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 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 explores the benefits of transcutaneous vagal nerve stimulation (tVNS) in rehabilitation and performance enhancement. Learn how this non-invasive technique promotes recovery, improves autonomic function, and boosts overall performance.
This presentation is a great complement to Introduction to Functional Neurology in Clinical Practice. It demonstrates how to integrate brain rehabilitation techniques into any healthcare practice, regardless of specialty. Discover practical, effective strategies that can enhance patient care and improve outcomes.
This presentation introduces the core principles of functional neurology, emphasizing the interconnectedness of neural networks and how brain regions can be assessed and treated. Learn practical approaches to enhance brain function and improve patient outcomes.
Concussion Bootcamp equips participants with the latest knowledge on diagnosing, managing, and rehabilitating concussions. We start by reviewing the most up-to-date diagnostic criteria and a step-by-step process to ensure accurate diagnosis. The session then explores acute management strategies and treatment approaches for chronic concussion symptoms, with a focus on preventing long-term complications. Emerging research, including Dr. Antonucci’s contributions, will be highlighted to provide actionable tools for clinical application.
