will focus on the intricate connection between childhood developmental disorders and the vestibular system – the inner ear's crucial center for balance and spatial awareness.

In this crucial session, we will address how early brain development can be significantly impacted by injuries, and how these disruptions can contribute to various childhood developmental disorders.

In this vital session, we'll examine how injuries can significantly disrupt early cerebellar development. We'll explore the connections between these disruptions and a range of childhood motor and developmental disorders.

In this class, we'll explore the fascinating and often underappreciated vestibular system, your body's internal compass located within the inner ear. Discover how this intricate network of sensory organs detects motion, head position, and spatial orientation, playing a crucial role in your balance.

In this session, we'll delve into the remarkable world of your body's stretch receptors – tiny sensory guardians embedded within your muscles and tendons. You'll learn how these receptors constantly monitor muscle length and the speed of change, triggering rapid, and involuntary responses.

In this class, we'll embark on a fascinating journey through the landscape of your brain, specifically exploring its four distinct lobes – frontal, parietal, temporal, and occipital.

This session will illuminate the crucial function of your peripheral nervous system – the vast network of nerves that branches out from your central core to connect with every organ, limb, and tissue.

In this class, we'll delve into the fascinating role of your central nervous system – the brain and spinal cord – as the ultimate conductor of your entire body's orchestra. You'll discover how even subtle imbalances in this master system can impact your body's ability to heal and function optimally.