This presentation explores the role of sensory receptors in clinical practice, teaching healthcare providers how to assess and use sensory input to guide therapeutic interventions. Learn how to harness the power of sensory systems to improve patient outcomes.
This presentation delves into the science and application of transcranial light and LASER therapy, exploring the physics behind light interaction with the body and its therapeutic potential in brain health. Learn how to select the right technology, set parameters, and apply research-supported protocols.
This presentation explores the role of primitive reflexes in brain development and neurological function. Learn how to assess and incorporate these reflexes into clinical practice to address developmental and neurological dysfunction.
This presentation explores Hypoxic Ischemic Encephalopathy (HIE), often caused by events like heart attacks, suffocation, or CO2/CO poisoning, and compares it to stroke. We’ll examine the differences in brain injury mechanisms and therapeutic approaches, using perspectives from functional neurology, functional medicine, and regenerative medicine.
This presentation explores common stroke presentations, root-cause risk factors, and different types of strokes, with a focus on the brain’s changes post-stroke. We’ll dive into the functional components of a stroke—core, penumbra, and diaschisis—and examine how strokes in major brain areas present in clinical evaluations. Finally, we’ll outline therapeutic strategies to support comprehensive rehabilitation.
This presentation focuses on diagnosing and treating migraines and headache syndromes, providing clinicians with the tools to identify root causes, objectively assess symptoms, and apply targeted interventions—whether pain is present or not.
This presentation provides a comprehensive overview of Parkinson’s disease, focusing on its diagnosis, underlying mechanisms, and evidence-based management strategies. Learn how to support patients through the different stages of this neurodegenerative condition.
This presentation explores the neurological mechanisms that underlie HVLA (High Velocity, Low Amplitude) manipulations, revealing how targeted manipulations affect brain and nervous system function. Learn how to optimize patient outcomes by understanding the science of these techniques.
This presentation explores how assessing and training various eye movements can significantly enhance athletic performance. Learn to identify and improve visual skills such as stereopsis, convergence, VOR, saccades, and more to give athletes a competitive edge.
This presentation explores how saccadic eye movements, often completed in just 100 milliseconds, provide a critical window into assessing brain function. Learn how to assess saccades as a rapid and accurate neurological evaluation to guide your rehabilitation
