『Life After Impact: The Concussion Recovery Podcast』のカバーアート

Life After Impact: The Concussion Recovery Podcast

Life After Impact: The Concussion Recovery Podcast

著者： Ayla Wolf DAOM
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概要

Life After Impact: The Concussion Recovery Podcast. This podcast is the go-to podcast for actionable information to help people recover from concussions, brain injuries, and post-concussion syndrome. Dr. Ayla Wolf does a deep dive in discussing symptoms, testing methods, treatment options, and resources to help people troubleshoot where they feel stuck in their recovery. The podcast brings you interviews with top experts in the field of concussions and brain injuries, and introduces a functional neurological mindset to approaching complex cases.


For those feeling lost, hopeless, or abandoned let this podcast be your guide to living your best life after impact. Subscribe now and start your journey to recovery!

© 2026 Life After Impact is a pending federal trademark of Life After Impact LLC 衛生・健康的な生活 身体的病い・疾患
エピソード
  • Psilocybin and Brain Injury Recovery: Neuroplasticity, Psychedelics & Healing with Dr. Douglas Wingate | E83

    Psilocybin and Brain Injury Recovery: Neuroplasticity, Psychedelics & Healing with Dr. Douglas Wingate | E83
    2026/11/04
    Could psilocybin help the brain recover from a concussion or traumatic brain injury (TBI)? Emerging research into psychedelics, neuroplasticity, and psychedelic-assisted therapy is raising fascinating questions about the potential role of psilocybin in brain injury rehabilitation. For people struggling with persistent post-concussion syndrome, brain fog, chronic headaches, cognitive dysfunction, and emotional trauma, could psychedelic-assisted neurorehabilitation offer a new approach to recovery?In this episode of Life After Impact: The Concussion Recovery Podcast, I'm joined by Dr. Douglas Wingate, a doctor of Chinese medicine, neurological rehabilitation practitioner, author, and licensed psilocybin facilitator. Together, we explore the neuroscience of psilocybin and brain recovery, the differences between microdosing and macrodosing, and how psychedelic experiences may influence neuroplasticity. We also discuss the importance of integrating rehabilitation therapies after a psychedelic experience, the safety considerations involved, and the evolving legal landscape surrounding psychedelic-assisted treatment.Opening a Window for NeuroplasticityOne of the most fascinating aspects of psychedelic research is the possibility that certain substances may temporarily increase the brain's capacity for change.For people living with persistent symptoms after a concussion, this raises an intriguing question: What happens when the nervous system becomes stuck in patterns that conventional rehabilitation struggles to change?Dr. Wingate introduces the concept of a critical window of neuroplasticity and explains why he believes the weeks following a psilocybin experience may be especially important for neurological rehabilitation.We discuss how therapies such as acupuncture, occupational therapy, speech-language therapy, and other neurorehabilitation approaches might be integrated during this period to reinforce new patterns of neurological function.Although these mechanisms are being actively investigated, the clinical effectiveness of psilocybin-assisted rehabilitation for traumatic brain injury remains an emerging area of research.Psilocybin-Assisted Therapy: What Does the Experience Actually Involve?For someone considering psychedelic-assisted therapy, understanding the process is just as important as understanding the neuroscience.Dr. Wingate shares his experience as a licensed psilocybin facilitator in Oregon, where he has worked with hundreds of individuals, including people living with persistent neurological symptoms.We discuss what happens during a facilitated psilocybin session, why preparation and integration are so important, and how emotional experiences may intersect with physical symptoms such as chronic pain, migraines, and brain fog.We also explore the importance of screening for contraindications, including certain psychiatric conditions and medication interactions, and why psychedelic experiences are not appropriate for everyone.Microdosing vs. Macrodosing: What's the Difference?Microdosing psilocybin has received considerable attention for its potential effects on mood, cognition, and mental clarity. But how does taking a subperceptual dose differ from undergoing a full psychedelic experience?Dr. Wingate explains the differences between microdosing and macrodosing, including their proposed effects on brain network activity, neuroplasticity, and emotional processing.We also discuss why the scientific evidence for microdosing remains limited, despite growing public interest and reports of individual benefits.Comparing Psilocybin, Ketamine, MDMA, and IbogaineNot all psychedelic or psychedelic-like substances work through the same neurological mechanisms.In this episode, we explore how psilocybin, ketamine, MDMA, and ibogaine differ in their pharmacology, subjective experiences, potential therapeutic applications, and safety considerations.Dr. Wingate discusses emerging research involving depression, PTSD, addiction, and neurological rehabilitation, including growing interest in ibogaine for veterans living with traumatic brain injury and psychological trauma.We also examine why the risks associated with these substances vary considerably, particularly the cardiac safety concerns surrounding ibogaine.Lion's Mane Mushrooms and Brain HealthOur conversation also takes an interesting detour into lion's mane mushrooms, a medicinal mushroom being studied for its potential effects on nerve growth, neuroinflammation, and cognitive function.Dr. Wingate shares how he incorporates medicinal mushrooms into his clinical practice and discusses the importance of supplement quality, particularly when choosing mushroom extracts.The Future of Psychedelic-Assisted NeurorehabilitationDr. Wingate is currently writing Opening the Window: Psychedelic-Assisted Neurorehabilitation, a book exploring the neuroscience, clinical considerations, and practical aspects of psychedelic-assisted recovery.We discuss how access to ...
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    52 分
  • Dizziness After Concussion: Resetting an Overactive Vestibular System with Dr. Cedrick Noel | E82

    Dizziness After Concussion: Resetting an Overactive Vestibular System with Dr. Cedrick Noel | E82
    2026/10/27
    Why does dizziness persist after a concussion, even when you're sitting completely still? Chronic dizziness, vertigo, balance problems, motion sensitivity, and disequilibrium are common symptoms of post-concussion syndrome and traumatic brain injury (TBI). But what if the problem isn't simply a weakened vestibular system? What if certain parts of the brain's balance system are actually overactive?In this episode of Life After Impact: The Concussion Recovery Podcast, I am joined by Dr. Cedrick Noel, a chiropractic neurologist and developer of the Gravity Reset Method, to explore the neurological mechanisms behind persistent dizziness after concussion, vestibular dysfunction, and the relationship between the inner ear, eye movements, balance, and autonomic nervous system. Together, we discuss his method and approach to vestibular rehabilitation and how identifying abnormal patterns of vestibular activity may open new possibilities for individualized concussion rehabilitation.Why Does Dizziness Persist After Concussion?The vestibular system does much more than help us maintain balance. It continuously communicates with the brain about head movement, gravity, and our position in space.Following a concussion, some individuals experience persistent sensations of rocking, swaying, spinning, or being pulled in a particular direction—even when they're not moving.Dr. Noel explains how the brain normally integrates information from the semicircular canals, otolith organs, visual system, and proprioceptive system to create a stable sense of orientation.He also introduces an important clinical distinction: Is the vestibular system underactive, or could certain aspects be overactive? Understanding that difference may influence how clinicians approach assessment and rehabilitation.When the Brain Doesn't Recognize That You've Stopped MovingOne particularly fascinating topic in this conversation is velocity storage, a neurological mechanism that helps the brain process and maintain information about motion.Normally, when we stop moving, our perception of motion gradually resolves. But when vestibular processing becomes dysregulated, some individuals may continue feeling as though they're turning, drifting, or swaying long after movement has stopped.Dr. Noel describes how he evaluates these symptoms using clinical observations, balance testing, controlled chair rotations, and video-based eye movement assessments.The discussion explores how differences in vestibular signaling may contribute to persistent dizziness, difficulty maintaining visual stability, and a sense of being disconnected from one's surroundings.Can Vestibular Dysfunction Keep the Nervous System in Fight-or-Flight?Dizziness is rarely the only symptom people experience after concussion. Many individuals also struggle with headaches, neck tension, visual disturbances, nausea, fatigue, sleep problems, and heightened sensitivity to their environment.Dr. Noel explores the connections between vestibular processing and the autonomic nervous system, particularly the possibility that persistent vestibular disturbances may contribute to increased sympathetic nervous system activity.He uses a memorable analogy: We spend so much time trying to strengthen the nervous system's brakes that we sometimes forget to take our foot off the gas.This raises an intriguing question: Could addressing certain vestibular abnormalities also help reduce the physiological stress associated with persistent post-concussion symptoms?The Gravity Reset Method: A Different Approach to Vestibular RehabilitationDr. Noel developed the Gravity Reset Method through years of clinical work with patients experiencing dizziness, balance disorders, and complex neurological symptoms.His approach emphasizes the relationship between two components of the vestibular system:Semicircular canals, which detect rotational head movements.Otolith organs, including the utricle and saccule, which detect gravity and linear acceleration.Rather than beginning with repetitive head movements or habituation exercises, Dr. Noel describes using carefully directed linear movements, visual fixation, and proprioceptive input to influence how the brain integrates vestibular information.What If Dizziness Isn't Your Only Symptom?One of the most interesting aspects of this conversation is the possibility that vestibular dysfunction may contribute to symptoms patients don't immediately associate with their balance system.We discuss connections between vestibular processing, eye movements, postural control, muscle tension, and autonomic regulation.For someone experiencing persistent neck tightness, visual fatigue, headaches, or a constant sense of being off-balance, understanding how these systems interact may reveal important clues about why symptoms continue.The larger message is that successful concussion rehabilitation requires identifying the specific neurological dysfunction contributing to a person's symptoms—not ...
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    56 分
  • CTE Is Not a Concussion: What Athletes and Parents Need to Know with Dr. Reece Granger | E81

    CTE Is Not a Concussion: What Athletes and Parents Need to Know with Dr. Reece Granger | E81
    2026/10/19
    Does having multiple concussions mean you're at risk for CTE? What is the difference between a concussion, repetitive head impacts, and chronic traumatic encephalopathy (CTE)? In this episode of Life After Impact: The Concussion Recovery Podcast, I welcome Dr. Reece Granger, host of Headfirst: The Concussion Podcast, chiropractor, and PhD researcher studying sports-related concussions in Australia's National Rugby League. We cover the science of concussion versus CTE, repeated head injuries, subconcussive impacts, long-term brain health, and concussion prevention in professional and youth sports. We examine how media coverage of NFL concussions and CTE can create confusion and unnecessary fear, why concussion protocols and return-to-play guidelines continue to evolve, and what athletes, parents, and healthcare professionals need to understand about the long-term risks of contact sports.CTE Is Not the Same Thing as a ConcussionOne of the most important discussions in this episode addresses a widespread misconception: having a concussion does not mean someone will develop CTE.Chronic traumatic encephalopathy is a neurodegenerative condition associated with prolonged exposure to repetitive head impacts, including impacts that may never produce recognizable concussion symptoms.We examine how the media has shaped public understanding of CTE, a topic that Dr. Granger has been analyzing as part of his PhD, including the influence of the movie Concussion, starring Will Smith.Are Changes to Sports Rules Actually Preventing Concussions?Drawing on his research into Australia's National Rugby League, Dr. Granger discusses the evolution of concussion protocols and the unintended consequences of certain rule changes.While some modifications have successfully reduced dangerous head impacts, others may shift the risk from one athlete to another.The conversation explores the challenges of protecting athletes without fundamentally changing the sports they love, including:The benefits of restricting heading in youth soccer and body checking in youth hockey.Why protecting the ball carrier in rugby can sometimes increase concussion risk for the tackler.How concussion incidence statistics may change as recognition and reporting improve.Whether professional athletes can truly provide informed consent to the long-term neurological risks of contact sports.Why sports organizations have a responsibility to protect athletes even when those athletes willingly accept the risks of competition.Concussion Myths That Still Influence Medical CareDespite decades of research, outdated concussion advice continues to circulate.Dr. Granger and I discuss several misconceptions that can interfere with appropriate concussion management, including the belief that someone must lose consciousness to sustain a concussion, outdated concussion grading systems, and the recommendation to remain in a dark room until symptoms disappear.Another fascinating discussion focuses on why concussion symptoms sometimes appear hours or days after an injury. Could adrenaline temporarily mask symptoms? Or are neurological changes continuing to unfold during the first 24–48 hours? The conversation highlights why concussion assessment and recovery are more complicated than a single examination or symptom checklist.Who Is Responsible for Protecting Professional Athletes?Professional athletes are trained to push through pain, compete under pressure, and prioritize performance. But what happens when the injury affects the very organ responsible for judgment, awareness, and decision-making? Dr. Granger challenges the expectation that athletes should always recognize and report their own concussion symptoms.He also raises important questions about the responsibilities of professional sports organizations, the long-term consequences of repetitive head trauma, and what happens to athletes and their families after retirement.Moving Beyond Fear Toward Better Concussion EducationFor individuals recovering from a concussion, headlines about CTE can be frightening. But understanding the distinction between concussion, persistent post-concussion symptoms, repetitive head-impact exposure, and neurodegenerative disease is essential.A history of concussion is not a diagnosis of CTE, and persistent concussion symptoms do not mean someone is developing a neurodegenerative condition.This conversation emphasizes the importance of interpreting emerging research carefully, challenging outdated medical advice, and providing athletes and patients with accurate information that supports informed decisions rather than unnecessary fear.Dr. Granger and I reflect on the role of podcasts in making concussion research accessible, allowing scientists and clinicians to explain the nuances that are often lost in sensationalized headlines.If you're an athlete, parent, coach, healthcare professional, or someone concerned about the long-term effects of multiple concussions, this episode offers an ...
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    47 分
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