Join host Patrick Wagner and the renowned Dr. G. Blair Lamb in this groundbreaking episode of Neuromyofascial Science Today! as they explore how Optical Coherence Tomography (OCT) is revolutionizing neurological diagnostics. Discover how retinal thinning serves as an early warning system for complex conditions like Multiple Sclerosis, Alzheimer’s, and even post-concussion syndrome. Dr. Lamb delves into the profound connections between retinal health, neurological symptoms such as migraines and vertigo, and the potential of OCT in advancing patient care. Whether you're a healthcare professional or curious about the latest in medical science, this episode offers invaluable insights into the evolving role of eye exams in understanding systemic health.
Key Highlights:
Tune in to uncover the hidden links between your eyes and your brain and how OCT is shaping the future of diagnostics.
In this episode of Neuromyofascial Science Today, Patrick Wagner sits down with Dr. G. Blair Lamb to explore the surprising evolutionary origins of chronic pain and how our spine and limbs are neurologically connected. Dr. Lamb explains how understanding 500 million years of evolution sheds light on why conditions like chronic pain and neuromuscular diseases are so complex to diagnose and treat. We also dive into an unusual link between the Toronto Raptors' 2019 NBA Championship and Dr. Lamb's theories on tendinopathy. Plus, discover how a new eye test called OCT could revolutionize the diagnosis of neuromuscular disorders. Join us for an episode that will change how you think about pain and the future of healthcare.
In this episode of Neuromyofascial Science Today!, host Patrick Wagner engages in a riveting conversation with Dr. Lamb about the hidden complexities of whiplash and its often misunderstood impact on the human body. Based on Dr. Lamb’s groundbreaking audiobook, Newton's Laws Do Not Apply, this episode dives deep into how kinetic energy exponentially impacts injury severity in collisions and the concept of "invisible injuries" within the spine.
Dr. Lamb explains why current imaging technologies can miss significant spinal injuries and how neuromyofascial science is paving the way for better diagnosis and treatment. The discussion also touches on the tragic link between untreated chronic pain and opioid addiction, highlighting the dire need for improved diagnostic and treatment approaches. Join us for an eye-opening exploration of these critical topics.
In this episode of Neuromyofascial Science Today!, Scott McDonald shares his remarkable journey of overcoming chronic pain and health issues through neuromyofascial treatments with Dr. Lamb. Despite facing significant injuries and health challenges, Scott's life has been transformed, and he has experienced profound improvements in his physical and mental well-being. Through innovative treatments, Scott has regained mobility, managed chronic conditions, and found a renewed sense of hope and vitality.
About the Guest(s): Scott McDonald is a professional artist and skateboarder with over 40 years of experience in both fields. Despite facing numerous health challenges, including multiple injuries, surgeries, and even throat cancer, Scott remains resilient and continues to pursue his passion for art and skateboarding. Through his persistence and determination, Scott has experienced life-changing improvements in his health thanks to the groundbreaking treatments provided by Dr. Lamb.
Key Themes:
Key Takeaways:
Notable Quotes from Scott McDonald:
Listen to the full episode for more insights into Scott McDonald's inspiring journey and the transformative power of neuromyofascial treatments with Dr. Lamb. Don't miss out on more enlightening content from Neuromyofascial Science Today!
Welcome to the very first episode of Neuromyofascial Science Today! In this episode, Patrick Wagner sits down with the pioneering Dr. G. Blair Lamb to discuss groundbreaking topics in neuromyofascial science. Dr. Lamb explores the intricacies of neuromodulation, dry needling, neuromyofascial pain, and the often misunderstood conditions like post-concussion syndrome and whiplash injuries. Learn how these concepts not only revolutionize pain management but also provide a deeper understanding of chronic pain conditions that affect millions worldwide.