Life After Impact: The Concussion Recovery Podcast

Ayla Wolf, DAOM

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!

  1. 3d ago

    Can Flying Make a Concussion Worse? Oxygen, Brain Injury, HBOT & Longevity Research with Dr. DeepSea | E80

    FREE COPY of SHATTERED TO STRONG for veterans and active-duty military personnel. To request a copy, simply email info@ibum.org and include your branch of military service and how long you served. Can hyperbaric oxygen therapy (HBOT) help the brain recover after a concussion or traumatic brain injury (TBI)? And is it safe to fly after a concussion?  Dr. Joseph Dituri, better known as Dr. DeepSea, returns to Life After Impact: The Concussion Recovery Podcast to discuss groundbreaking research into hyperbaric oxygen therapy for brain injury, post-concussion syndrome, neuroinflammation, brain healing, and longevity. A retired U.S. Navy commander, biomedical engineer, neuroscience researcher, and Guinness World Record holder, Dr. Dituri is involved in a major clinical trial at the University of South Florida investigating HBOT for traumatic brain injury. In this second interview with Dr. Ayla Wolf, he shares updates on the ongoing research, explains how changes in oxygen levels and atmospheric pressure affect human physiology, and explores whether alternating between high-oxygen and low-oxygen environments could improve brain function and healthy aging. Hyperbaric Oxygen Therapy: Where Does the Research Stand? Dr. Dituri provides an update on the University of South Florida's ongoing clinical trial investigating hyperbaric oxygen therapy in people with traumatic brain injury, including military veterans. While HBOT has demonstrated biological effects relevant to inflammation, tissue repair, and neuroplasticity, its effectiveness as a treatment for persistent post-concussion symptoms remains an active area of investigation. The research team is collecting extensive data, including EEG measurements, diffusion tensor imaging (DTI), blood biomarkers, and patient-reported symptoms. One of the biggest challenges? How do researchers objectively measure recovery from a traumatic brain injury when there is no universally accepted biological marker of recovery? Dr. Dituri discusses the difficulty of establishing meaningful clinical trial endpoints and why combining objective neurological measurements with patient-reported improvements may be essential for advancing concussion research. Is It Safe to Fly After a Concussion? One of the most interesting parts of this conversation addresses a question frequently raised by people recovering from concussion: Can flying make post-concussion symptoms worse? Commercial aircraft cabins are typically pressurized to the equivalent of approximately 6,000–8,000 feet above sea level. This means passengers experience changes in atmospheric pressure and oxygen availability, even while sitting comfortably inside an airplane. I ask Dr. Dituri about how these environmental changes might affect someone experiencing headaches, brain fog, dizziness, vestibular dysfunction, or other persistent concussion symptoms. We also discuss why the effects of a short domestic flight may differ from those of a long international flight—and why more research is needed to understand how recent brain injuries interact with altitude and cabin pressure. Importantly, there is not enough evidence to establish a universal waiting period before flying after an uncomplicated concussion. Individual medical circumstances and symptoms matter. Can Alternating Oxygen Levels Improve Brain Health and Longevity? Dr. Dituri has spent much of his career studying human physiology under extreme environmental conditions. Now, his research is expanding beyond brain injury recovery into healthy aging and longevity. As part of the XPRIZE Healthspan competition, his team is investigating a fascinating concept called hormesis—the idea that carefully controlled physiological stress may stimulate beneficial adaptations. Their research combines several interventions, including: Hypobaric exposure: Simulating higher-altitude environments with reduced atmospheric pressure and oxygen availability.Hyperbaric oxygen therapy: Increasing atmospheric pressure and oxygen exposure.Exercise: Challenging cardiovascular and metabolic systems.Cold-water immersion and sauna: Investigating physiological responses to controlled temperature stress.Red light therapy: Exploring photobiomodulation as another potential influence on cellular function.The goal is not simply to extend lifespan, but to improve healthspan—the years people maintain cognitive function, physical strength, balance, and independence. Dr. Dituri discusses the team's progress in the XPRIZE competition and why he believes the relationship between oxygen, physiological stress, and adaptation deserves further investigation. These combined interventions remain experimental, and their benefits for longevity have not yet been established. From Shattered to Strong: Finding a Path Forward After Brain Injury Dr. Dituri also introduces his new book, Shattered to Strong, inspired by his personal experience recovering from traumatic brain injury. His goal is to help people better understand the treatment options they may encounter, the research behind those interventions, and the questions they should ask before pursuing them. The conversation explores the importance of informed decision-making, lifestyle factors that support general brain health, and the challenge of navigating emerging treatments when the science is still evolving. Perhaps most importantly, Dr. Dituri reflects on how his understanding of traumatic brain injury has changed over the past decade. What once appeared to be a relatively straightforward neurological problem has revealed itself to be far more complicated. Brain injury recovery is not one-size-fits-all, and the more we learn about the brain, the more questions we discover. Listen to Our First Conversation If you missed my first interview with Dr. Dituri, I highly recommend listening to Episode 32: Hyperbaric Oxygen Therapy for Brain Injuries with Dr. Deepsea. In that conversation, we explore his extraordinary experience living underwater for 100 days, his personal traumatic brain injury recovery, and the science behind hyperbaric oxygen therapy. This second conversation builds on that foundation, bringing new research updates and expanding into the fascinating relationship between oxygen, atmospheric pressure, brain function, and longevity. Send us a Message! My new book The Art of Concussion Recovery: Following the Thread is available as an audiobook, paperback, hardcover, and Kindle on Amazon.  Save $30 on Brain Ritual - A daily brain energy-support drink like none other. https://www.brainritual.com/AYLA94359 Save 20% on your first order of Puori Protein:  https://affiliate.puori.com/LIFEAFTERIMPACT The Art of Concussion Recovery - Audiobook Available on Audible and Apple Books, Paperback and Hardcover on Amazon Concussion Breakthrough: Discover the Missing Pieces of Concussion Recovery is now available on Amazon! Follow us on YouTube & Instagram @lifeafterimpact Website: lifeafterimpact.com Medical disclaimer: this video or podcast is for general informational purposes only, and does not constitute the practice of medicine or other ...

    Can Flying Make a Concussion Worse? Oxygen, Brain Injury, HBOT & Longevity Research with Dr. DeepSea | E80
  2. Oct 5

    How Many Concussions Are Too Many? Measuring the Cumulative Impact on the Brain with Dr. Joseph Maroon | E79

    How many concussions are too many—and could we someday measure the cumulative effect of every hit to the head? Dr. Joseph Maroon, longtime team neurosurgeon for the Pittsburgh Steelers and a pioneer in concussion and traumatic brain injury research, joins Life After Impact to discuss multiple concussions, repetitive head impacts, subconcussive exposure, CTE, and the future of concussion testing.  Dr. Maroon helped develop ImPACT, the neurocognitive test that transformed how the NFL, NHL, and other contact sports evaluate athletes after concussion. Now, his attention has turned to the next major problem in sports concussion research: determining the accumulated burden of head impacts over a lifetime. From sensor-equipped mouthguards that measure impacts in real time to advanced MRI, brain spectroscopy, and research involving former NFL players, Dr. Maroon explains how scientists are moving beyond simply counting concussions toward understanding the actual dose of impact the brain has received. The question of “How many concussions have you had?” may eventually prove to be far too simplistic. A player may experience hundreds or thousands of head impacts during years of football, hockey, rugby, MMA, military service, or other high-risk activities without every impact producing a diagnosed concussion. Dr. Maroon believes concussion research needs something analogous to the “pack-years” physicians use to quantify lifetime cigarette exposure: a way to measure the cumulative dose of repetitive head impacts to the brain. In this episode, he explains how researchers are getting closer. One of the most fascinating developments is the use of instrumented mouthguards containing accelerometers. Unlike helmet sensors, the mouthguard is coupled more closely to the skull and can measure the location, magnitude, linear acceleration, and rotational acceleration associated with a head impact. In rugby, these technologies have already been used to monitor enormous numbers of impacts. Some systems can even produce a visible alert following a sufficiently large impact—essentially creating a neurological version of the “check engine” light. An alert doesn't diagnose a concussion. Instead, it tells the medical team: this athlete experienced a significant impact and should be evaluated. But Dr. Maroon is interested in going even further. Rather than simply measuring the G-force of individual hits, researchers are investigating whether they can calculate the energy transferred during repeated head impacts and accumulate that exposure over time. Could an athlete eventually have a lifetime “dosimeter” for head impacts—similar to the radiation badges worn by people who work around X-rays? And could that information help answer one of the hardest questions in sports medicine: When has a brain had too much? Dr. Maroon also shares the story behind the development of ImPACT testing. Decades ago, while working with the Pittsburgh Steelers, head coach Chuck Noll challenged him to provide objective evidence for why a concussed quarterback should remain out for a specific period of time. That challenge helped lead Dr. Maroon and neuropsychologist Dr. Mark Lovell to develop baseline neurocognitive testing, allowing clinicians to measure processing speed, memory, and other cognitive functions before injury and compare them with performance after concussion. Today, Dr. Maroon sees impact dosimetry as another potential step forward: moving from measuring how the brain performs after an injury toward quantifying what the brain has actually been exposed to. The conversation extends beyond professional sports. Dr. Maroon discusses research involving Navy Special Warfare Combatant-Craft Crewmen, who can experience thousands of repetitive impacts from high-speed boats slamming against waves, as well as ongoing research involving former NFL and NHL players and other individuals with histories of repetitive head impacts. He also describes research combining instrumented mouthguards with diffusion tensor imaging (DTI) to investigate whether accumulated impact exposure across a football season corresponds with measurable changes in the brain's white-matter pathways. Later in the episode, the conversation turns toward what may happen biologically after years of repetitive brain stress—including oxidative stress, mitochondrial dysfunction, neuroinflammation, glutathione depletion, and neurodegeneration. Dr. Maroon explains his current research using magnetic resonance spectroscopy to measure chemicals such as glutathione directly in the brain and discusses why his team is studying strategies intended to support the brain's antioxidant defenses. You'll also hear about: Multiple concussions and cumulative head-impact exposurePittsburgh Steelers and NFL concussion historyThe origins of ImPACT concussion testingInstrumented mouthguards and real-time head-impact monitoringWhy G-force alone may not tell the whole storyLinear versus rotational forces on the brainSubconcussive impacts in contact sportsWhite-matter injury and diffusion tensor imagingCTE and long-term brain healthRepetitive head impacts in military populationsGlutathione and oxidative stress in the brainMitochondrial health and ATPHyperbaric oxygen therapy and photobiomodulationEmerging approaches to measuring and protecting brain healthPerhaps the biggest idea in this conversation is that the future of concussion science may require us to stop thinking about brain injury as a series of isolated events. The number of diagnosed concussions matters—but the accumulated burden of everything the brain has experienced may matter even more. Have you had repetitive head impacts? Take part in Dr. Maroons research on glutathione precursors. Email maroonjc@gmail.com Send us a Message! My new book The Art of Concussion Recovery: Following the Thread is available as an audiobook, paperback, hardcover, and Kindle on Amazon.  Save $30 on Brain Ritual - A daily brain energy-support drink like none other. https://www.brainritual.com/AYLA94359 Save 20% on your first order of Puori Protein:  https://affiliate.puori.com/LIFEAFTERIMPACT The Art of Concussion Recovery - Audiobook Available on Audible and Apple Books, Paperback and Hardcover on Amazon Concussion Breakthrough: Discover the Missing Pieces of Concussion Recovery is now available on Amazon! Follow us on YouTube & Instagram @lifeafterimpact Website: lifeafterimpact.com Medical disclaimer: this video or podcast is for general informational purposes only, and does not constitute the practice of medicine or other ...

    How Many Concussions Are Too Many? Measuring the Cumulative Impact on the Brain with Dr. Joseph Maroon | E79
  3. Sep 28

    Brain Injury Recovery at Home: Making Everyday Life Part of Rehabilitation | E78

    Brain injury and concussion recovery don't happen only in a rehabilitation clinic—they happen at home, at work, in the grocery store, in the kitchen, and in the hundreds of everyday tasks that can suddenly become harder after a traumatic brain injury.  In this episode of Life After Impact: The Concussion Recovery Podcast, I talk with cognitive-motor neuroscientist and neurological occupational therapist Dr. Christopher Gaskins about practical brain injury rehabilitation, cognitive fatigue, memory problems, executive dysfunction, mental workload, neuroplasticity, and rebuilding independence after TBI or concussion. Drawing on more than 15 years of experience in neurological rehabilitation—including working with wounded warriors and veterans at Walter Reed—Dr. Gaskins explains why effective neurorehabilitation must go beyond exercises performed in a clinic and address the real-life environments where people actually need their brains to function. Dr. Gaskins describes his philosophy simply: “The home is a therapy gym.” Walking into someone's home can reveal challenges that may never become apparent during a traditional office visit. Is clutter creating visual and cognitive overload? Is the refrigerator so disorganized that preparing a healthy meal becomes overwhelming? Can the person safely navigate the bathroom? Are bills and mail piling up because executive function has become difficult? Even something as seemingly simple as repeatedly losing your keys can create unnecessary cognitive demand when the brain is already working harder to accomplish everyday tasks. The goal is not simply to perform better on a rehabilitation exercise. The goal is to make life easier. Dr. Gaskins explains how occupational therapy can use the activities people actually care about—cooking, shopping, dressing, gardening, using technology, returning to work, or even taking a spouse on a date—as opportunities to promote neuroplasticity and rebuild function. The conversation also explores one of Dr. Gaskins's areas of neuroscience research: mental workload. After brain injury, activities that were once automatic can suddenly require enormous amounts of conscious attention. That makes reducing unnecessary cognitive demand an important part of recovery. Sometimes the solution isn't another brain exercise. It may be creating a better calendar system, organizing a phone, setting location-based reminders, simplifying a morning routine, reducing clutter, or using technology as an external memory aid. Dr. Gaskins also discusses how he is beginning to incorporate AI tools to help some brain injury survivors organize information, support memory, and complete meaningful tasks—while teaching clients how to use these tools responsibly. You'll also hear about Dr. Gaskins's years working with wounded warriors at Walter Reed, including rehabilitation after TBI, blast injuries, stroke, polytrauma, vision loss, amputations, PTSD, and other complex neurological injuries. Those experiences ultimately motivated him to earn a PhD in neuroscience and cognitive science to better understand why some people respond to rehabilitation differently than others. The conversation looks toward the future as well, including electrical stimulation, vagus nerve stimulation, robotics, brain-computer interfaces, and technologies designed to translate a person's intended movement into meaningful action. But through all of the neuroscience and emerging technology, Dr. Gaskins returns to something remarkably simple: Rehabilitation should help people do the things that make their lives meaningful. Sometimes brain injury recovery isn't about adding more therapy. Sometimes it's about reducing the mental workload, changing the environment, creating better systems, and helping the brain use its limited resources for the things that matter most. Neurosuite: website Dr. Gaskins LinkedIn Send us a Message! My new book The Art of Concussion Recovery: Following the Thread is available as an audiobook, paperback, hardcover, and Kindle on Amazon.  Save $30 on Brain Ritual - A daily brain energy-support drink like none other. https://www.brainritual.com/AYLA94359 Save 20% on your first order of Puori Protein:  https://affiliate.puori.com/LIFEAFTERIMPACT The Art of Concussion Recovery - Audiobook Available on Audible and Apple Books, Paperback and Hardcover on Amazon Concussion Breakthrough: Discover the Missing Pieces of Concussion Recovery is now available on Amazon! Follow us on YouTube & Instagram @lifeafterimpact Website: lifeafterimpact.com Medical disclaimer: this video or podcast is for general informational purposes only, and does not constitute the practice of medicine or other ...

    Brain Injury Recovery at Home: Making Everyday Life Part of Rehabilitation | E78
  4. Sep 21

    Why Your Eyes Still Hurt After a Concussion with Dr. Melissa Biscardi | E77

    Your eyes can be the bottleneck in concussion recovery, and they can also be the missing piece when someone still has headaches years later despite doing “all the right things.” We sit down with Dr. Melissa Biscardi to unpack her PhD work on eye movements and concussion, including a virtual reality (VR) eye training intervention that adapts week by week based on how each person performs and what symptoms show up. We talk through what clinicians can actually measure, why near point of convergence is so central to daily function, and how to think about huge sets of eye movement data without cherry-picking a single metric. Then we move into what we’re both seeing in real clinics: people who already completed vision therapy but still live with chronic daily post-traumatic headache, light sensitivity, and a deep, physical orbital ache. We explore the “eye pain, head pain, light pain” overlap through the trigeminal nerve, how the autonomic nervous system can react during visual tasks, and why a slower, gentler progression can sometimes be the difference between progress and a flare. Melissa shares hands-on strategies aimed at creating ease in the eye tissues, while we also compare options like acupuncture, peripheral nerve stimulation, and simple eye mobility work that is about comfort, not just performance. We also get practical about technology in concussion rehab: VR can be engaging and scalable, but headset fit and interpupillary distance calibration can trigger symptoms, especially in vulnerable populations. Melissa explains how different VR scenarios can help or backfire, and she walks us through the Brain Toolkit app she built to put eye drills and assessment tools like balance and reaction time into more clinicians’ and patients’ hands. If you find this helpful, subscribe, share it with someone navigating post-concussion syndrome, and leave a review so more people can find the show. Dr. Melissa Biscardi: website Instagram: @concussionrehab.ca YouTube: @concussionrehab Brain Tool Kit: https://www.instagram.com/braintoolkit Send us a Message! My new book The Art of Concussion Recovery: Following the Thread is available as an audiobook, paperback, hardcover, and Kindle on Amazon.  Save $30 on Brain Ritual - A daily brain energy-support drink like none other. https://www.brainritual.com/AYLA94359 Save 20% on your first order of Puori Protein:  https://affiliate.puori.com/LIFEAFTERIMPACT The Art of Concussion Recovery - Audiobook Available on Audible and Apple Books, Paperback and Hardcover on Amazon Concussion Breakthrough: Discover the Missing Pieces of Concussion Recovery is now available on Amazon! Follow us on YouTube & Instagram @lifeafterimpact Website: lifeafterimpact.com Medical disclaimer: this video or podcast is for general informational purposes only, and does not constitute the practice of medicine or other ...

    Why Your Eyes Still Hurt After a Concussion with Dr. Melissa Biscardi | E77
  5. Sep 15

    Can We Measure Concussion Recovery? Brain Vital Signs, NeuroCatch & Neuroplasticity with Dr. Ryan D'Arcy | E76

    What if we could objectively measure how the brain is functioning after a concussion—in just six minutes? Concussion and post-concussion syndrome can affect attention, cognitive processing, reaction time, and brain function even when conventional imaging does not provide the answers patients are looking for. In this episode of Life After Impact: The Concussion Recovery Podcast, Dr. Ayla Wolf talks with neuroscientist Dr. Ryan D’Arcy, co-founder, President, and Chief Scientific Officer of HealthTech Connex and a pioneer of brain vital signs and NeuroCatch, an EEG-based technology designed to objectively measure cognitive brain function. They explore how NeuroCatch measures the brain's response to auditory information, what the N100, P300, and N400 can reveal about sensory processing, attention, and cognition, and how researchers are using these measurements to study concussion, traumatic brain injury, subconcussive impacts, neuroplasticity, and brain recovery.  Dr. D’Arcy explains why he began asking a deceptively simple question: We routinely measure vital signs for the heart and body—so why don't we have a vital sign for the brain? That question ultimately helped lead to NeuroCatch, a portable system that condenses technology once largely confined to neuroscience laboratories into an assessment that takes just over six minutes. Rather than asking someone how their cognition feels, the system measures electrical responses generated as the brain processes sounds and language.  The conversation takes an especially fascinating turn when Dr. D’Arcy describes what researchers have observed immediately after concussion. In the first 24 hours, the brain may actually recruit more cortical activity while processing information more slowly—a physiological pattern that changes as the brain moves through recovery.  They also explore emerging research into subconcussive impacts in football, hockey, MMA, rugby, and other contact sports. NeuroCatch measurements have detected changes in cognitive processing associated with accumulated impact exposure—even in athletes who were not diagnosed with a concussion. Dr. D’Arcy also shares preliminary findings from ongoing research examining what happens when athletes are given time away from repetitive impacts and whether objective measures of brain function return toward baseline.  But this episode isn't only about detecting injury. It's also about neuroplasticity and possibility. Dr. D’Arcy describes neuroplasticity as the brain's innate ability to rewire itself—and explains why those changes can sometimes become maladaptive after concussion. Recovery may therefore involve more than simply restoring a neurological function. It may require deliberately creating new pathways that help the brain translate its recovered capacity back into everyday life.  You'll also hear about the remarkable case of a soldier who sustained an extraordinary penetrating brain injury and continued making functional gains 20 years later—a powerful reminder that the brain's capacity for change does not necessarily disappear simply because an injury is considered chronic. The conversation also explores how brain vital signs are moving beyond concussion assessment into treatment monitoring and human performance optimization. Professional athletes, military populations, clinicians, and researchers are beginning to ask not only whether brain function is impaired—but whether cognitive processing can be measured, trained, and optimized. If we can measure how the brain is functioning, can we make better decisions about recovery? And if neuroplasticity remains possible years after an injury, how much human potential have we been underestimating? This episode offers a fascinating look at the emerging intersection of concussion science, objective brain testing, neurotechnology, neuroplasticity, sports performance, and the future of brain health. NeuroCatch: website Dr. D'Arcy LinkedIn Intagram: @dr.ryandarcy TikTok: @dr.ryanddarcy Send us a Message! My new book The Art of Concussion Recovery: Following the Thread is available as an audiobook, paperback, hardcover, and Kindle on Amazon.  Save $30 on Brain Ritual - A daily brain energy-support drink like none other. https://www.brainritual.com/AYLA94359 Save 20% on your first order of Puori Protein:  https://affiliate.puori.com/LIFEAFTERIMPACT The Art of Concussion Recovery - Audiobook Available on Audible and Apple Books, Paperback and Hardcover on Amazon Concussion Breakthrough: Discover the Missing Pieces of Concussion Recovery is now available on Amazon! Follow us on YouTube & Instagram @lifeafterimpact Website: lifeafterimpact.com Medical disclaimer: this video or podcast is for general informational purposes only, and does not constitute the practice of medicine or other ...

    Can We Measure Concussion Recovery? Brain Vital Signs, NeuroCatch & Neuroplasticity with Dr. Ryan D'Arcy | E76
  6. Sep 8

    When Brain Injury Changes Who You Are: Grief, Identity & Finding Purpose Again | E75

    A brain injury can change far more than memory, balance, headaches, or cognition. It can change your career, your relationships, your independence—and sometimes your entire sense of who you are. In this episode of Life After Impact, I sit down with Jamie Arber, a licensed professional counselor, Certified Brain Injury Specialist, brain injury survivor, and Executive Director of the Supported Living Group in Connecticut, to explore a part of brain injury recovery that doesn't receive nearly enough attention: grieving the life you had while learning how to build a meaningful life after injury. Jamie works with people living with acquired and traumatic brain injuries, including individuals who require significant long-term support. He describes what happens when someone who was once completely independent suddenly cannot return to work, live alone, manage the same responsibilities, or fulfill the roles that once defined them. That loss of identity can create grief—not only for the person with the brain injury, but for spouses, parents, children, caregivers, and other family members. Jamie explains how he uses the five stages of grief—denial, anger, bargaining, depression, and acceptance—as a framework for understanding brain injury recovery. Importantly, recovery doesn't move neatly through these stages. Someone may experience acceptance one day and anger or grief the next. Jamie and I also discuss something many people with persistent post-concussion symptoms may recognize: bargaining. It can look like desperately searching for the next treatment, supplement, device, or “miracle cure” that promises to make everything go back to the way it was before the injury. But acceptance doesn't mean giving up on recovery. It can mean acknowledging what has changed while continuing to discover what is still possible. Jamie shares remarkable examples of brain injury survivors finding purpose through art, relationships, work, gardening, community, and new forms of independence. He also explains why adults with significant brain injuries still deserve autonomy, relationships, sexuality, meaningful work, and the opportunity to make choices about their own lives—not to be infantilized simply because they need support. The conversation also explores the enormous burden carried by families and caregivers, including guilt, anger, exhaustion, and the painful realization that loving someone does not necessarily mean being capable of providing 24-hour care. You'll also hear about: Why brain injury can create a profound loss of identityThe five stages of grief after concussion and traumatic brain injuryWhy acceptance and hope can exist at the same timeHow families experience their own grief after a loved one's brain injuryCaregiver guilt and burnoutWhy community and social connection matter in long-term recoveryHow art, work, relationships, and purpose can become part of rebuilding a lifeEMDR and trauma therapy after brain injuryWhy every brain injury is differentThe dangers of social isolation after TBIWhy long-term brain injury care remains so difficult to accessThe importance of treating brain injury survivors as adults with autonomy, dignity, and the same human needs as everyone elsePerhaps the most important message in this conversation is that accepting that life has changed does not mean accepting that growth is over. The brain remains capable of learning and adapting. People remain capable of creating meaning, relationships, purpose, and joy—even when the life they are building looks different from the one they had imagined. Brain injury recovery isn't always about getting your old life back. Sometimes it is about discovering how to build a meaningful life from where you are now. Jamie Arber: Linkedin  Supported Living Group website Neurospark Counseling website Instagram: @thesupportedlivinggroup  @neurospark2026 Send us a Message! My new book The Art of Concussion Recovery: Following the Thread is available as an audiobook, paperback, hardcover, and Kindle on Amazon.  Save $30 on Brain Ritual - A daily brain energy-support drink like none other. https://www.brainritual.com/AYLA94359 Save 20% on your first order of Puori Protein:  https://affiliate.puori.com/LIFEAFTERIMPACT The Art of Concussion Recovery - Audiobook Available on Audible and Apple Books, Paperback and Hardcover on Amazon Concussion Breakthrough: Discover the Missing Pieces of Concussion Recovery is now available on Amazon! Follow us on YouTube & Instagram @lifeafterimpact Website: lifeafterimpact.com Medical disclaimer: this video or podcast is for general informational purposes only, and does not constitute the practice of medicine or other ...

    When Brain Injury Changes Who You Are: Grief, Identity & Finding Purpose Again | E75
  7. Aug 31

    The Sensitive Nervous System: Rethinking How We Treat Complex Patients with Dr. David Traster | E74

    Have we become so focused on what a treatment can do that we've stopped asking who it should—and shouldn't—be used on? Why do some people seem to tolerate almost anything, while others react strongly to medications, supplements, foods, sensory stimulation, exercise—or even therapies intended to help them? In this episode of Life After Impact, I sit down with Dr. David Traster to explore the sensitive nervous system and why recognizing that sensitivity may be an important part of caring for people with complex neurological and chronic health conditions. Dr. Traster describes a shift he began noticing after COVID. Patients who previously responded predictably to neurological rehabilitation were becoming more complicated. Underlying issues that may once have been relatively quiet—immune dysfunction, chronic infections, mold exposure, inflammation, histamine and mast-cell responses, or autonomic dysfunction—seemed to become more clinically significant. In some patients, neurological testing would improve while they still didn't feel substantially better. It forced him to reconsider what else might be limiting their capacity to recover. That realization gradually changed the way he practices. For some highly reactive patients, the first step may not be a more powerful treatment. It may be less: slowing down, looking at the larger physiological picture, and beginning with interventions the person's system can comfortably tolerate before progressing to more intensive care. Dr. Traster discusses his use of biofeedback, nutrition, herbs, homeopathy, autonomic support, and neurological rehabilitation—and why the appropriate starting point can look very different from one person to another. The conversation also raises an important question about our rapidly expanding world of biohacking, supplements, neuromodulation, and medical devices. A therapy can be beneficial and still not be appropriate for every person, at every dose, or at every stage of recovery. More treatment is not necessarily better treatment. Perhaps most importantly, sensitivity itself deserves to be respected. When someone's symptoms increase in response to a therapy, that response shouldn't automatically be dismissed or interpreted as a reason to push harder. It may be valuable information about what that person's nervous system can handle right now. Good clinical care requires listening to those responses, measuring change, adjusting course, and recognizing when the body may need a gentler approach. We also explore the importance of accurate diagnosis, the limitations of one-size-fits-all protocols, the risks of treating a presumed “root cause” without considering the larger physiology, and why even promising therapies can have unintended consequences when applied to the wrong person at the wrong time. This episode offers a different way of thinking about complex recovery: The goal isn't to make a sensitive nervous system behave like everyone else's. It's to understand what that sensitivity is telling us—and build care around the person who is actually in front of us. The Neurological Wellness Institute The Neurological Wellness Podcast Dr. Trasters Substack Instagram: @neurologicwellnessinstitute Send us a Message! My new book The Art of Concussion Recovery: Following the Thread is available as an audiobook, paperback, hardcover, and Kindle on Amazon.  Save $30 on Brain Ritual - A daily brain energy-support drink like none other. https://www.brainritual.com/AYLA94359 Save 20% on your first order of Puori Protein:  https://affiliate.puori.com/LIFEAFTERIMPACT The Art of Concussion Recovery - Audiobook Available on Audible and Apple Books, Paperback and Hardcover on Amazon Concussion Breakthrough: Discover the Missing Pieces of Concussion Recovery is now available on Amazon! Follow us on YouTube & Instagram @lifeafterimpact Website: lifeafterimpact.com Medical disclaimer: this video or podcast is for general informational purposes only, and does not constitute the practice of medicine or other ...

    The Sensitive Nervous System: Rethinking How We Treat Complex Patients with Dr. David Traster | E74
  8. Aug 25

    DTI: A New Era in Concussion Diagnostics with Dr. Rebecca Romero | E73

    Can diffusion tensor imaging (DTI) detect brain changes after a concussion when a standard MRI or CT scan is normal? In this episode of Life After Impact, I sit down with board-certified neurologist Dr. Rebecca Romero to explore how DTI is moving from the world of concussion and traumatic brain injury research into clinical practice. Dr. Romero explains how DTI brain imaging can evaluate microscopic changes in the brain's white matter pathways following mild traumatic brain injury (mTBI), including changes that may not be visible on conventional MRI. We discuss fractional anisotropy, white matter tract integrity, susceptibility-weighted imaging (SWI), hemosiderin deposition, and brain-volume measurements—and why DTI must still be interpreted alongside the patient's symptoms, history, neurological examination, and other objective testing rather than used as a stand-alone concussion test. But DTI is only one part of this conversation. What particularly impressed me about Dr. Romero's approach is how comprehensive and integrative her concussion evaluations are. Rather than relying on a single scan or a brief neurological examination, her clinical network begins gathering objective information before the patient even sits down with her. This can include symptom questionnaires, eye-movement testing, balance and postural stability assessment, EEG/event-related potentials, and cognitive screening. Dr. Romero then spends considerable time reviewing the patient's history, symptoms, test results, and neurological findings to begin putting the pieces together. We discuss why this matters when someone has been told: “Your MRI was normal.” Standard CT and MRI scans are often normal after concussion because they were designed primarily to identify larger structural abnormalities—not necessarily the microscopic changes associated with mild traumatic brain injury. DTI provides another way of looking at the brain by examining the diffusion of water through white matter tracts—the communication highways connecting different regions of the brain. Dr. Romero explains how abnormalities in measures such as fractional anisotropy can contribute additional objective information when interpreted within the larger clinical picture. Importantly, she also explains why DTI isn't appropriate for everyone. Age, previous concussions, hypertension, diabetes, and other medical conditions can complicate interpretation and potentially contribute to false-positive findings. This is not simply a scan that should be ordered for every person who experiences a concussion. Our conversation then expands well beyond imaging. We explore post-concussion brain fog, cognitive impairment, headaches, dizziness and autonomic dysfunction, neuroinflammation, sleep problems, medication-overuse headaches, exercise, nutrition, and women's hormones during perimenopause and menopause. Dr. Romero also explains how rehabilitation is incorporated into her model of care, including oculomotor and balance rehabilitation and emerging cognitive-motor approaches based on the specific deficits identified during testing. In this episode, we discuss: What diffusion tensor imaging (DTI) isHow DTI differs from a conventional MRIWhy CT and MRI scans are often normal after concussionWhite matter tracts and fractional anisotropyMicroscopic changes associated with mild traumatic brain injurySusceptibility-weighted imaging and hemosiderin depositionWhen DTI may—and may not—be appropriateEEG/event-related potentials and the P300 responseEye-movement and balance testing after concussionCognitive testing and executive-function problemsAutonomic dysfunction, dizziness, and orthostatic symptomsPost-traumatic headaches and medication-overuse headacheNeuroinflammation after traumatic brain injurySleep and concussion recoveryPerimenopause, hormones, and female concussion recoveryThe importance of coordinated, comprehensive concussion careOne of the most important messages from this episode is that better concussion diagnosis isn't necessarily about finding one perfect test. It's about combining emerging technologies such as DTI with a careful history, neurological examination, objective functional testing, and thoughtful clinical reasoning to create a more complete picture of what happened to the brain—and what that individual patient may need next. Dr. Romero & ProCare: Website Send us a Message! My new book The Art of Concussion Recovery: Following the Thread is available as an audiobook, paperback, hardcover, and Kindle on Amazon.  Save $30 on Brain Ritual - A daily brain energy-support drink like none other. https://www.brainritual.com/AYLA94359 Save 20% on your first order of Puori Protein:  https://affiliate.puori.com/LIFEAFTERIMPACT The Art of Concussion Recovery - Audiobook Available on Audible and Apple Books, Paperback and Hardcover on Amazon Concussion Breakthrough: Discover the Missing Pieces of Concussion Recovery is now available on Amazon! Follow us on YouTube & Instagram @lifeafterimpact Website: lifeafterimpact.com Medical disclaimer: this video or podcast is for general informational purposes only, and does not constitute the practice of medicine or other ...

    DTI: A New Era in Concussion Diagnostics with Dr. Rebecca Romero | E73
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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!

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