Chronic pain and trauma follow the same biological pattern — and that pattern explains why doing everything right still leaves people in pain. By the time a pain signal is firing, the body is not in stress. It has already crossed the critical line of overwhelm. That is a different biology entirely — one where the nervous system has shifted into survival strategies including energy conservation, dissociation, and immobilization. In survival mode, the body does not have resources available for healing. It only has enough to stay alive. This is why anti-inflammatory protocols, therapy, and nervous system practices can all be working and pain can still flare. The flare is not a failure of the approach. It is a signal that the nervous system has crossed the line — and needs different tools than stress management can provide. Neuroception — the nervous system's subconscious safety calculation — is what determines whether a pain flare happens. It is running in the background at all times, reading cues from the body and the environment, deciding: safe or not safe? When the answer is not safe, the physiology shifts toward overwhelm. That shift is where chronic pain lives. What changes this pattern is not managing pain. It is building the five core nervous system skills — the ability to feel, shift state, pace, track, and choose — so the nervous system can spend less time past the critical line, and more time in the calm-alive state where healing actually happens. Key Takeaways Chronic pain is a trauma pattern, not just a tissue problem.  It becomes chronic through the same mechanism as trauma — the body failing to reset to safety after crossing the critical line of overwhelm. The critical line of overwhelm is a different biology than stress.  Above it, survival strategies take over — dissociation, immobilization, energy conservation — and the body's healing mechanisms go offline. Adrenaline is the body's natural pain suppressant — and overwhelm removes it.  Pain becomes loudest not during stress, but after the nervous system crosses into shutdown and that chemistry is withdrawn. Neuroception controls whether a pain flare happens.  This subconscious threat-detection process (Dr. Stephen Porges, polyvagal theory) reads body, environment, and relational cues — when it reads threat, the body cannot heal. Energy conservation blocks healing at the biological level.  Past the critical line, the body directs just enough energy to survive — not to repair tissue, detoxify, or regulate the mitochondria. Capacity — not stress — determines where the critical line sits.  The body responds to whether capacity meets demand. Building capacity through nervous system skill development moves the line. The five core nervous system skills are learnable and specific.  Feel. Shift state. Pace. Track. Choose. Each one expands the window of tolerance before the body crosses into overwhelm. In This Episode You'll Learn: [00:00]  Why chronic pain is an overwhelm problem — not a stress problem [01:34]  How pain becomes chronic and why it follows the same biological pattern as trauma [03:06] Stress is not trauma and trauma is not stress [03:20] What the critical line of overwhelm is — and why the body stays braced long after the danger is gone [05:59] The Loop and what it does to the body's healing mechanisms [08:11] How adrenaline suppresses pain during stress — and what happens when it's removed in overwhelm [08:49] What microglia are and why they follow the same threshold pattern as the nervous system [09:30] The three survival strategies the body activates past the critical line — dissociation, freeze, and energy conservation [11:40] What neuroception is and why it controls whether a pain flare happens [13:42] Why capacity — not stress — determines where your critical line sits [15:10] The five nervous system skills that build capacity before the line is crossed - that every adult and every person with chronic pain needs to know — what each skill does and why it matters [17:44] Why we only go as fast as the slowest part of me feels safe to go [18:44] How to interrupt a chronic pain cycle before it crosses the line [20:52] The Three Rs framework — how to recognize, understand, and repair a chronic pain pattern [22:40] Key Takeaways And Guide Notable Quotes ~ Dr. Aimie CHRONIC PAIN IS AN OVERWHELM PROBLEM "By the time pain becomes chronic, it is not about stress anymore." "Pain is information. And the information it is giving you is overwhelm." "Stress is not bad. Stress is not what makes chronic pain flare up. Stress is just stress. What really matters for pain is what is my capacity to respond to that stress." "By the time that your pain is showing up and giving you information, it's because you are at that line of overwhelm." "Most of the time, pain is not present as much during the stress response as it is during the overwhelm response." "Chronic pain is not a stress problem. It is an overwhelm problem. That distinction matters because it changes the interventions that we use." THE CRITICAL LINE "We have all crossed this critical line at one point in our life. There is that shock that exceeds our ability to overcome with action. In that moment, our physiology switches survival strategies." "Without a full reset to safety, our body remains with the perception that the danger might still be there." THE LOOP "When the perception of danger remains, the physiology loops between stress and overwhelm." "Even though we walk away from the scene of the car accident, in our body it's still bracing because it doesn't know that it's over." "The danger is truly not over. It's not happening right now this second, but it could happen in the next minute. So I must stay braced." "We can get into these loops where we're looping through stress and overwhelm several times in the same day." "We reach a point where the body says, I don't know if the danger's really over. And so I'm going to get into a loop." "The pattern of pain is directly related to the internal physiological state." ADRENALINE & PAIN "Adrenaline is a way of numbing pain." "The natural hormones that happen during a stress response help numb pain so that we can take action and respond to the danger in our life. It's when that gets removed, as it does in the overwhelm physiology, that we feel more of that pain." NEUROCEPTION & CAPACITY "Neuroception is a subconscious calculation that's always happening in the background. Am I in danger or am I safe? That is what will determine our physiological state." "What really matters for pain is what is my capacity to respond to that stress. If I have the capacity, then I'm still safe. Safe enough. It's when that capacity doesn't match up that my physiology will go into the overwhelm response. And that is where chronic pain lies." THE FIVE CORE NERVOUS SYSTEM SKILLS "We only go as fast as the slowest part of me feels safe to go." "Can I track — allows me to start to see this progression, this transition, which then allows me to insert space between trigger and reaction. It is not mindset work. This is a skill." "Building capacity matters more than managing symptoms." Episode Takeaway When someone comes to me with chronic pain, one of the first things I want them to understand is that their body has not made a mistake. The pain is not random. It is not irrational. It is a signal — and specifically, it is a signal of overwhelm. By the time pain is showing up consistently, the nervous system has almost always already crossed that critical line. What I find consistently underappreciated in pain treatment is the role of adrenaline. During a stress response, the body naturally produces endorphins and adrenaline that suppress pain — this is the biology behind the runner's high. The body does this so you can move through danger. But when someone crosses into overwhelm, when the nervous system shifts from mobilization to shutdown, that natural pain suppression is removed. That is when the pain becomes loudest. People often describe it as feeling like the stress caused the pain. What's actually happening is the transition from stress into overwhelm. This is why I spend so much time teaching the five core nervous system skills — feeling, state-shifting, pacing, tracking, and choosing. These skills are central to everything I teach. They build the very thing that determines where the critical line sits: capacity. When capacity increases, the critical line moves. And when the nervous system can stay in a range where it still perceives enough safety, the body's own healing biology can do its work. Not because we've forced it — but because we've created the conditions it needs. The Three Rs framework I use — Recognize the trauma pattern, identify the underlying Reasons, apply the Repair tools — applies directly to chronic pain. Because chronic pain is a trauma pattern. Addressing it requires the same biological and nervous system literacy. That is what the Biology of Trauma ®  approach is built for. Resources/Guides: Book:   The Biology of Trauma ® Book by Dr. Aimie Apigian — Chapter 1 covers the body's trauma response, the critical line of overwhelm, and the steps by which both trauma and pain become chronic. The Nervous System Journal is available at:   biologyoftrauma.com/book Free Guide:   A Guide For The Chronic Freeze Response  — Learn what to do (and what to avoid) when your body gets stuck in freeze mode, including the survival strategies covered in this episode. Related Podcast Episodes: Episode 130 — Why Stress Doesn't Cause Chronic Pain and What Really Does  Episode 91 —  The Neuroscience of Chronic Pain: How Our Brain Predicts and Creates a Biology of Pain with Dr. Howard Schubiner Episode 96 —  Pain as Protection: Why Your Body Creates Chronic Pain & The 3 Questions to Ask to Release It with Georgie Oldfield Episode 134 — The Biology of Overwhelm: Why Small Demands Feel Impossible Episode 129 — Why You're Still in Survival Mode (Even After Years of Therapy and Healing Work)  Episode 135 — The Hidden Difference Between Stress and Trauma In How The Body Keeps Score  Episode 150 — Frozen in Success: The Biology of Staying Stuck in Survival  Episode 153 — The Biology of Burnout: Why Pushing Through Stops Working  Your host:  Dr. Aimie Apigian is a double board-certified physician in Preventive and Addiction Medicine, author of the national bestselling book The Biology of Trauma ®   (foreword by Gabor Maté) and the founder of the Biology of Trauma ®  framework that transforms our understanding of how the body experiences and holds trauma. She holds master's degrees in biochemistry and public health. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her Biology of Trauma ®  practitioner training, podcast, YouTube channel, and international speaking, Dr. Aimie bridges functional medicine, attachment science, and trauma therapy — with a focus on facilitating accelerated repair of trauma's impact on the mind, body, and biology. Why Chronic Pain and Trauma Share the Same Biology — And What Your Nervous System Needs to Heal Both There is a moment — and most people with chronic pain can identify it — when the pain stopped feeling like a physical problem and started feeling like a presence. Something that shows up unpredictably. Something that seems to worsen when life demands more than you have. Something that has its own logic, even if you can’t quite name what that logic is. The biology behind chronic pain and trauma offers an explanation. And it starts with a threshold most people don’t know exists. The Shared Biological Pattern of Chronic Pain and Trauma Chronic pain and chronic trauma follow the same physiological pattern. Both become persistent when the nervous system crosses the critical line of overwhelm—the threshold at which the body shifts from manageable stress into survival strategies that block healing. Understanding this shared biology changes everything about how we approach both. Acute pain makes biological sense. Tissue is injured. The nervous system signals threat. Inflammation arrives to begin repair. This is the body doing exactly what it is designed to do. What turns acute pain into chronic pain follows the same sequence that turns acute stress into chronic trauma. The body reaches a specific physiological threshold — a critical line — where it no longer knows whether the threat is over. It does not reset. It stays braced. That threshold is what the Biology of Trauma ®  framework calls the critical line of overwhelm. Below this line, the body is in a stress response — sympathetic activation, adrenaline-fueled mobilization, the familiar experience of tension and urgency. Stress is not trauma. Stress is not what drives chronic pain. Stress is the body doing exactly what it is designed to do in the face of a manageable challenge. The critical line is crossed when demand exceeds capacity. When the body perceives that the threat cannot be overcome through action. When — whether from a car accident, a phone call, a childhood memory triggered in the present moment, or years of accumulated relational pain — the nervous system concludes: this is not something I can move through. This is a life threat I cannot escape. At that moment, the physiology changes entirely.   What the Body Does Past the Critical Line Three survival strategies activate when the nervous system crosses the critical line of overwhelm: dissociation, immobilization (freeze), and energy conservation. Each is biologically adaptive. Each also actively interferes with the body’s capacity to heal chronic pain by redirecting resources away from repair and toward basic survival. Three survival strategies activate when the nervous system crosses the critical line of overwhelm. Each one has a specific biological purpose. Each one also directly interferes with the body’s capacity to heal chronic pain. •    Dissociation  is the first. When present reality is intolerable, the nervous system creates distance from it. This shows up on a spectrum — from outright dissociation to the more common patterns of numbing, avoiding, and distracting. These are not character flaws. They are survival strategies. •    Immobilization  — the freeze response — is the second. Freeze has two distinct phases. The first is the classic “foot on the gas and brake simultaneously” — the body flooded with adrenaline but frozen in place, unable to act. The second is full shutdown: the nervous system removes its foot from the accelerator entirely. This is the dorsal vagal response, the state associated with collapse, dissociation, and exhaustion. •    Energy conservation  is the third, and it is perhaps the most directly relevant to chronic pain. In this state, the body allocates available energy to the single priority of survival. Healing, repair, detoxification, immune regulation, mitochondrial maintenance — all of it goes offline. The body cannot afford to direct resources toward recovery when it believes survival is still in question. This is why chronic pain persists even when treatment addresses the tissue. The tissue heals. But the nervous system has not received the signal that the threat is over. The body remains in a state where healing is a secondary priority. Why Adrenaline Matters More Than Most People Realize During a stress response, adrenaline and endorphins naturally suppress pain—allowing the body to act under pressure. When the nervous system shifts into overwhelm, this pain suppression is withdrawn. The pain signal arrives full strength. This explains why people often report pain spikes after periods of high function, not during them. One of the most counterintuitive aspects of chronic pain biology is the role of adrenaline. Most people with chronic pain know the feeling of having “pushed through” — the period of high function, high output, high tolerance that eventually leads to a significant flare. There is a direct biological mechanism at work. During a stress response, the body naturally produces adrenaline and endorphins that suppress pain. This is the biology behind the runner’s high. The body does this deliberately — pain suppression is a feature of the mobilization response. When the nervous system crosses into overwhelm, that mobilization chemistry is withdrawn. The body shifts away from adrenaline-driven activation and into the shutdown survival strategies. With the natural pain suppression removed, the pain signal arrives full strength. People often experience this as “the stress making my pain worse.” What is actually happening is the transition from stress into overwhelm — and the removal of the body’s own pain-suppression system. Understanding this distinction changes the clinical picture. The goal is not to eliminate stress. The goal is to build capacity — so that the nervous system can respond to stress without crossing into overwhelm. What Is Neuroception, and Why Does It Control Pain Flares? Neuroception is the nervous system’s continuous, subconscious process of scanning for safety or threat—a term developed by Dr. Stephen Porges in polyvagal theory. It operates below conscious awareness. When neuroception detects sufficient threat—even from memory or relational cues—the body shifts into a protective state that increases pain perception and reduces healing capacity. Neuroception is a term developed by Dr. Stephen Porges as part of polyvagal theory. It describes the nervous system’s continuous, subconscious scanning for safety or threat. It operates entirely below conscious awareness — which is why pain flares can seem completely unpredictable, appearing even when, on the surface, everything appears to be fine. Neuroception collects information from three sources: the internal state of the body, signals from the environment, and relational cues from other people. Based on that data, the nervous system determines which physiological state to activate. •   When the nervous system dashboard reads safety:  the body is in calm aliveness — ventral vagal, parasympathetic activation. In this state, the nervous system engages its full healing biology: immune regulation, tissue repair, detoxification, mitochondrial function. •  When the nervous system dashboard reads threat:  the body shifts toward protection. Healing goes offline. Pain signals increase. The nervous system is trying to keep the body alive, and pain is part of how it communicates urgency. For people with a history of chronic stress or relational trauma, the neuroception system is often calibrated toward threat. The nervous system adapted. It learned — often in early childhood — to maintain a state of bracing because the environment was genuinely unsafe. That calibration does not automatically update when the environment changes. It requires deliberate, somatic experience to shift. The Five Core Nervous System Skills Building the capacity to stay below the critical line—and to return to it when crossed—depends on five core skills: feeling, state-shifting, pacing, tracking, and choosing. These are somatic competencies the nervous system learns through practice, not mindset shifts. Each one expands the window of tolerance before the body crosses into overwhelm. Building capacity to stay below the critical line depends on five core skills. These are somatic competencies that the nervous system learns through practice. They are not mindset exercises. 1. Can I Feel? Most people with chronic pain have learned, often beginning in childhood, to disconnect from body sensation. The body associates sensation with pain, and pain with threat. Reconnecting with the body’s internal experience — without being overwhelmed by it — is the first skill. It is also the foundation for all the others. 2. Can I Shift My State? The nervous system has default pathways. When certain triggers arrive, the body moves automatically toward familiar responses — including pain flares. The capacity to notice a state and deliberately shift it is learnable. Without it, the body remains at the mercy of its established patterns. 3. Can I Pace? Pain is information. It is information of overwhelm. When the pace of engagement — emotional, physical, relational — exceeds what the nervous system can process, the body signals through pain. The guiding principle here: we only go as fast as the slowest part of me feels safe to go. This honors the body’s wisdom without abandoning progress. 4. Can I Track? Tracking means developing the ability to watch the nervous system in real time — to notice the early signals of approach toward the critical line, before it is crossed. Most people only notice they have crossed the line when they are already in a flare. Tracking creates the possibility of intervention before that point. 5. Can I Choose? When tracking creates awareness, choosing becomes possible. The space between trigger and reaction expands. A pattern that once felt automatic becomes something the body can respond to differently. This is pattern interruption at the nervous system level. It develops over time, through practice. A Body-Based Tool for the Overwhelm Threshold When overwhelm is approaching, slowly extending the arms outward—hands to shoulders, then pressing to full extension as slowly as possible—creates physical space the nervous system interprets as safety. This simple somatic movement can pull the body back from the overwhelm threshold without visualization or narrative. One somatic practice that is both accessible and effective involves creating physical space. When overwhelm is approaching, bring hands to the shoulders. Press outward as slowly as possible to full extension. Pause at extension until the body signals completion. The nervous system interprets physical space as safety. Space creates permission to breathe, to think, to be. The movement itself is enough. No visualization required. Posture also plays a role that is often underappreciated. The shame collapse — the instinctive curling forward to protect the abdomen and heart — is a direct biological response to overwhelm. The gut and heart are where the body most physically registers threat. Trying to force an open posture in this state creates more physiological distress, not less. Placing a pillow, book, or blanket in front of the abdomen to provide protection allows the body to feel safe enough to gently open — working with the biology, not against it. The Three Rs: A Framework for Chronic Pain as a Trauma Pattern Chronic pain responds to the same biological framework used for trauma patterns: Recognize the pattern as adaptive biology, identify the underlying Reasons (biochemical imbalances, somatic memory, nervous system adaptations), and apply Repair tools at both the biological and nervous system levels. Addressing all three layers is what shifts the pattern at its root. Chronic pain is a trauma pattern. That framing is not metaphorical — it is biological. Which means it responds to the same framework used to address trauma patterns in the body. •    Recognize  the pattern. The nervous system is doing what it learned to do when demand exceeded capacity. It is adapted — not disordered. •    Identify the underlying Reasons.  What biochemical imbalances have accumulated over years of cycling between stress and overwhelm? What implicit memories are being stored in somatic tissue? What parts of the system are maintaining the pain pattern because they have not yet received the attention and support they need? The reasons are always multiple. •    Apply the Repair tools.  Repair at the biological level — addressing nutrient depletion, neuroinflammation, mitochondrial function. Repair at the somatic level — building the five nervous system skills, creating new pathways. Repair at the relational and parts level — attending to the parts of the system that are maintaining the pain pattern because they have not yet received the signal that it is safe to let go.   This is the sequence. It is not linear. It is iterative. And it works at the root level — because it addresses not just the symptom of pain, but the biological conditions under which the body remains convinced the threat is still present. FAQ 1. What is the critical line of overwhelm, and why does it matter for chronic pain?   The critical line of overwhelm is the biological threshold at which the nervous system shifts from a stress response to an overwhelm response. Below this line, the body remains in sympathetic activation with access to its own healing biology. Above it, three survival strategies activate — dissociation, immobilization, and energy conservation — each of which actively blocks tissue repair and nervous system regulation. Chronic pain lives consistently on the overwhelm side of this line. Understanding where your critical line sits — and what expands your capacity to stay below it — is the core clinical question in the Biology of Trauma ®  approach to chronic pain.   2. Why does adrenaline affect chronic pain levels?   During a stress response, the body naturally produces adrenaline and endorphins that suppress pain — the same mechanism behind the runner’s high. When the nervous system crosses into overwhelm, this mobilization chemistry is withdrawn. Without the body’s natural pain suppression, the full pain signal arrives. This is why many people experience pain spikes after periods of high function: the body was using adrenaline to suppress pain, and when that state ends, the pain becomes fully present.   3. What is neuroception and how does it cause chronic pain flares?   Neuroception is the nervous system’s continuous, subconscious process of scanning for safety or threat, described by Dr. Stephen Porges in polyvagal theory. It operates below conscious awareness, processing internal body signals, environmental cues, and relational information. When neuroception detects sufficient threat — even from memory, anticipation, or relational patterns — the body shifts into a protective physiological state that increases pain perception and reduces its healing capacity. This is why pain flares often seem unpredictable.   4. What are the five core nervous system skills for chronic pain?   The five core nervous system skills are: (1) Can I feel — the capacity to reconnect with body sensation without being overwhelmed; (2) Can I shift my state — moving deliberately from sympathetic activation toward calm aliveness; (3) Can I pace — moving only as fast as the slowest part of the system feels safe; (4) Can I track — noticing the approach of the critical line before it is crossed; and (5) Can I choose — inserting a deliberate response between trigger and reaction to interrupt established pain patterns.   5. Can chronic pain be addressed through nervous system work?   The Biology of Trauma ®   framework treats chronic pain as a trauma pattern — a biological state in which the nervous system has not completed a full reset to safety, keeping the body’s healing biology offline. Addressing it requires the Three Rs: Recognizing the pattern as biological adaptation, identifying the underlying Reasons (biochemical imbalances, somatic memory, parts holding the pattern), and applying Repair tools at both the biological and nervous system levels. Nervous system skill development is central to this approach.   6. What is the difference between stress and overwhelm in the body?   Stress is a sympathetic nervous system response — adrenaline-driven, mobilizing, purposeful. The body is designed to move through stress. Overwhelm is what happens after the critical line is crossed: the nervous system shifts to survival strategies including freeze, dissociation, and energy conservation. These strategies reduce the body’s capacity to heal and regulate. Stress does not cause chronic pain to flare. The transition into overwhelm does.   7. What is the role of microglia in chronic pain and trauma?   Microglia are neuron support cells responsible for pruning, nurturing, and protecting neurons. They are also the primary creators of neuroinflammation when activated. Like the nervous system itself, microglia can hold accumulated stress until they cross their own threshold — at which point they shift into sustained inflammatory activation. This contributes to central sensitization in chronic pain and parallels the critical line model: a system that functions within capacity until it doesn’t, at which point the biology changes entirely. Helpful Research 1. Polyvagal Theory and Autonomic Nervous System Regulation  — Porges, S.W. (2011).   The Polyvagal Theory: Neurophysiological Foundations of Emotions, Attachment, Communication, and Self-regulation.  W.W. Norton & Company. Foundational framework for understanding neuroception, autonomic state shifts, and the vagal pathways underlying the biological responses described in this episode. 2.  Central Sensitization in Chronic Pain  — Woolf, C.J. (2011). “Central sensitization: Implications for the diagnosis and treatment of pain.” Pain, 152(3 Suppl), S2–S15.  Documents how the central nervous system amplifies pain signals in chronic pain states, a mechanism directly relevant to the overwhelm-driven pain loop described here. 3. Microglia and Neuroinflammation  — Nimmerjahn, A., Kirchhoff, F., & Helmchen, F. (2005).  “Resting microglial cells are highly dynamic surveillants of brain parenchyma in vivo.” Science, 308(5726), 1314–1318.  Describes how microglia continuously survey neural tissue and activate inflammatory responses when their own threshold is crossed — paralleling the critical line model. 4. Energy Metabolism and Chronic Pain  — Naviaux, R.K. (2014).  “Metabolic features of the cell danger response.” Mitochondrion, 16, 7–17.  Describes the Cell Danger Response — the metabolic shift in which cells prioritize defense over healing and repair. Directly supports the energy conservation survival strategy described in the Biology of Trauma ®  framework. 5. Somatic Experiencing and Trauma Resolution  — Levine, P.A. (2010) . In an Unspoken Voice: How the Body Releases Trauma and Restores Goodness.  North Atlantic Books. Foundational work on body-based trauma resolution, including freeze response completion and the role of somatic movement in nervous system regulation. Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette:  I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive 😌

Core Insight: Unresolved regret can keep the nervous system trapped in a trauma loop for decades. "Even though it was 46 years ago, it feels like it was yesterday. It still very much lives in my body.”  — Gregg Ward “As long as there’s no end to the story yet, the body stays in that place.”  — Dr. Aimie Apigian Moral injury is not PTSD. It is what happens when your nervous system cannot reconcile what you did with who you know yourself to be. Guilt and regret are not just emotions — they are biology. And when they have no resolution, they become a trauma loop the body keeps running on repeat. Unresolved guilt becomes moral injury.  Moral injury lives in the body, not just the mind — the nervous system keeps replaying the loop, looking for an ending that never came. Staying busy and doing good can mask moral injury for decades  without ever touching what is actually driving it. Movement, genuine community, and purpose larger than yourself  are what help the nervous system finally complete the story. The body is not punishing you.  It is holding something unfinished. This is not about getting over what happened.  It is about giving your nervous system the signal it has been waiting for — that it is finally safe to stand down. In This Episode You'll Learn: [00:00] What does regret actually do to the body — and why does this episode exist? [01:34]  What happened the night Michelle was killed — Gregg's account of the accident [04:20]  Why did Gregg run the morning after — and what does the body know before the mind does? [07:50]  How does Bessel van der Kolk's trauma framework apply to accidental harm? [09:14]  What was the voice in the police car — and how did one internal choice shape 46 years? [10:52]  What is moral injury — and what does it mean to violate your own moral code? [14:00]  What is the difference between regret-driven and purpose-driven action? [21:00]  How does the body still hold an event 46 years later — flushed skin, shoulder tension, emotional reactivity? [24:12]  What is the Hyacinth Fellowship — and who is it for? [31:05]  What is a trauma film loop — and what finally interrupted Gregg's? [33:32]  Why does the Biology of Trauma® framework say the body holds on when a story has no ending? [34:50]  How does movement — theater, running, tennis — function as somatic processing? [39:30]  What does Gregg say to anyone still carrying regret? Notable Quotes Most quotable exchange Dr. Aimie: "As long as there's no end to the story yet — the body stays in that place. We keep reliving it as if it's present moment. Because there was never an end to the story." Gregg: "Still looping. Yes." Guest: "A lot of what I was doing was proving to myself that I was an okay human being. That I was not this horrible murderer."  "I realized I was being inauthentic — I was trying to make myself feel better by doing all this good stuff."   "You either let this completely destroy you — or you figure out a way to get through this and become a better person than she ever thought you could be. That voice has been ringing in my head for 46 years."  "Even though it was 46 years ago, it feels like it was yesterday. It still very much lives in my body."  "As soon as you started asking me about it — I can feel the tension in my shoulders, my face flushed, I felt like I was going to cry. It's always there. Always, always there."   “I ran and ran and ran… trying to overwhelm the emotional pain with physical pain.” "I misused alcohol and drugs to the nth degree — to numb myself, to escape. I was doing everything I could to overwhelm my physical feelings with physical agony. Just to cope in the moment."  “I wasn’t trying to prove to the world I was good. I was trying to prove it to myself.” “A lot of what I was doing wasn’t about helping the world — it was about convincing myself I wasn’t a horrible person.” “Moral injury is when you do something that violates your deepest values… and you can’t reconcile it.” “For many years there was a film loop of the accident always playing in the background of my life.” "Theater school was the most effective and most expensive therapy I could ever get." "The method teaches you that all your emotions live physically in your body." “The burden lifted when I stopped trying to make myself feel better.” "Get up. Just get up. Walk. Move your body. Whatever you can do to stay loose — to allow the body to just feel the sensations."  “Healing came when it became about honoring her… not fixing me.” "They didn't try to make it feel better. They just listened, understood, and held me when I needed to be held."  "Finding out I was not alone — finding out these behaviors are normal, to be expected — that really relieved me of feeling like I was in this tunnel for the rest of my life."  "There is a future of happiness. A future of fulfillment. A future of stillness, of groundedness. It's there. You can get to it. I'm not saying it's easy — but I believe you can get to it."  "Find the thing that is not about making yourself feel better — but rather how the world can benefit. That you can purely give of yourself with no strings attached. That's where the burden got lifted."  Dr. Aimie: “Trauma is something unbelievable, unbearable, and overwhelming.” “Your nervous system will do anything it can to avoid what feels unbearable.” "The physical injuries were not the most hurtful. It was the injuries to your heart, to your soul — those were the most challenging to overcome."  “As long as there’s no end to the story, the body stays in that place.” "I'm not going to dwell on the feelings right now. I'm not going to try to make them go away. I'm not avoiding them. But I know the importance of moving my physical body to move through some of these emotions." "You've given people permission to say — actually, sharing my story is important." “For the body, it’s not something that happened in the past — it’s still happening.” “It is your story, but yet at the same time, it's bringing permission to other people to share aspects of their story that they have kept silent. And we know that we are as sick as the secrets that we hold.” Episode Takeaway What struck me most about Gregg's story is not that he carried regret for 46 years. It's how his body carried it. The tension that rises in his shoulders the moment we speak about it. The face that flushes. The tears that still come. That is not weakness. That is an unfinished story. And your biology does not let you leave an unfinished story in the past.   What Gregg described as a 'film loop' — the accident playing in the background of his entire adult life — is exactly what I write about in The Biology of Trauma ® . The body does not mark time the way the mind does. Until there is an end to the story, the nervous system stays in the moment of the wound. That is why understanding what happened does not stop the loop. The body needs completion, not comprehension.   I also want to name something Gregg said that many of us carry without recognizing it: the need to prove we are good. To work overtime on being someone worthy. I see this pattern constantly — not only in people who have accidentally harmed someone, but in people whose early caregivers communicated they were too much, or not enough. The nervous system learns to perform worthiness as a protective strategy. It looks like ambition. But underneath, it is a body still trying to make the story end differently.   What shifted for Gregg was meaning. Not processing alone, not therapy alone — meaning. Creating the scholarship was not about him. It was about her — about Michelle. That shift — from managing regret to honoring a life — is what the Biology of Trauma ®  framework describes as moving from Survival to Expansion. The nervous system cannot get there by force. But it can get there when the story finally has a different kind of ending. Resources/Guides: Centerforrespectfulleadership.org   — Gregg Ward — Center for Respectful Leadership Confessions of An Accidental Killer  — Gregg Ward — TEDx San Diego hyacinthfellowship.org  —  Hyacinth Fellowship   The Biology of Trauma ® Book by Dr. Aimie Apigian  — Where you can read Section 2 —  starting with chapter 6 which explains the mechanism by which the body keeps score, even of regret.  Free Guide: Steps to Identify and Heal Trauma by Dr. Aimie Apigian Related Podcast Episodes: Episode 35: 5 Ways How Polyvagal Theory Helps With Trauma Work with Stephen Porges Episode 76: Polyvagal Theory: Become an Active Operator of Your Nervous System During Grief with Deb Dana Episode 114: The Science Behind Why We Can't 'Get Over' Loss And How to Grieve with Dr. Mary-Frances O'Connor Episode 124: Grief and Gut Health: Is It Just Emotional or Something More? Episode 126: Neuroception Explained: How Your Nervous System Decides What's Safe and Why It Matters for Healing Episode 127: Why Your Body Is Wired for Danger: Understanding Trauma's Impact on Your Nervous System Episode 135: The Hidden Difference Between Stress and Trauma In How The Body Keeps Score Episode 138: Why Your Body Holds On When Your Mind Has Healed with Dr. Aimie Apigian About the Guest:  Gregg Ward is the founder and executive director of the Center for Respectful Leadership. A bestselling author, global speaker, executive coach, and former professional theater artist who toured with his own company performing American classics in the UK, Gregg's life work has been shaped entirely by a single seminal experience — and the decades of research, reflection, and service that followed it. His TEDx San Diego talk has been selected for a feature on TED Global, an honor he describes as overwhelming. It was that talk that first brought him to Dr. Aimie's attention, earning the only standing ovation she gave at the entire TEDx event.  Your host:  Dr. Aimie Apigian is a double board-certified physician in Preventive and Addiction Medicine, author of the national bestselling book The Biology of Trauma ®   (foreword by Gabor Maté) and the founder of the Biology of Trauma ®  framework that transforms our understanding of how the body experiences and holds trauma. Dr. Aimie holds master's degrees in biochemistry and public health. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues.Through her Biology of Trauma ®  practitioner training, podcast, YouTube channel, and international speaking, Dr. Aimie bridges functional medicine, attachment science, and trauma therapy — with a focus on facilitating accelerated repair of trauma's impact on the mind, body, and biology. When Regret Becomes Biology: What Moral Injury Does to the Body Over Decades He woke up the morning after and for one second, he didn’t know what had happened. Then it returned. Gregg Ward, founder of the Center for Respectful Leadership and TEDx speaker, describes what came next as being hit with a baseball bat. His girlfriend Michelle was gone. He’d been driving. And his body—not just his mind—would carry that moment for the next 46 years. This isn’t a story about surviving something terrible and emerging healed. It’s something more biologically precise than that. This is a story about what the nervous system does when a person violates their own deepest moral code—and how long that violation can live in the body before something shifts. In Episode 165 of The Biology of Trauma ®   Podcast, Dr. Aimie Apigian and Gregg Ward revisit his story through the lens of moral injury, somatic survival strategies, and the biology of an unresolved narrative. What emerges is a map—not just for those who have accidentally caused a death, but for anyone carrying the weight of something they cannot undo.   What Is Moral Injury and How Is It Different from Trauma? Moral injury is the biological and psychological wound from violating your own moral code—consciously or not. It produces lasting nervous system dysregulation distinct from standard PTSD. Gregg first encountered the term “moral injury” through research, and it reframed everything. The concept—developed significantly through VA work with combat veterans—describes what happens when someone acts in a way that fundamentally conflicts with their core values. The VA uses this example: a soldier is trained, ordered, and legally permitted to kill. Yet they carry a foundational value—“thou shalt not kill.” The gap between those two realities creates a wound that standard trauma frameworks don’t fully address. For Gregg, the moral violation was unintentional. He wasn’t paying attention while driving. Michelle was killed. The guilt and shame that followed were not irrational—they were the nervous system registering a profound breach of identity. Research published in the journal Clinical Psychology Review (Litz et al., 2009) established moral injury as a distinct construct involving transgression, betrayal, and the erosion of meaning—all with measurable biological correlates.   Why Does the Body Keep Reliving an Event That Happened Decades Ago? The nervous system stays in a story until that story reaches completion. An unresolved event remains a present-tense biological threat—not a past memory. Gregg described what he called a “film loop”—a background loop of the accident that played continuously in his mind for 12 years. Dr. Aimie names this in the Biology of Trauma ®  framework: the body doesn’t distinguish between something that happened in the past and something unresolved in the present. This is not a psychological quirk. It is a cellular survival mechanism. The neuroception system—Dr. Stephen Porges’ term for the nervous system’s unconscious threat-detection process—cannot mark an event as “complete” until the body has processed it somatically. A story that has no ending keeps the nervous system in a state of incomplete threat response. Gregg’s experience confirmed this. It was not until a facilitator at Landmark Education essentially forced him to locate the film loop and name it—“She’s dead. She’s been dead 12 years. Is there anything you can do to change that?”—that the loop began to lose its grip. That confrontation was somatic, not cognitive. It forced a kind of physiological landing.   What Does the Body Show When Moral Injury Goes Unresolved? Moral injury produces sensitized nervous system responses: heightened emotional reactivity, physical tension, weight changes, and substance use—all adapted survival strategies, not character flaws. When Dr. Aimie asked Gregg how the trauma lived in his body, his answer was immediate: flushed skin, shoulder tension, tears that come easily, and a hair-trigger response to witnessing disrespect. Is it any wonder, he reflected, that he founded an organization called the Center for Respectful Leadership? In the Biology of Trauma ®  framework, these are recognized as adaptations. The nervous system that has experienced overwhelming, unbearable, and unbelievable loss—Bessel van der Kolk’s three-part description of trauma—recalibrates its sensitivity thresholds. Gregg’s nervous system learned that disrespect carries existential weight. Of course it responds strongly. Gregg also described carrying extra weight throughout most of his adult life. This is biologically consistent with unresolved emotional charge. The body uses adipose tissue and caloric buffering as part of its allostatic load management. He lost that weight in his mid-60s—after decades of healing work—and attributes the shift partly to a changed relationship with his body.   How Does Movement Actually Help the Body Process Stored Grief? Movement interrupts the freeze response by engaging sensorimotor pathways. Theater, running, and physical sport all access body memory where cognitive processing cannot reach. The morning after the accident, Gregg ran. Not because he was a runner—he wasn’t. But his body knew what his mind didn’t yet: movement was the only thing that could make the physical overwhelm even slightly manageable. Three to four months later, he went to theater school at Boston University. Method acting training teaches students to access emotional states through physical sensation first—not through thought. This is, as Dr. Aimie noted, research-backed trauma therapy. Studies examining drama therapy and somatic expression consistently show accelerated emotional processing compared to talk-based approaches alone. Gregg still plays competitive tennis at 65. He keeps up with players a third his age. He describes the physicality as essential—not optional. This is consistent with what the Biology of Trauma ®  framework teaches: the body needs movement to metabolize what it holds. You cannot think your way through stored emotion. But you can move through it.   What Is the Biological Difference Between Regret-Driven and Purpose-Driven Action? Regret-driven action maintains the nervous system in a proving-worthiness state. Purpose-driven action reduces the body’s threat response by shifting from self-focus to something larger. For years, Gregg was doing genuinely good work—journalism, theater, coaching, writing. But he recognized, through his moral injury research, that much of it was driven by the need to prove he was a good person. To himself. To others who might not even know his story. This kind of driven goodness has a biological signature: the HPA axis stays activated, the nervous system stays vigilant, and the critical line remains low. The shift came seven years ago when Gregg created a scholarship in Michelle’s name at their high school—awarded annually to a young woman pursuing a professional career in the arts. The intention changed: this is about her legacy, not about me. That reframe—from self-rehabilitating to legacy-honoring—is what finally began to lift the physiological burden. This is what the Safety → Support → Expansion sequence in the Biology of Trauma ®  framework describes as expansion: the capacity to move beyond survival into something that serves beyond the self. It doesn’t happen by bypassing the grief or regret. It happens on the other side of them.   What Resources Exist for People Carrying Accidental Harm? The Hyacinth Fellowship—formerly called Accidental Impacts—exists specifically for people who have accidentally caused someone’s death. An estimated 30,000 people in the United States accidentally kill someone each year: in car accidents, construction incidents, home accidents, and other circumstances. Most carry the weight in silence. Gregg attended their first in-person summit, held in Detroit, where approximately 20 people of different ages, backgrounds, and circumstances gathered. Within minutes, he described feeling as though he had found long-lost family. Everyone understood. No explanation needed. The isolation that shame creates, lifted immediately. For practitioners: moral injury in clients often presents as shame-driven hyperachievement, emotional overreactivity in specific contexts, weight dysregulation, and difficulty accepting care. The body’s pattern is recognizable once you know what you’re looking for. FAQ What is moral injury?   Moral injury is the biological and psychological wound that results from acting — consciously or not — in a way that violates your own moral code, and being unable to reconcile that action with your sense of who you are. How is moral injury different from PTSD?   PTSD centers on fear and threat. Moral injury centers on guilt, shame, and the erosion of meaning. Both dysregulate the nervous system — but moral injury requires interventions that address the ethical wound, not just the fear response. What is a trauma loop?   In the Biology of Trauma framework ® , a trauma loop is what happens when the nervous system keeps replaying an unresolved event because the story never received a biological ending. The body does not mark time the way the mind does — until the story completes, the nervous system stays in the moment of the wound. Can a single event cause decades of nervous system dysregulation? Yes. When an event is overwhelming, unbearable, and unbelievable—the three criteria Bessel van der Kolk identifies—the nervous system keeps it open as an unresolved threat. Without somatic processing and narrative completion, the event continues to generate physiological responses as if it is still present. What is the difference between regret-driven and purpose-driven action?   Regret-driven action keeps the nervous system in a proving-worthiness state — the HPA axis stays activated, the body stays vigilant. Purpose-driven action, oriented toward something larger than the self, reduces threat vigilance and allows the nervous system to begin regulating. Dr. Aimie Apigian identifies this shift as the movement from Survival to Expansion in the Biology of Trauma ®  framework. The shift is not semantic; it produces measurable differences in physiological load over time. Why do people carry extra weight after unresolved trauma?   Weight gain following unresolved trauma is a body adaptation, not a character failure. Dr. Aimie Apigian's Biology of Trauma ®   framework explains that the body uses caloric buffering and adipose tissue as part of allostatic load management under chronic stress. Gregg Ward carried extra weight for most of his adult life and lost it in his 60s as his relationship with unresolved grief shifted. How does theater help with trauma processing? Theater—particularly method acting—teaches practitioners to access emotion through physical sensation first. This is consistent with somatic trauma research referenced in the Biology of Trauma ®  framework: emotion is stored in the body, not the mind, and movement-based approaches access it more directly than talk therapy alone. Research on drama therapy confirms accelerated emotional processing compared to cognitive approaches used in isolation. What is the Hyacinth Fellowship? The Hyacinth Fellowship (formerly Accidental Impacts) is an organization supporting people who have accidentally caused someone’s death. In the United States, approximately 30,000 people experience this each year. The Fellowship offers monthly meetings and community for those carrying this specific form of moral injury. Visit hyacinthfellowship.org for more information. What is the Biology of Trauma ®  framework?   Developed by Dr. Aimie Apigian, MD: The Biology of Trauma ®  is a methodology for understanding and addressing how trauma is stored at the cellular and nervous system level — and the sequence by which the body can complete unresolved survival responses. It identifies states of the nervous system and maps the path from survival through safety to support and into expansion. Helpful Research 1. Litz et al. (2009) — Moral injury and moral repair in war veterans:  Clinical Psychology Review. Foundational moral injury paper.   2. van der Kolk et al. — Yoga and PTSD symptom reduction (Journal of Clinical Psychiatry) 3. Brom et al. (2017) — ' Somatic Experiencing for PTSD ' — Journal of Traumatic Stress 4. Jiang, L., Alizadeh, F., & Cui, W. — Effectiveness of Drama-Based Intervention in Improving Mental Health and Well-Being : A Systematic Review and Meta-Analysis. International Journal of Environmental Research and Public Health. (COVID-19 and post-pandemic period). 5. Drama Therapy and Trauma — North American Drama Therapy Association  overview of trauma applications.   6. Apigian, A. (2024) — The Biology of Trauma : How the Body Holds Fear, Pain, and Overwhelm, and How to Heal It. Section 2 directly relevant to this episode.   Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette:  I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive 😌

"Weight health is the foundation of optimal health. For everybody." — Ashley Koff, RD You have done everything right. The diet. The workouts. The restriction. And the body still holds on. This is not a willpower problem. Trauma disrupts the weight health hormones your body uses to regulate metabolism, appetite, and fat distribution — and GLP-1 is just one signal in a much larger biological ecosystem. Registered dietitian Ashley Koff has been working with the biology of weight health since 2004 — long before GLP-1 became a household word — and what she found changes everything. Weight health hormones like GLP-1, leptin, and ghrelin run a sophisticated metabolic ecosystem. When trauma imbalances the nervous system, that ecosystem gets disrupted — no diet addresses that. The number on the scale never tells you that story. Nervous system regulation isn't separate from metabolic regulation. It is metabolic regulation. The body keeps the score, and it keeps it in your hormones. In This Episode You'll Learn: (00:00): Introducing the connection - weight, metabolism and GLP-1 (02:04): The weight-trauma connection: Why the body holds on despite every effort (03:00): What “weight health” means biologically — and why weight loss as a goal misses the point (05:59) The incretin discovery: How GLP-1, leptin, ghrelin, and seven other weight health hormones regulate your biology (09:50).Why 93% of Americans show signs of suboptimal metabolic health — and what that actually means for you (10:33) Ashley’s pizza framework: The right sequence for assessing your metabolic ecosystem (14:54) How to assess your weight health hormones — and why a blood test alone won’t tell you what you need to know (22:56) Perimenopause and menopause: Why digestion fails first — and how that drives belly fat and brain fog (30:14) Learned behaviors vs. hormone imbalance: How to tell what is biology and what is a survival strategy from childhood (37:29) Where to start: Ashley’s first step for anyone wanting to optimize weight health (40:41) The deliciousness signal: Why a “seven or above” is a physiologic mechanism, not a preference (44:05) Ashley’s final message — where to find (her book) Your Best Shot and her clinical resources Notable Quotes Dr. Aimie:   "How do you tease out what is a hormone imbalance — and what is a learned behavior? That's your trauma." Ashley:   "We just get curious. Instead of saying there's a right answer — we get curious." Ashley Koff, RD "Weight loss actually doesn't achieve anything other than a lower number. If there is an underlying problem, nothing gets fixed."  "It’s not about a number on the scale…Anyone who's still talking about weight loss doesn't understand how the body works." When the body creates belly fat, it is a massive signal.  When the body sends fat where it’s not supposed to go, that’s a big wake up call.” "Weight loss is not the right goal, it's not the right approach — and it is one that will leave you disempowered." "Let's break up with the myth of the noncompliant patient. I was so compliant. I did everything under the sun. I'm trying everything and I'm not actually decoding my body's signals. We are never actually respecting the body as an operating system." "When estrogen and testosterone start to be lower, one of the primary things that happens is they throw digestion off course — which directly impacts weight health.  "Joy is a signal. When we can experience gratitude, we are in our bodies in a space where we are in rest and digest. That means part of our weight health system is working properly." "What's bad for you (is not the food) is the way you're talking about yourself right now." "If something is less than a seven on deliciousness, your body is unsatisfied. It has not achieved that satiety signal yet." "Deliciousness is not a nice-to-have. It is actually a physiologic response." “Unintentional bullying when a doctor had said you don't have a health issue, but you have a weight issue and here's what you need to do. But I don't think anyone bullied me as badly as I bullied myself. And I think that's what you're unpacking and what I love in Biology of Trauma is just how important it is that we actually understand our biology and we understand our physiology. And when we do that, we actually don't get to be mean to ourselves.’ “These (GLP-1, GIP) are weight health hormone replacements — just like taking testosterone when you don't have enough testosterone." Dr. Aimie "Choice. What a powerful word to bring into the conversation around food. That is what many people still do not feel they have." “ The biology of trauma — imbalances our hormones, metabolism, and energy." "The body is not the same person today as we were yesterday, a week ago — especially in the perimenopause years. So why would we think this is ever something we are done with?" “And sometimes just getting started is the hardest step, and then we build the momentum and it becomes easier and it becomes fun at one point, and then things open up as we see, wow, I can do this.” “We’re looking at the biology and physiology underneath those symptoms. Just like emotional eating, irritability or guarding — those are always just symptoms and we want to look at the underlying biology. This is what allows us to be more precise with our healing journey - finding exactly what is holding my body back from its innate ability to heal, even after trauma.” Episode Takeaway I’ve said it many times: trauma becomes biology. Ashley shows exactly where that imprint lands — in hormones, in digestion, in the way the body holds fat in places that signal something deeper is happening. For years my own body responded to weight in ways conventional rules couldn't explain. I was doing everything right. The body had other priorities. What the Biology of Trauma ®  framework and Ashley's weight health model share is a refusal to pathologize the body's adaptations. The body holds onto weight because a nervous system in survival mode redirects resources, suppresses non-essential weight health hormonal signaling, and keeps core systems online. That's adapted, not wrong. The vagus nerve is where these two frameworks meet most precisely. It governs felt safety and delivers metabolic health hormone signals — including GLP-1. When the nervous system is stuck in a low-grade threat state, the vagus cannot do both fully. The body chooses safety over metabolism. Every time. If you have been working hard on weight, nutrition, supplements — and the body still isn't responding — start where Ashley starts: digestion and hydration. Start where I start: safety. The body's capacity to regulate metabolism opens when the survival state begins to shift. That's the sequence. That's the work. Resources/Guides: •  Your Best Shot by Ashley Koff, RD : The Personalized System for Optimal   Weight Health — GLP 1 Shot or Not •   Ashley Koff’s website  — For more on digestive, metabolic, and hormone health optimization •    The Biology of Trauma Book by Dr. Aimie Apigian  — Where you can find the framework for finding your block in Chapter 12 •    Free Guide: Steps to Identify and Heal Trauma by Dr. Aimie Apigian Related Podcast Episodes: •    Episode 56 — Hormones: A Portal Into Our Stored Trauma with Dr. Aimie Apigian •    Episode 75 — Fear Stored in the Gut: Attachment, Relational Trauma & Solutions for the Hyper-Sensitive Gut •     Episode 82 — Using Biological Rhythms to Recover From Trauma with Dr. Leslie Korn •     Episode 138 — Why Your Body Holds On When Your Mind Has Healed •    Episode 151 — Why Healed Trauma Returns in Perimenopause: Chinese Medicine Lens with Dr. Lorne Brown About the Guest:     Ashley Koff is a registered dietitian, educator, and author of Your Best Shot — a clinical playbook for weight health optimization with or without GLP-1 medications. She has been working at the intersection of weight health hormones, metabolic function, and personalized nutrition since 2004, when she first identified the incretin effect as the key missing variable in conventional dietary approaches. Her practice focuses on the full weight health ecosystem: digestion, hydration, lifestyle factors, and hormonal signaling — rather than scale weight or caloric restriction. Your host: Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma" (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. Does Trauma Affect Your GLP-1? The Biology of Weight Health, Hormones, and the Nervous System When trauma keeps the nervous system in a survival state, the vagus nerve — the primary pathway for GLP-1 hormone signaling — cannot function optimally. Weight health disruption is a biological consequence of chronic nervous system dysregulation, not a personal failure. Every week, someone in the Biology of Trauma ®  community describes the same experience: they have tried every approach to weight and metabolism. They eat well. They exercise. They take the supplements. And the body holds on anyway. The shame that follows is real — and it compounds the very biology that made the body hold on in the first place. This is one of the places where the Biology of Trauma ®  framework and the emerging science of weight health hormones tell the same story from different angles. In a recent episode of the Biology of Trauma ®  Podcast, I spoke with registered dietitian Ashley Koff, author of Your Best Shot, about what her twenty years of clinical work revealed: weight health is a hormonal ecosystem — and trauma disrupts that ecosystem at a biological level. What Are Weight Health Hormones — And Why Have You Not Heard of Most of Them? Weight health hormones — GLP-1, leptin, ghrelin, PYY, CCK, amylin, oxyntomodulin, and adiponectin — regulate body composition, appetite, blood sugar, inflammation, and cognition. Most people know only one or two of them . In 2004, Ashley Koff was working with bariatric surgery patients when a surgeon mentioned the 'incretin effect' — the mechanism by which gut hormones prompt insulin to work. That moment changed her clinical approach entirely. She had assumed insulin was the starting point. It was not. GLP-1 and GIP were the spark plugs. What she uncovered was a category of hormones she began calling weight health hormones. These include GLP-1, leptin, ghrelin, PYY (peptide YY), CCK (cholecystokinin), amylin, oxyntomodulin, and adiponectin. Together they regulate appetite and satiety, blood sugar, bone density, muscle mass, fat distribution, hydration, inflammation, cardiovascular function, and cognitive clarity. When this system is operating optimally, the body manages its composition with relative efficiency. When it is not — when any part of the ecosystem is suboptimal — the body's signals become unreliable, contradictory, or absent. The scale number changes. The body composition shifts. The energy drops. None of that is a character flaw. What Does GLP-1 Actually Do — Beyond the Weight Loss Headlines? GLP-1 is an incretin hormone that signals insulin release, regulates appetite, supports heart health, reduces inflammation, and affects cognition — all within a two-to-five minute natural signaling window. GLP-1 medications like semaglutide and tirzepatide have become some of the most prescribed drugs in the country. Most people understand them as weight loss medications. Ashley Koff's clinical framing is more precise: these are weight health hormone replacement therapies. When the body's own GLP-1 production is suboptimal — due to digestive dysfunction, vagal dysregulation, nutrient depletion, or chronic stress — replacing that hormonal signal is analogous to replacing estrogen when estrogen is low. The medication fills a gap in the body's own capacity to regulate. That is a very different conceptual frame than 'taking a drug to lose weight.' The distinction matters for clinical decision-making. Someone on a GLP-1 agonist who is not seeing sustained results may not need a higher dose. They may need the foundational layer — digestion, hydration, nervous system state — addressed first. How Does the Nervous System Connect to GLP-1 and Metabolic Health? The vagus nerve is the primary delivery pathway for GLP-1 signaling from gut to brain. Vagal dysregulation — a hallmark of trauma biology — impairs this signal and reduces metabolic hormone efficacy across the board. This is where the Biology of Trauma ®  framework and weight health science intersect most directly. The vagus nerve is central to both. In the Biology of Trauma ®  model, a dysregulated vagus nerve reflects a nervous system that has been in chronic survival mode. Polyvagal theory, developed by Dr. Stephen Porges, describes how the ventral vagal state — the state of felt safety and social engagement — is required for full physiological regulation. When the system is stuck in a sympathetic (fight-or-flight) or dorsal vagal (freeze, shutdown) state, the body's regulatory capacity across all systems is reduced. Ashley Koff's clinical findings align: when the vagus nerve is dysregulated, GLP-1 cannot travel efficiently from the gut to its target tissues. The hormone is released, but the signal delivery is impaired. The body may produce adequate GLP-1 and still not receive its benefits — because the infrastructure that carries the message is compromised. Research on the gut-brain axis published in journals including Neurogastroenterology and Motility has documented the bidirectional nature of vagal signaling and enteric hormone function. Chronic stress and dysautonomia reduce vagal tone and impair the incretin response. The clinical implication: addressing nervous system regulation is not separate from metabolic health. It may be the prerequisite. Ashley Koff's Weight Health Ecosystem: The Pizza Framework Ashley Koff's pizza framework organizes weight health assessment by sequence: digestion and hydration (crust) must be optimized before nutrition (sauce and cheese) or supplements and tools (toppings). Ashley Koff uses a framework that addresses the weight health ecosystem in the right sequence — what she calls the pizza model. The crust is digestion and hydration. Without a functional crust, no topping improves the meal. Digestion here refers not just to stool regularity but to the full sensory and absorptive process: smell, taste, enzymatic breakdown, nutrient transport, and cellular availability. Hydration refers not to fluid intake but to intracellular and extracellular water distribution — whether the body's water is going where it is supposed to go and doing what it is supposed to do. The sauce and cheese represent lifestyle factors — sleep quality, stress, breathing patterns, movement, and joy. These are not optional additions. They directly govern whether the hormonal ecosystem can function. The toppings are the tools and supplements — including GLP-1 agonists, berberine, cold plunge, and other targeted interventions. These are valuable. They also do not work well on a pizza that has no crust. This sequence mirrors the Safety → Support → Expansion framework in the Biology of Trauma ®  model. You cannot optimize what has not yet been stabilized. What Happens to Weight Health During Perimenopause and Menopause? When estrogen, progesterone, and testosterone shift during perimenopause, digestion is one of the first systems affected — which directly disrupts weight health hormone function and drives belly fat accumulation. One of the most common and least explained experiences for women in midlife is the appearance of belly fat in someone who has previously not carried weight in the midsection. For many, this is the moment the body feels most foreign. Ashley Koff's clinical explanation: when sex hormones decline during perimenopause and menopause, digestion is among the first casualty systems. The downstream effects include impaired GLP-1 signaling, altered blood sugar regulation, reduced bone density, brain fog, and visceral fat accumulation. These are not separate menopausal symptoms. They are interdependent biological signals from a destabilized ecosystem. The Biology of Trauma ®  framework adds another layer: many women in midlife are also managing the accumulated biological load of earlier life stressors. The nervous system has been in a low-grade threat state for years. Hormonal shift during perimenopause removes a buffer the body had been relying on. What shows up is not a new problem. It is the older biology, now visible. The clinical implication: addressing weight health in midlife requires attending to the foundational layer first. This means digestion, nervous system regulation, and hormonal support — in that sequence — rather than beginning with the scale number. What Is 'Deliciousness' — And Why Does It Matter Biologically? When food registers as a seven or higher on a sensory satisfaction scale, the body efficiently triggers GLP-1 and other satiety signals. Below seven, the body may overconsume seeking the signal it has not yet received. One of Ashley Koff's most counterintuitive clinical insights is that pleasure in food is not a luxury. It is a physiologic mechanism. When the taste, smell, and appearance of food register as genuinely satisfying — what she calls a seven or higher on a deliciousness scale — the body begins hormonal signaling more efficiently. GLP-1 activates more readily. Satiety signals arrive on time. The meal achieves its biological purpose. When food is below a seven — eaten out of obligation, compliance, or circumstance — the body does not get the anticipated signal. It compensates by seeking more quantity. The overconsumption that follows is not a failure of discipline. It is the body trying to receive a signal it has not yet gotten. This connects to a broader principle in the Biology of Trauma ®  framework: the body has wisdom. When we work with its signals rather than overriding them, the biology moves in the direction of regulation. When we override the body's sensory cues — including pleasure and satisfaction — we disrupt the regulatory sequence. How the Shame Cycle Suppresses Weight Health Biology Shame activates the sympathetic nervous system. That activation suppresses vagal tone, impairs digestion, and reduces GLP-1 signaling — creating a biological feedback loop that makes metabolic regulation harder. Both Ashley Koff and I came to our respective frameworks through personal experience with this cycle. She describes being told by physicians that her health was fine but her weight was a problem. The bullying she describes most acutely was her own — the internal dialogue that kept her nervous system in a state of chronic low-grade threat. From a Biology of Trauma ®  perspective, that shame state is not psychological noise. It is a neuroception signal — the body's subconscious threat detection system, described by Dr. Stephen Porges, reading the internal environment as unsafe. A shame-activated nervous system is a survival-mode nervous system. And a survival-mode nervous system suppresses the very hormonal infrastructure that weight health requires. The implication for clinical work: metabolic optimization cannot be separated from nervous system safety. The body that feels chronically criticized — internally or externally — will default to metabolic survival patterns. That is not a character flaw. It is biology doing exactly what biology does under threat. What This Means for the Healing Journey The Biology of Trauma ®  approach and Ashley Koff's weight health model reach the same clinical conclusion from different directions: sequence matters. Before optimizing hormones, address the nervous system. Before addressing the nervous system, establish safety. Safety first. Support second. Expansion third. For anyone working on weight health — with or without GLP-1 medications, with or without a perimenopause diagnosis, with or without a known trauma history — the foundational questions are the same. Is my digestion functioning? Is my nervous system safe enough to digest? What is the body signaling through belly fat, brain fog, or blood sugar irregularity? These questions do not require a diagnosis. They require curiosity. And curiosity, as both Ashley Koff and the Biology of Trauma ®  framework affirm, is the most important clinical tool we have. FAQ What is weight health and how is it different from weight loss? Weight health refers to the optimal function of the body's weight health hormones — including GLP-1, leptin, ghrelin, PYY, CCK, and adiponectin — and the biological ecosystem that supports them. Weight loss refers only to a reduction in scale number. Weight health addresses the underlying systems that regulate body composition, appetite, blood sugar, inflammation, and metabolic function. According to clinical data, approximately 93% of Americans show signs of suboptimal metabolic health by this standard. How does trauma affect weight health hormones like GLP-1? Chronic trauma keeps the nervous system in a low-grade survival state. That state dysregulates the vagus nerve, which is the primary delivery pathway for GLP-1 signaling from gut to brain. It elevates stress hormones that create leptin resistance. It impairs digestion and hydration — the foundational layer of the weight health ecosystem. The result is that even healthy food choices and targeted supplementation cannot produce optimal metabolic function when the underlying nervous system state remains unaddressed. What is GLP-1 and why does it matter beyond weight loss? GLP-1 (glucagon-like peptide-1) is an incretin hormone produced in the gut that signals insulin release, moderates appetite and satiety, supports cardiovascular health, reduces inflammation, and affects cognitive function. GLP-1 agonist medications extend the natural two-to-five minute signaling window to seven days. Ashley Koff frames these as weight health hormone replacement therapy — comparable to estrogen or testosterone replacement — rather than a weight loss drug category. What should someone do first to improve their weight health? Ashley Koff's clinical framework begins with digestion and hydration — the foundational layer of the weight health ecosystem. No nutritional or hormonal optimization is possible when the gut cannot absorb and transport nutrients properly. This mirrors the Safety → Support → Expansion sequence in the Biology of Trauma ®  framework: establish the foundation before moving to the next layer. Assessing digestion — including sensory responses to food, stool quality, hydration patterns, and BOLT score — provides the baseline. Helpful Research 1. Müller et al. (2019) —  GLP-1 biology and metabolic functions  Müller TD, Finan B, Bloom SR, et al. Glucagon-like peptide 1 (GLP-1). Molecular Metabolism.  2019;30:72–130. 2. Holst (2007) —  GLP-1 physiology and vagal transmission  Holst JJ. The physiology of glucagon-like peptide 1. Physiological Reviews.  2007;87(4):1409–1439. 3. Porges (2009) — Polyvagal theory and autonomic nervous system   Porges SW. The polyvagal theory: New insights into adaptive reactions of the autonomic nervous system. Cleveland Clinic Journal of Medicine.  2009;76(Suppl 2):S86–90. Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette: I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive   😌 Back to Top of Document

"Healing is like cleaning a house. You would not clean it and expect it to stay clean." — Dr. Tian Dayton What happens when a child has to become the adult in the family? Dr. Tian Dayton, clinical psychologist and author of 15 books including Growing Up with Addiction, joins Dr. Aimie to explore how children in unpredictable families adapt their entire nervous system to read the room, manage a parent’s emotions, and keep the peace. These survival strategies shape digestion, relationships, and health decades later. Even without substances in the home, the same biological patterns emerge when a family system runs on chaos, mood cycles, and unspoken rules. She was fifteen, standing in the kitchen, grabbing food. Her father walked in behind her. She could feel his mood before he said a word. Her body froze. Not because something happened. Because her nervous system had been tracking his rhythms for years. That moment captures something millions of adults carry in their bodies without being able to name it. The child who learned to read the room before learning to read a book. The one who managed a parent’s emotions while no one managed theirs. Dr. Tian Dayton, clinical psychologist and creator of Relational Trauma Repair, has spent decades studying what happens inside the nervous system of a child who grows up in an unpredictable family. Her latest book, Growing Up with Addiction, brings new language to patterns that shaped Dr. Aimie’s own biology and healing. This conversation goes where most do not. In This Episode You'll Learn: (00:00) What happens when a child has to become the emotional manager of the family (02:58) What chaos actually looks like in a family that appears organized on the surface (05:00) How a child’s brain shifts from play and curiosity to strategizing and operating (07:23) The different physiological states of a parent in addiction: sober, craving, and under the influence (10:22) Why addiction spills beyond substances into food, process addictions, and mood cycles (14:55) The connection between protein deficiency, neurotransmitter production, and craving cycles (22:16) How the insula processes conflicting emotions and body sensations during overwhelming moments (27:51) Why chronic survival physiology leads to digestive issues, bloating, and gut inflammation (29:33) The perimenopause tipping point: when the body stops adapting to decades of unresolved stress (52:17) The Al-Anon principle that changed everything: love the person, separate the disease Main Takeaways:  Chaos in a family does not always look like crisis. It can look organized on the surface and still be unpredictable at the edges. The dysregulation shows up in how conflict is handled, not in how daily routines appear. A child’s brain, wired for play and exploration, gets redirected toward tracking a parent’s mood states. This is not a choice. It is the nervous system doing what it must to detect safety and danger. Addiction has rhythms. Children learn to read them: sober, craving, under the influence. Each state changes the parent’s posture, tone, and musculature. The child learns the rules of each state before they learn language for it. Protein deficiency drives craving cycles. Without adequate amino acids, the body cannot make serotonin or dopamine. This creates a physiological loop: nutrient depletion leads to dysregulation leads to more seeking behavior. When survival physiology stays active, digestion is suppressed. The body reduces stomach acid, increases intestinal permeability, and shifts immune function toward threat detection. Over decades, this becomes chronic gut dysfunction. The perimenopause transition often reveals decades of accumulated nervous system load. Hormonal shifts change the conditions under which the system has been operating, and what surfaces can feel like regression. It is better understood as reorganization. Healing is a daily practice, not a one-time event. Tian describes it like cleaning a house. You would not clean it once and expect it to stay clean a month later. The nervous system needs ongoing tending. Notable Quotes "We were strategizing and operating. It did not feel like lighthearted play." — Dr. Tian Dayton "My primary job was not to make sense of my emotions. It was to manage yours." — Dr. Aimie "We all identify with each other. This is why we still feel like we." — Dr. Tian Dayton "Saying no was not a possibility at that time." — Dr. Aimie "The dynamics are always created by two people. Until I change, the dynamic will not change." — Dr. Tian Dayton Episode Takeaway This conversation opened something I have been circling for years. The clarity that came was specific: my role as a child was to make sure my father never felt ashamed or rejected. That was the job I assigned myself. And it ran every relationship, every interaction, every quiet moment with myself for decades. What struck me most was how Tian described the rhythms. The predictability of the unpredictable. I could map my father’s mood cycles onto her description and see for the first time that his behavior during our family vacations had nothing to do with me. It was his rhythm. His nervous system. His craving and depletion cycle. I was just the child trying to figure out where in that rhythm we were and who I needed to be. The biology piece is what I keep coming back to. When your survival physiology is always active, your body cannot digest food properly. It cannot repair. It cannot rest. And by midlife, those decades of adaptation catch up. The gut issues, the ulcers, the inflammation — these are the body’s honest accounting of what it carried. If this conversation resonated, start small. Notice the next time you walk into a room and immediately scan for who needs what. That scan is your nervous system doing what it learned to do. It was adaptive then. Awareness is what allows something new now. Resources/Guides: Growing Up with Addiction by Dr. Tian Dayton  — How Adult Children of Addicts Can Heal Family Trauma, C-PTSD, and Codependency Dr. Tian Dayton’s website  — Relational Trauma Repair resources and training The Biology of Trauma by Dr. Aimie Apigian Songs of the Inner World — Dr. Aimie’s YouTube music channel Related Podcast Episodes: Episode 92: How Chaos of Early Childhood Trauma Affects Our Adult Nervous System with Dr. Tian Dayton Episode 146: How Attachment Affects Us For Life: 6 Childhood Pains and How to Repair About the Guest:  Dr. Tian Dayton, PhD, TEP, is a clinical psychologist, Senior Fellow at The Meadows, and author of over fifteen books including Growing Up with Addiction, The ACoA Trauma Syndrome, Emotional Sobriety, and Trauma and Addiction. She is the creator of Relational Trauma Repair (RTR), an experiential model used by therapists and treatment centers worldwide. A Fellow of the American Society of Psychodrama, Sociometry and Group Psychotherapy, she has received their Lifetime Achievement Award, Scholar’s Award, and President’s Award. She taught psychodrama at NYU for eight years and served as editor-in-chief of the Journal of Psychodrama, Sociometry and Group Psychotherapy. Your host: Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma" (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. When a Child Becomes the Parent: How Family Chaos Rewires the Nervous System and Gut She could read her father’s mood from across the house. The angle of his shoulders. The speed of his steps. The sound of the kitchen cabinet opening. Before she was old enough to drive, she had mapped every phase of his emotional cycle and built a survival strategy around each one. This is not a clinical case study. This is a typical Tuesday for millions of children growing up in unpredictable families. According to SAMHSA, an estimated 1 in 8 children in the United States lives with at least one parent who has a substance use disorder. The number who live with emotional dysregulation, mood cycles, and unspoken family rules is far higher. In a recent conversation between Dr. Aimie Apigian and Dr. Tian Dayton, clinical psychologist and author of Growing Up with Addiction, both shared their own experiences of childhood family dynamics. What emerged was a conversation that names patterns most people carry in their bodies without ever being given language for them. What Does Chaos Actually Look Like in a Family? Family chaos often coexists with organized routines and good grades — the dysregulation lives in how conflict is handled, not how the household appears. Chaos does not require screaming every night. It does not require visible crisis. Dr. Tian Dayton describes her own childhood home as organized, with help, with laughter, with togetherness. The chaos lived in the edges. When conflict arose, a regulated family system might manage disruption within a narrow range and restore back to baseline. In Tian’s family, the range was extreme. Conflict launched the system into disconnection, rage, silence. No one knew how to find each other again. Each person developed their own strategy. Power dynamics emerged. And then, eventually, a fragile calm returned without anyone naming what happened. This is the chaos that does not get identified in childhood because it coexists with order. The house is clean. The grades are good. The chaos is internal. The landmark ACE study of over 17,000 adults found that those who grew up with household dysfunction — even without direct abuse — had significantly higher rates of autoimmune disease, heart disease, and depression in adulthood. How Does a Child’s Brain Shift From Play to Survival? When the home becomes unpredictable, a child’s brain redirects neural resources from play and exploration toward tracking parental mood states — a shift driven by neuroception, not choice. A child’s developing brain is designed for curiosity, exploration, and play. These are the activities that build neural pathways for learning, creativity, and social connection. When the home environment becomes unpredictable, the brain redirects these resources toward a different task: tracking the emotional states of the adults in the room. Dr. Tian Dayton described this directly. She and her siblings were not playing in the way other children played. They were strategizing and operating. Monitoring mood. Calculating risk. Deciding when it was safe to approach and when to disappear. This redirection is not a conscious choice. It is the nervous system allocating resources toward what matters most for survival. And it comes at a cost. The neural pathways that should be developing through play and exploration are instead being shaped around hypervigilance and emotional management. What Are the Rhythms of Addiction That Children Learn to Map? Addiction cycles through sober, craving, and under-the-influence states — each changing a parent’s posture, tone, and musculature. Children map these rhythms before they have language for them. Addiction has physiological rhythms. Sober. Craving. Under the influence. Each state changes the entire person. Posture shifts. Muscle tone changes. Facial expression reorganizes. A child living with these rhythms learns to read them with remarkable precision. Dr. Aimie described watching these cycles in her own father, noting how even without alcohol in her childhood home, similar patterns of mood, craving, and emotional dysregulation played out through food, emotional eating, and depression cycles. The substance is almost secondary. What matters is the nervous system’s predictable pattern of dysregulation and the child’s adaptation to it. The child learns: this version of my parent is safe. This version requires food. This version means disappear. This version needs me to perform. The rules are unspoken but absolute. And the child’s entire physiology organizes around following them. Why Does Addiction Spill Beyond a Single Substance? Addiction is the nervous system seeking relief from internal discomfort. That seeking spreads across food, emotional reactivity, caretaking, and withdrawal — not only substances. Addiction is the seeking of relief from something uncomfortable inside. That seeking does not stay contained to one behavior. A parent with alcohol dependence may also use food, emotional reactivity, sexual behavior, or withdrawal as nervous system management strategies. The child learns to track all of these patterns, not just one. Dr. Aimie connected this to the Biology of Trauma® framework by explaining the nutritional component. Protein deficiency limits the body’s ability to produce neurotransmitters like serotonin and dopamine. When a parent’s diet lacks adequate amino acids, their craving cycles intensify. The body is seeking raw materials for brain chemistry, and the resulting behavior becomes another rhythm the child must learn to navigate. What Happens in the Insula When a Child Cannot Process Their Own Experience? The insula receives conflicting signals when a child must suppress their own body sensations to manage a parent’s emotional state — training the nervous system to disconnect from internal awareness. The insula is a region of the brain where body sensations and emotions converge. It is where gut feelings become conscious awareness. When a child experiences something confusing or frightening but cannot take time to process it because a parent’s emotional state demands immediate management, the insula receives conflicting signals. Dr. Aimie described a specific moment from her adolescence. She was in the kitchen. Her father came up behind her. Something felt wrong in her body. But she could not attend to that feeling because her primary job was not to make sense of her own emotions. It was to manage his. The insula registered danger, confusion, and the need to act all at once. And the only option was to suppress the signals that could not be safely processed. This pattern, repeated across hundreds or thousands of moments, trains the nervous system to disconnect from its own internal signals. Paulus and Stein’s 2010 research in Brain Structure and Function documented that altered interoceptive processing in the insula is consistently associated with anxiety, depression, and trauma-related conditions. The body still registers. The insula still processes. But conscious awareness gets redirected outward, toward the parent, toward safety management, toward survival. How Does Chronic Survival Physiology Damage Your Digestion? When the nervous system stays in protection, it reduces stomach acid, loosens intestinal tight junctions, and redirects immune resources — a short-term adaptation that becomes chronic gut dysfunction over decades. When the nervous system stays in a protective state, it suppresses functions that are not immediately necessary for survival. Digestion is one of the first systems to be deprioritized. Stomach acid production decreases. The smooth muscle of the intestines shifts rhythm. The tight junctions between intestinal cells begin to loosen, allowing food particles and immune signals to pass through. Vanuytsel’s 2014 research published in the journal Gut found that psychological stress increased intestinal permeability within 30 minutes through corticotropin-releasing hormone pathways. This increased intestinal permeability is not a malfunction. It is a deliberate adaptation designed to help the immune system scan the environment faster. The problem is duration. A system designed for short-term threat response becomes a chronic operating state. Over years and decades, this shows up as bloating, food sensitivities, constipation, diarrhea, and eventually conditions like stomach ulcers. Dr. Aimie connected her own stomach ulcers to a specific emotional signature: the feeling of being wrong no matter what she chose. The same damned-if-you-do, damned-if-you-don’t bind she experienced as a child managing her father’s emotional states. Why Does Perimenopause Reveal Decades of Stored Nervous System Load? Hormonal shifts during perimenopause alter the conditions under which the nervous system has been compensating for years — unmasking the accumulated biological cost of chronic survival physiology. By midlife, the body has been compensating for decades of chronic survival physiology. The perimenopause transition changes the hormonal conditions under which this system has been operating. Estrogen and progesterone fluctuations alter neurotransmitter production, inflammation regulation, and stress response capacity. What surfaces during this transition often looks like new symptoms. Increased anxiety. Digestive flares. Sleep disruption. Emotional intensity that feels disproportionate to current circumstances. The Biology of Trauma® framework explains this as the body reaching its capacity after years of adaptation. Perimenopause does not create these patterns. It reveals the load the nervous system has been carrying. What Does “Love the Person, Separate the Disease” Mean for Healing? This Al-Anon principle allows adult children to grieve the impact of a parent’s behavior without erasing the love that was also present — recognizing addiction as a physiological process, not a moral failure. One of the most powerful moments in this conversation came from an Al-Anon principle that both Dr. Aimie and Dr. Tian Dayton hold closely: love the person, separate the disease. This reframe allows adult children to hold two truths at once. The parent who caused harm was also the parent who was loved. The disease process — whether it involved substances, emotional dysregulation, or chaotic family dynamics — was a physiological pattern. Not a choice. And not the whole person. This does not minimize the impact. It provides a framework for grieving what was lost while honoring what was real. And it creates space for the adult child to stop carrying the weight of managing a parent’s emotional state. What This Means for Your Healing Healing from family system adaptations does not happen through understanding alone. The body needs new experiences of safety — practiced daily, in small increments, beginning with awareness. If you recognized yourself in any part of this conversation, notice what your body is doing right now. Are you holding your breath? Is your jaw tight? Is your stomach clenched? These are signals from your nervous system. They are not problems. They are information. Your body adapted to keep you safe. That adaptation was effective. And awareness is what allows something new to begin. Start by noticing when you scan a room before you relax. When you calculate someone’s mood before you speak. When you feel responsible for another person’s emotional state. These patterns were survival strategies. They kept you alive. They do not have to keep running your life. Healing from this does not happen through understanding alone. The body needs experience. It needs to practice a different way of being in relationship — with others and with itself. That practice is daily. It is ongoing. And it begins with safety. FAQ How do chaotic family dynamics affect children biologically? Children in unpredictable families redirect neural resources from play and exploration toward tracking parental mood states. This activates chronic survival physiology, which suppresses digestion, alters immune function, and shapes the developing brain around hypervigilance. The effects persist into adulthood, showing up as gut issues, relationship patterns, and nervous system sensitivity. Can you have family trauma without addiction or abuse? Yes. Unpredictable emotional environments, unspoken rules, mood cycles, and conflict that erupts without resolution all create the same nervous system adaptations seen in homes with substance use. Dr. Aimie describes growing up without a single substance in her home and still recognizing every pattern Dr. Tian Dayton describes. Why does perimenopause seem to bring up old trauma? Perimenopause shifts estrogen and progesterone levels, which directly affect neurotransmitter production and stress response capacity. These hormonal changes alter the conditions under which the nervous system has been compensating for decades. What surfaces is not new. It is the body revealing the accumulated load it has been carrying since childhood. What is the connection between survival physiology and digestive problems? When the nervous system stays in a protective state, it reduces stomach acid production, increases intestinal permeability, and redirects immune resources toward threat scanning. Over time, this leads to chronic bloating, food sensitivities, constipation, and inflammation. The gut was never designed to function under constant survival signaling. What does “love the person, separate the disease” mean for healing? This Al-Anon principle allows adult children to grieve the impact of a parent’s behavior without erasing the love that was also present. It recognizes that addiction and dysregulation are physiological processes. Separating the person from the disease creates space for honest grieving and reduces the burden of carrying another person’s emotional state. Helpful Research 1. Intestinal Permeability and Stress: Vanuytsel, T. et al. (2014) . "Psychological stress and corticotropin-releasing hormone increase intestinal permeability in humans." Gut, 63(8). Research demonstrates that psychological stress increases intestinal permeability through corticotropin-releasing hormone pathways, supporting the connection between chronic survival physiology and gut dysfunction. 2.  Adverse Childhood Experiences and Adult Health: Felitti, V.J. et al. (1998) . "Relationship of Childhood Abuse and Household Dysfunction to Many of the Leading Causes of Death in Adults." American Journal of Preventive Medicine. The landmark ACE study established that childhood adversity, including household dysfunction, significantly increases risk for chronic disease in adulthood. 3.  Interoception and the Insula in Trauma: Paulus, M.P. & Stein, M.B. (2010) . "Interoception in anxiety and depression." Brain Structure and Function. Research demonstrates that altered interoceptive processing in the insula is associated with anxiety, depression, and trauma-related conditions, supporting the connection between suppressed body awareness and long-term health outcomes. Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette:  I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive 😌

"Dopamine signals: something unexpected just happened."  — Dr. Kyle Bills Dopamine doesn't just create pleasure. It signals unexpected experiences and primes the brain to learn. New research reveals that depression, anxiety, and ADHD have different metabolic phenotypes. Understanding your unique metabolic footprint explains why standard treatments work for some and not others. Mental health and metabolic health are inseparable. In This Episode You'll Learn: [01:00] How does peripheral nerve stimulation affect dopamine in the brain?[ 06:30] Does dopamine actually make you feel good? [13:00] What is the real function of dopamine in learning and memory? [15:30] How does trauma change the way we perceive reality? [22:00] What are metabolic phenotypes in mental health conditions? [27:00] Why does the same diagnosis look different in different people? [33:00] How are metabolism, hormones, and mental health connected? [37:00] What role does the hypothalamus play in emotional and metabolic regulation?[44:00] Why do negative experiences affect us more than positive ones? [47:00] What does anchoring to something unchangeable mean for recovery? Notable Quotes Dr. Kyle Bills: "Negative experiences outweigh positive ones ten to one." "We need an anchor in something unchangeable." "You can't just square your shoulders and be fine." Dr. Aimie: "Your body was never designed to sprint indefinitely." Episode Takeaway I brought Dr. Bills on because his research validates what I teach in the Biology of Trauma® framework. Mental health is not separate from metabolic health. They are deeply connected. His work on dopamine challenges the siloed approach we've taken for decades. We've said it's a serotonin problem. Or a dopamine problem. Here's a pill. But the emerging science shows something more complex. Your unique metabolic footprint shapes why you experience what you experience. What excites me most is the precision this offers. When we understand someone's specific phenotype, we can personalize their path. This is what we work on in the year-long program. Using biochemistry, metabolics, and biometrics to be more precise. Not working harder. Working smarter. The invitation here: what if understanding your biology changes everything? Resources/Guides: Learn more about Dr. Kyle Bills' Research The NeuroNova Seat : Dopamine-releasing neuromodulation device. Year-long Biology of Trauma® immersion program with coursework on stress, grief, attachment, letting go, freeze, and neuroplasticity. Available for self-help individuals  and practitioners seeking certification . Foundational Journey  — Six weeks to clean up your internal environment so repair becomes possible. This is where we create the conditions for cellular healing. Prerequisite for the Year of Transformation program. The Biology of Trauma book — Get your copy here Related Podcast Episodes: Episode 5: How Genetics & Epigenetics Affect In-Utero Development (Part 1) with Dr. William Walsh  Episode 6: The Role of Methylation & Epigenetics in Mental Health Outcomes (Part 2) with William Walsh About the Guest:   Dr. Kyle Bills, DC, PhD, is a neuroscientist and clinician specializing in migraine, brain injury, and addiction recovery. He serves as Associate Dean for Research and Associate Professor of Neuroscience at Noorda College of Osteopathic Medicine. He founded and directs both the Migraine and Neurological Research Center and the Academic Research Clinic. His team of over 40 medical students researches chronic migraine, anxiety disorders, substance use, and metabolic dysregulation. His post-doctoral fellowship at Brigham Young University was funded by the National Institutes of Health. At NeuroNova, he leads scientific innovation behind the NeuroNova Seat. Your host: Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma" (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. Why Depression Isn't Just a Dopamine Problem—The Biology of Metabolic Mental Health For years, we've been told depression is a serotonin problem. Anxiety is a dopamine problem. Here's a pill for that. But Dr. Kyle Bills' NIH-funded research tells a different story. His team discovered a previously unknown dopamine pathway. They found that chronic migraine patients had distinct metabolic patterns. One patient hospitalized four times for suicidal ideation saw symptoms resolve after addressing metabolic function—not neurotransmitters alone. In this episode, we explore why dopamine is misunderstood, how your metabolic footprint shapes your mental health, and why the same diagnosis can look completely different in two people. What Dopamine Actually Does in the Brain Dopamine is not simply a "feel good" chemical. This is one of the most common misunderstandings in mental health. Dr. Bills explains it this way: dopamine signals that something unexpected just happened. It primes the brain to learn and adapt. Whether the experience is positive or negative, dopamine fires when reality doesn't match prediction. This matters for trauma. When an overwhelming event occurs, dopamine locks in the circumstances. Your brain forms a new "prescription lens" through which you now see the world. This lens shapes what you perceive as dangerous—even when no danger exists. Understanding dopamine this way changes how we approach healing. It's not about boosting dopamine. It's about creating new predictions. Why the Same Diagnosis Looks Different in Different People Depression is not one thing. Anxiety is not one thing. Dr. Bills' research on metabolic phenotypes reveals why. His team studied chronic migraine patients who had tried every medication without relief. What emerged was a pattern: these patients had distinct metabolic signatures. Their glucose regulation, cognitive profiles, and nervous system responses clustered in specific ways. This explains why standard treatments work for some and fail for others. Two people with the same diagnosis can have completely different biology underneath. Siloed medicine misses this. It treats the label, not the person. The Biology of Trauma® framework addresses this directly. Your unique metabolic footprint matters. Precision matters. How Metabolism and Mental Health Connect The hypothalamus sits at the intersection of emotion and metabolism. It regulates both. When metabolic signals indicate low resources, the brain perceives threat. Everything feels harder. This is not a mindset problem. It is a biological signal. Dr. Bills describes patients whose bodies were sending constant danger signals due to metabolic dysregulation. Their anxiety made biological sense. Their depression made biological sense. Addressing the metabolic root shifted symptoms that years of psychiatric treatment had not touched. This aligns with what I teach about capacity. Your nervous system can only handle what your biology can resource. Metabolism is part of that equation. Why Negative Experiences Carry More Weight Dr. Bills shared something that stopped me: negative experiences outweigh positive ones roughly ten to one. One bad speech erases six good ones. One painful interaction overshadows weeks of connection. This is not personal weakness. It is dopamine arithmetic. The brain prioritizes threat detection. Negative experiences trigger stronger dopamine responses because they carry more survival relevance. This explains why trauma memories persist while positive memories fade. It also explains why healing requires more than positive thinking. We need enough positive predictions to outweigh the negative ones our nervous system has locked in. This takes time. This takes repetition. This takes patience. What Anchoring to Something Unchangeable Means Recovery requires a stable foundation. Dr. Bills was clear about this. When our sense of self depends only on changeable things—jobs, relationships, health, external validation—we stay vulnerable. One shift destabilizes everything. He spoke about anchoring to something unchangeable. For him, that means faith. For others, it might mean core values or a sense of purpose that transcends circumstances. This aligns with the Safety → Support → Expansion sequence I teach. You cannot expand from an unstable foundation. Safety comes first. An unchangeable anchor provides that safety. What This Means for Your Healing Your symptoms may make biological sense. Your anxiety might be adapted. Your depression might be metabolic. This is not about blame. It is about precision. When we understand the biology underneath, we can address the actual root. Not the label. Not the symptom. The source. Start with curiosity. What is my body actually telling me? What does my metabolic footprint reveal? This is the work we do in the Foundational Journey and Year of Transformation. We use biochemistry, metabolics, and biometrics to get precise. Not pushing harder. Getting smarter about what your body needs. Your responses are adapted. Not broken. FAQ 1. What does dopamine actually do in the brain? Dopamine signals that something unexpected happened. It primes the brain to learn and adapt. It is not simply a "feel good" chemical—it fires for both positive and negative novel experiences. 2. Why do standard treatments for depression fail for some people?   Depression has different metabolic phenotypes. Two people with the same diagnosis can have completely different biology. Siloed medicine treats the label, not the individual's unique metabolic footprint. 3. How does metabolism affect mental health? The hypothalamus regulates both emotion and metabolism. When metabolic signals indicate low resources, the brain perceives threat. Anxiety and depression can be biological responses to metabolic dysregulation. 4. Why do negative experiences affect us more than positive ones? The brain prioritizes threat detection for survival. Negative experiences trigger stronger dopamine responses. Research suggests one negative experience carries the weight of roughly ten positive ones. 5. What does it mean to anchor to something unchangeable?   When our identity depends only on changeable things, we stay unstable. Anchoring to something unchangeable—faith, core values, purpose—provides the foundation the nervous system needs for recovery. HELPFUL RESEARCH Dopamine and Prediction Error Schultz, W. (2016) .  "Dopamine reward prediction error coding." Dialogues in Clinical Neuroscience. Research demonstrates that dopamine neurons encode prediction errors—the difference between expected and actual outcomes—rather than pleasure itself. This mechanism underlies learning and adaptation. Metabolic Dysfunction and Mental Health Penninx, B.W. & Lange, S.M. (2018) . "Metabolic syndrome in psychiatric patients." World Psychiatry. Studies show significant overlap between metabolic dysregulation and psychiatric conditions. Addressing metabolic health improves mental health outcomes in treatment-resistant cases. Negativity Bias in Learning Baumeister, R.F. et al. (2001) . "Bad Is Stronger Than Good." Review of General Psychology. Comprehensive review confirming that negative events produce larger, more lasting effects than equivalent positive events across psychological domains including learning, memory, and emotion. Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette:  I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive 😌

"Bring the part of yourself that is alive and strong into whatever you're facing." — Karen Moser When someone you love is struggling with addiction, your nervous system absorbs what theirs numbs out. Relational trauma repair therapist Karen Moser joins Dr. Aimie Apigian to explain why the families of substance users often carry deeper nervous system dysregulation than the users themselves. This episode reveals the biological cost of trying to control another person's healing and what it takes to reclaim the parts of yourself that got lost along the way. In This Episode You'll Learn: (00:00) Why helping someone you love may be destroying your nervous system (02:00) What Relational Trauma Repair (RTR) is and how it works with the body (06:30) How Karen Moser brought Relational Trauma Repair (RTR) into addiction treatment and family work (08:00) Why the family's nervous system is often more dysregulated than the user's (11:00) Why sobriety alone does not resolve the family's nervous system patterns (15:00) Where relational trauma repair starts with families and self-relationship (19:00) How floor checks help name and locate emotions in the body (22:30) Why anger, shame, and even joy are emotions people learn to avoid (28:00) How childhood survival roles create adult role fatigue and burnout (38:00) A practical exercise to reconnect with the alive, strong parts of yourself Notable Quotes "The family cannot forget what the substance user can't remember." — Karen Moser "Those survival parts are adaptations. They work quite well. Then people get role fatigue." — Karen Moser "You are on a spiral staircase. There is no top. You'll continue to go deeper." — Dr. Aimie "If we find our creativity and spontaneity, we can be out of the patterns that chain us to pain." — Karen Moser "Can we put aside what we have to do and ask what our spirit wants?" — Karen Moser Key Concepts Relational Trauma Repair (RTR): A body-based group therapy model informed by psychodrama that helps people visit their whole-body emotions in a titrated way. Participants explore together, reducing shame and building co-regulation. Floor Checks: An RTR exercise where feeling words are placed on the floor and participants move toward the one that describes their current experience. Questions build from surface to core, allowing the group to explore emotional patterns together. Role Fatigue: The exhaustion that comes from carrying childhood survival roles, like the caretaker or the strong one, into adulthood. These roles serve a purpose early in life but drain capacity when maintained across every relationship. Survival Strategy: An adaptation the nervous system develops to get through overwhelming circumstances. These patterns are intelligent responses that become problematic when they persist beyond the original situation. Co-regulation: The nervous system's capacity to regulate in connection with another person. Group work builds this capacity by allowing people to explore difficult emotions while held by others who share similar experiences. Episode Takeaway I brought Karen Moser onto the show because her work with families of substance users reveals something most of us don't talk about: the nervous system cost of loving someone through their struggle. We focus so much on the person who is using that we forget the biology of the person trying to hold everything together. What Karen describes is familiar to so many of us, whether or not addiction is part of the story. The pattern of over-helping, the inability to stop trying to control someone else's process, the slow erosion of your own health and identity. These are nervous system patterns. They started somewhere. Usually in childhood. And the body has been running that program ever since. The work is in going back to where the adaptation started. Reclaiming the parts of yourself that got lost in the role you learned to play. And building the capacity to feel what you've been avoiding, including joy. In my book, The Biology of Trauma, Chapter 9 covers why the body holds onto these patterns and Chapter 12 walks through the three phases of the process. Start small. The next time you notice yourself taking on someone else's emotional weight, pause. Ask your body what it needs. Not what the other person needs. What you need. That's the beginning. Resources/Guides: The Biology of Trauma book  — Get your copy here   Songs of the Inner World  — Dr. Aimie’s YouTube channel for real, raw, honest words for your inner world. Nervous System Journal  — Download at biologyoftrauma.com/book . Track how often you are in a survival state. Related Podcast Episodes: Episode 136: How Chaos of Early Childhood Trauma Affects Our Adult Nervous System with Dr. Tian Dayton Episode 158: Marijuana, Addiction, and the Body: What We’ve Been Getting Wrong with Kevin Sabet About the Guest:   Karen Moser is a Relational Trauma Repair trained therapist with decades of experience working inside addiction treatment centers and with the families of those struggling with substance use. She is an adjunct faculty member at Bryn Mawr College School of Social Work and Social Research. She is also a person in long-term recovery, bringing both clinical expertise and lived experience to her group work with families, mothers, and spouses. Karen ran a two-year group for mothers and spouses of people in addiction recovery, using the Relational Trauma Repair model designed by Dr. Tian Dayton. Her work bridges psychodrama, somatic experience, and family systems. Website: https://healing-collective.com/   Your host: Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma" (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. Why Fixing Someone You Love Destroys Your Nervous System: The Biology of Family Trauma in Addiction She checks his phone when he’s in the shower. She counts the meetings he attends. She holds her breath every time the phone rings at night. She calls it love. Her body calls it survival. If you recognize this pattern, you’re not alone. And what’s happening inside your body is more significant than most people realize. The vigilance, the monitoring, the constant bracing for the next crisis—these are nervous system responses. They are survival strategies your biology developed to navigate an unpredictable relationship. In a recent episode of the Biology of Trauma® podcast, I sat down with relational trauma repair therapist Karen Moser. Karen has spent years working inside addiction treatment centers and with the families left holding everything the substance user numbed away. What she’s discovered about their nervous systems may change how you think about what helping really costs. What Happens to Your Nervous System When Someone You Love Uses Substances? When someone you love numbs their nervous system with substances, your nervous system fills in the gap. You stay present and activated for every crisis, every broken promise, every late-night worry. Your body absorbs what the other person’s body avoids. Over time, this creates a state of chronic nervous system activation that affects sleep, digestion, immune function, and emotional capacity. Most of the attention in addiction treatment goes to the person using substances. That makes sense. They’re in danger. But what Karen’s work reveals is that the family members—the partners, the parents, the children—often carry deeper nervous system dysregulation than the person who is using. The reason is biological. The substance user has a buffer. Chemicals suppress their nervous system’s activation. The family member has no buffer. They remain present for everything. Their biology runs a continuous activation loop without interruption. Why Are Family Members Often More Dysregulated Than the Substance User? The substance user numbs. The family stays present. Their nervous systems remain activated the entire time they are in relationship with someone who is using. When the substance is removed, the user’s nervous system activates for what may be the first time in years. Meanwhile, the family member’s system has been running in survival mode for the entire duration without rest. This creates what Karen describes as a mismatch. Both people become dysregulated at the same time, but for different reasons and from different timelines. The user’s nervous system is waking up. The family member’s nervous system is depleted. Research from Orford and colleagues, published in Drugs: Education, Prevention and Policy  (2010) , confirms this pattern. Family members of people with substance use issues report high rates of anxiety, sleep disruption, and stress-related illness. Their bodies carry the biological evidence of what their loved one’s chemicals suppressed. As Karen put it during our conversation: the family cannot forget what the substance user can’t remember. Why Sobriety Alone Does Not Repair the Family’s Nervous System When the substance is removed, something unexpected happens. The user’s nervous system can revert to earlier developmental states. Emotions that were chemically suppressed for years suddenly surface. The person in early sobriety may become emotionally reactive in ways the family has never seen before. At the same time, the family member’s nervous system has been running on fumes. Their capacity is gone. They’ve been holding the emotional and logistical weight of the family for years. And now the person they’ve been supporting needs even more regulation at the very moment the family member has none left to give. This is why sobriety alone does not heal a family system. The biology of both people has been shaped by the same story, but from very different sides. Both nervous systems need attention. Both need repair. How Childhood Survival Roles Create Adult Caretaker Burnout Childhood survival roles—the caretaker, the strong one, the peacekeeper—are biological adaptations. They allow a child to navigate an unsafe or unpredictable environment. The nervous system learns early which behaviors keep the system stable and repeats them. These adaptations follow us into adulthood. They make us reliable employees and attentive partners. But they also deplete our capacity over time. In the Biology of Trauma® framework, we call this role fatigue: the body’s signal that the cost of maintaining an old pattern has exceeded what the nervous system can sustain. Karen’s work with families reveals this pattern clearly. The adult daughter who became the peacekeeper at age seven is still managing everyone’s emotions at forty-five. The son who became the strong one when his father was drinking is still unable to ask for help. These roles were not choices. They were survival strategies that the nervous system built to get through childhood. The original ACE study by Felitti and colleagues, published in the American Journal of Preventive Medicine  (1998) , established that adverse childhood experiences are strongly associated with adult health outcomes. The childhood roles developed in response to those experiences are part of the biological pathway between early adversity and adult illness. What Is Relational Trauma Repair and How Does It Work? Relational Trauma Repair (RTR) is a body-based group therapy model informed by psychodrama. It helps people visit their whole-body emotions in a titrated way. Participants explore together, which reduces shame and builds co-regulation. The model works with the nervous system directly rather than relying on cognitive understanding alone. One of the core exercises in RTR is called a floor check. Feeling words are placed on the floor. Participants move toward the word that best describes their current emotional experience. The facilitator then asks progressively deeper questions, moving from present-moment awareness to core patterns from family of origin. What makes this powerful is the group element. When you name your feeling and look around, you see others standing near you. The isolation breaks. The shame reduces. The nervous system begins to register that emotional experience can happen in connection rather than in hiding. This aligns with what Stephen Porges describes in his polyvagal theory . The autonomic nervous system detects safety and threat below conscious awareness through neuroception. When we process emotions in a group that feels safe, the nervous system receives a corrective experience. It learns that vulnerability does not automatically lead to pain. Why Joy Can Feel as Threatening as Grief After Trauma Joy requires openness. For someone whose nervous system learned that openness leads to loss, positive emotions trigger a protective response. The belief that something good will be taken away is rooted in early relational experience. The nervous system treats hope as a threat because historically, hope preceded pain. This was one of the most striking observations from my conversation with Karen. In her group work, the emotions people struggle to tolerate often include joy, spontaneity, and playfulness. These are the states that were not safe in childhood. The nervous system learned to suppress them. In Chapter 12 of my book, The Biology of Trauma, I walk through the three phases of the process that allows the nervous system to hold more of what it previously avoided. The work of titrating joy—letting in small amounts of positive experience while building the capacity to hold it—is a key part of nervous system regulation. It takes time. And it takes safety first. How to Begin Reclaiming the Parts of Yourself That Got Lost Karen uses an exercise in her work called the Breakthrough Timeline. Participants identify moments in their history where they showed strength, creativity, or resilience. They reconnect with the parts of themselves that existed before the role took over. This is not about blaming yourself for the helping patterns. These patterns were adaptive. They served you. The work is in recognizing when the pattern has outlived its purpose and the nervous system is signaling that something needs to change. The path forward includes going back to where the adaptation started. Cognitive understanding alone does not create lasting change. The nervous system needs the experience. It needs to feel what was not safe to feel before, in a container that can hold it. Karen said something during our conversation that stayed with me: bring the part of yourself that is alive and strong into whatever you’re facing. That is the invitation. Not to push through. Not to perform strength. But to remember that the alive, strong parts of you still exist underneath the role you learned to play. And to begin—slowly, safely—to let them back in. Can These Nervous System Patterns Exist Without Addiction in the Family? Yes. The pattern of over-helping, taking on another person’s emotional load, and neglecting your own nervous system regulation exists across many relationship dynamics. Addiction amplifies these patterns. But they originate in childhood adaptations that have nothing to do with substances. Anyone who learned to be the caretaker or the strong one in their family of origin can experience the same nervous system cost. The monitoring. The vigilance. The inability to rest when someone else might need you. These are biological patterns, not personality traits. If you recognize yourself in this description, know this: your nervous system adapted to keep you safe. It did its job well. And it can learn a different pattern. That process starts with safety, moves to support, and eventually expands into new capacity. That’s the sequence. And the sequence matters. FAQ 1. What is Relational Trauma Repair? Relational Trauma Repair (RTR) is a body-based group therapy model informed by psychodrama. It uses exercises like floor checks to help people identify, name, and connect around their emotions. The model is designed to be titrated, meaning participants can engage at the level their nervous system can tolerate. RTR builds co-regulation and reduces shame by allowing people to do their emotional work together rather than in isolation. 2. Why are family members of substance users often more dysregulated? The substance user numbs their nervous system activation with chemicals. The family member stays present and activated for every crisis, every broken promise, every late-night worry. Their nervous system has been running in a survival state without any buffer. When the substance user gets sober, their nervous system begins to activate for the first time. Meanwhile, the family member’s system has been depleted for years. 3. What are floor checks and how do they work in therapy? Floor checks are an exercise in the RTR model where feeling words are placed on the floor. Participants move toward the word that best describes their current emotional experience. The facilitator asks progressively deeper questions, moving from present-moment awareness to core patterns from family of origin. Group members share around each feeling, building connection and reducing isolation. 4. Can codependency patterns exist without addiction in the family? Yes. The pattern of over-helping, taking on another person’s emotional load, and neglecting your own nervous system regulation exists across many relationship dynamics. Addiction amplifies these patterns, but they originate in childhood adaptations. Anyone who learned to be the caretaker or the strong one in their family can experience the same nervous system cost. 5. Why does joy feel threatening to people with trauma histories? Joy requires openness. For someone whose nervous system learned that openness leads to pain or loss, positive emotions can trigger a protective response. The belief that something good will be taken away is rooted in early relational experiences. Building the capacity to hold joy takes gradual, titrated exposure in a safe container. Helpful Research Family Members and Addiction Orford, J. et al. (2010) . “The experiences of affected family members: A summary of two decades of qualitative research.” Drugs: Education, Prevention and Policy. Research demonstrates that family members of substance users experience significant psychological and physical health consequences, including chronic stress activation, anxiety disorders, and physical health deterioration. Co-Regulation and Group Therapy Porges, S.W. (2011) . “The Polyvagal Theory.” Norton. Stephen Porges’ work on polyvagal theory demonstrates that co-regulation—the process of nervous systems regulating each other through social engagement—is fundamental to recovery from trauma and a core mechanism in effective group-based therapeutic approaches. Childhood Adaptations and Adult Health Felitti, V.J. et al. (1998) . “Relationship of Childhood Abuse and Household Dysfunction to Many of the Leading Causes of Death in Adults.” American Journal of Preventive Medicine. The ACE Study established the dose-response relationship between adverse childhood experiences and adult health outcomes, supporting the understanding that early survival adaptations carry long-term biological costs. Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette:  I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive 😌

If more self-care worked, it would have worked by now. In this episode, Dr. Aimie shares her own burnout story and introduces Claire—a patient whose chronic fatigue and exhaustion reveal a missing piece in how we understand the stress response. Through powerful research on learned helplessness and the metaphor of the elephant tied to a stick, this episode uncovers why so many of us feel stuck despite trying everything. In this episode you'll learn: [00:50] The Energizer Bunny Who Couldn't Push Anymore:  Claire's story of chronic fatigue and missing her daughter's track meets [03:39] Why Self-Care Fails:  The backwards truth about stress that keeps us stuck on the hamster wheel [05:13] Skill 1 — Generate a Good Stress Response:  Why wimpy stress responses lead to burnout and trauma biology [06:36] Skill 2 — Complete and Reset:  The exhale our bodies never learned to do [07:35] The Critical Line of Overwhelm:  What happens when stress builds without reset [13:46] Learned Helplessness Research:  The study on dogs that changed everything about understanding why we stay stuck [19:51] The Elephant Tied to a Stick:  How early experiences program us to believe we cannot escape [11:19] The Voice Underneath:  Recognizing the quiet belief that "other people can have good lives, but not me." [25:31] What Comes Next:  Preview of how the researchers helped the dogs get unstuck Main Takeaways Stress is not the enemy.  The problem is that we haven't learned the two critical skills our body actually needs: generating a good stress response and completing it. Chronic fatigue follows a predictable pattern.  When we inhale stress for years without ever exhaling, our body eventually says "enough" and shuts down. Incomplete stress cycles keep us on the hamster wheel.  Without completing and resetting, stress builds and builds until we cross the critical line of overwhelm. Learned helplessness gets programmed through experience.  When we tried to escape and couldn't, our body learned to stop trying—even when nothing is holding us back anymore. The body adapts for survival, not brokenness.  Those dogs weren't broken. Claire wasn't broken. Our bodies adapted for surviving powerlessness. A good stress response allows us to jump over the wall.  Without the capacity to generate energy to meet demand, we hit the wall and fall back down—eventually stopping our attempts altogether. Notable Quotes "If more self-care worked, it would've worked by now." "Stress is not the enemy. It's not even the problem." "We take in stress and never exhale. That's what keeps us on the hamster wheel." "It's just a string and a stick. But the elephant believes it can't escape. So it doesn't even try." "Those dogs weren't broken. Their bodies had adapted for surviving powerlessness." Episode Takeaway When I first learned about the learned helplessness study, I got chills. I recognized myself in those dogs. I recognized the years I spent believing other people could have good lives, but not me. And I think about Claire—missing her daughter's track meets, watching Emma become the caretaker at fourteen. Here's what I want you to sit with: those dogs weren't broken. Claire wasn't broken. Their bodies had adapted for surviving powerlessness. And here's the thing about learned helplessness—it can be unlearned. Those dogs didn't stay stuck forever. The researchers found a way to help them. If this episode resonated with you, the next episode will show you exactly how—because the solution wasn't through treats and incentives like we would think. Stay tuned. Resources/Guides: Biology of Trauma book  - Available now everywhere books are sold. Get your copy Related Podcast Episodes: Episode 31: Am I Tired, Or Is This Trauma? The Roots Of Fatigue with Dr. Evan Hirsch Episode 122: Shutdown Before Stress: The Misstep in Trauma Healing That Often Gets Missed Your host:  Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma"  (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. Why We Stop Trying: The Biology of Burnout I used to ask myself this question every morning. During my burnout in 2014, I would watch colleagues thriving at work and wonder what was fundamentally wrong with me. I had tried everything: meditation, breath work, more coffee, more certifications. Nothing worked. What I didn't understand then was that everything I had been taught about stress was backwards. The problem was never that I needed more self-care. If more self-care worked, it would have worked by now. The real issue was that I didn't know the two critical skills our bodies actually need to prevent crossing from stress into overwhelm. In this post, I want to share what changed everything for me and for Claire, a patient I write about in my book, The Biology of Trauma . Her story might sound familiar. Claire was what her friends called the Energizer Bunny. A marathon runner, she tackled life with unstoppable drive. Then one day, she couldn't push through anymore. She found herself in bed, missing her fourteen-year-old daughter's track meet, watching Emma become the caretaker. Her bookshelf was full of certifications from health programs. Her iPad was full of notes about nervous system regulation. She knew so much and had tried everything, yet here she was. This pattern of trying everything and still feeling stuck has a name, and understanding it can change the entire approach to the healing journey. The Two Critical Skills Our Body Actually Needs When we understand stress differently, everything changes. The enemy has never been stress itself. The problem is that most of us never learned how to stress well. There are two skills that, once learned, can shift our entire relationship with stress and prevent crossing into the trauma response. Skill one: Generate a good stress response.  Not a wimpy one. Not a mediocre one. A good, strong stress response that allows us to meet the demand in front of us. When our stress response is weak, we hit the wall much faster. We cross into overwhelm before we've even had a chance to handle the challenge. The dogs in Seligman's research that could jump over the wall weren't stressed by the shocks. It was more of an inconvenience because they knew they could escape. Skill two: Complete and reset the stress response.  This is where almost everyone gets stuck. We take in stress all day but never exhale it. Think about it: we wouldn't inhale breath after breath without ever breathing out. Yet that's exactly what we do with stress. We accumulate it without completing it. This incomplete stress energy keeps us on the hamster wheel, feeling exhausted but unable to rest. The Critical Line of Overwhelm: Where Growth Becomes Breakdown Our body has a precise line between what grows us and what depletes us. I call this the critical line of overwhelm. On one side, stress energizes. On the other side, trauma depletes. This line determines whether an experience builds us up or wears us down. When our stress response is strong and we can generate energy to meet demand, we stay on the growth side of the line. When we can complete and reset after stress, we return to what I call calm aliveness, ready for the next challenge. But when we can't generate enough energy, or when we never complete and reset, stress builds and builds until we cross that line into overwhelm. Claire had always been a generator. She could rev her engine to meet any demand. That's why they called her the Energizer Bunny. But completing and resetting? She never learned to do that. Every stress she'd ever felt had accumulated. No wonder her body eventually said enough and shut down. Chronic Functional Freeze: What Burnout Actually Is Here's what I've come to understand about burnout: it goes beyond exhaustion from overwork. Burnout is a chronic functional freeze. Our body has crossed the critical line of overwhelm so many times without reset that it begins to stay in a trauma state rather than returning to the growth side of the line. In this state, something else begins to happen. We start to believe the thoughts and feelings that come with overwhelm. Messages like what's the point?  or nothing works for me  or other people can have good lives, but not me . These aren't necessarily what we actually believe. They're the thoughts and feelings that show up when our body is past the critical line of overwhelm. But somewhere along the way, we start believing them. The Research That Changed Everything: Seligman's Learned Helplessness Study When I first learned about the learned helplessness research, I got chills because I recognized myself in it. The psychologist Martin Seligman conducted a study using dogs that reveals exactly why so many of us feel stuck despite trying everything. In the study, dogs were placed in a container with two sides. One side had a pad that delivered electrical shocks. The other side was safe. A low barrier separated the two sides, easy to jump over. Some dogs were free to escape. Others were restrained so that no matter how hard they tried, they couldn't jump to safety. The restrained dogs tried desperately to escape. They watched their fellow dogs jump to safety while they could not. Eventually, they stopped trying. Here's the groundbreaking part: when researchers untied the restrained dogs and ran the experiment again, those dogs didn't even attempt to escape. They lay down on the shock pad and whimpered. Even though nothing was holding them back anymore, their body had learned that escape was not possible. How Learned Helplessness Gets Programmed Into Our Nervous System Those restrained dogs had adapted to their circumstances. They had been programmed through experience to believe they were helpless. This distinction matters: learned helplessness is a programming that gets installed through experiences where we were actually helpless. It's an adaptation, not a flaw. Think about what the restrained dogs started to believe about themselves when they saw others escaping while they could not: there's something wrong with me. Other people can do it. There's something inherently wrong with me, so even if I tried harder, what's the point? This same programming happens in us. After enough experiences of powerlessness, parts of us start to believe we can't accomplish things. Our brain's default begins to assume we aren't capable. Each time we experience a moment when nothing we do changes the outcome, our brain reinforces this programming. The Elephant Tied to a Stick: How Early Programming Keeps Us Stuck There's another way to understand this pattern. Elephants are trained to stay in place by tying them to a post when they're young. As a baby elephant, they cannot move that post no matter how hard they try. Eventually, they stop trying. Here's the remarkable part: take that same elephant as an adult and tie it with a string to a small stick. All it needs to see is that it's tied up in some way. Even though it could easily pull free, it doesn't even try. It's been programmed to believe I can't . The string and stick are now an illusion, but the programming remains. We are incredibly strong and capable, yet we can find ourselves getting overwhelmed with problems that don't really matter in the big picture. It's not because the problems are actually too big. It's because we've been programmed to believe that any problem is too big for us. Why More Self-Care Falls Short Claire's bookshelf was lined with certifications. She had tried meditation, breath work, yoga, supplements, and every wellness practice available. If more self-care worked, it would have worked by now. The missing piece was never another technique. It was understanding that her body was operating from learned helplessness and chronic functional freeze. When we're in this state, adding more tools on top of the programming doesn't address the root issue. We might intellectually know change is possible, yet find ourselves not following through. We might start something new with hope, then quietly give up when we don't see immediate results. This pattern reflects the programming operating below conscious awareness. How the Dogs Learned to Jump Again: The Path to Reprogramming Here's the hopeful part of the research that doesn't get as much attention as it deserves. Those dogs with learned helplessness were restored to their natural state of agency. They learned to jump again. It wasn't through treats or incentives. The researchers tried those first, and they didn't work. What actually worked was physical guidance. Lab technicians would literally move the dogs' legs in the jumping motion, helping them remember how to jump. Eventually, the dogs learned they could jump to safety on their own. This shows us something crucial about reprogramming: it often needs to happen at the body level, not the mind level alone. Like those dogs forgetting how to be dogs, we can forget how to move through stress and return to calm aliveness. Sometimes we need guidance back to what the body already knows how to do.                                                                                                                                                                                   Recognizing the Pattern in Our Own Lives There are signs that learned helplessness may be operating in our nervous system: Starting programs or practices with hope, then quietly abandoning them Believing that change is possible for others but not for us Feeling exhausted and overwhelmed by problems that used to feel manageable Accumulating knowledge and certifications without seeing results A quiet inner voice that says "what's the point" or "why bother" These patterns don't mean something is wrong with us. They mean our body adapted to experiences of powerlessness. The programming can be changed. The Biology of Trauma ®  Approach: Safety, Support, Expansion In the Biology of Trauma ® methodology, we approach this reprogramming through a specific sequence: Safety, Support, then Expansion. This mirrors what helped those dogs learn to jump again. They needed safety first: the assurance that they wouldn't be restrained. They needed support: the physical guidance of how to move. Then they could expand into their natural capacity. When our nervous system has learned helplessness, we can't think our way out of it. The body needs to experience something different. It needs to complete stress responses it never finished. It needs to feel what it's like to generate energy, take action, and return to calm aliveness. This happens through the body, not the mind alone. Start Today: Building the Two Critical Skills Understanding this biology is the first step. Here are practices that begin to rebuild the two critical skills: Immediate actions: Notice incomplete stress cycles.  After a near-miss in traffic or a stressful call, pull over or pause. Let the body settle before continuing. This teaches the body how to complete rather than accumulate. Allow the body to shake or tremble.  When these involuntary movements arise after stress, don't suppress them. They're the body's natural completion mechanism. Track how close you ride to the line.  Start noticing when thoughts like "what's the point" or "this is too much" arise. These signal proximity to the critical line of overwhelm. Change how you talk about yourself.  Replace "I am this way" with "I have been this way." Adding "up until now" creates space for change. Start small with completion.  After even minor stressors, take three deep breaths with long exhales. This simple practice begins teaching the body what completion feels like. These practices may feel subtle at first. Trust that the body is learning. Like those dogs being guided back to jumping, sometimes change happens in small movements before we see the bigger shift. Helpful Research 1. The Original Learned Helplessness Research Seligman, M.E.P., & Maier, S.F. (1967). "Failure to escape traumatic shock." Journal of Experimental Psychology, 74(1), 1-9.   This foundational research demonstrated that organisms exposed to uncontrollable stress develop learned helplessness. The study shows how experience of powerlessness becomes programmed into behavior, even when circumstances change. For practitioners, this research validates why traditional motivational approaches often fall short with clients who have trauma histories. 2. Reversal of Learned Helplessness Seligman, M.E.P., Maier, S.F., & Geer, J.H. (1968). "Alleviation of learned helplessness in the dog." Journal of Abnormal Psychology, 73(3), 256-262. The follow-up research showed that learned helplessness could be reversed through guided physical movement. Dogs were helped to perform escape behaviors repeatedly until they regained agency. This supports somatic approaches to addressing chronic freeze states and validates body-based interventions in the healing journey. 3. Neuroception and the Polyvagal Theory Porges, S.W. (2011). "The polyvagal theory: Neurophysiological foundations of emotions, attachment, communication, and self-regulation." Norton.   Porges' work on neuroception explains how our nervous system constantly assesses safety and threat below conscious awareness. This research illuminates why the critical line of overwhelm varies from day to day and person to person. It provides the biological framework for understanding why addressing trauma requires working with the autonomic nervous system, not thoughts and behaviors alone. Listen to Episode 153 → Disclaimer This podcast is for educational purposes only and is not a substitute for professional medical or mental health advice, diagnosis, or treatment. The information shared reflects my clinical expertise and research, but every person's biology and healing journey is unique. Always consult with qualified healthcare providers before making changes to your treatment plan or starting new interventions. If you're experiencing a mental health crisis, please contact emergency services or a crisis helpline immediately. Join the Conversation I'd love to hear your thoughts on this episode. What resonated with you? What questions came up? Please keep comments respectful and supportive. This is a community of people committed to healing. We welcome diverse perspectives and honest questions, but we don't tolerate personal attacks, spam, or content that could harm others on their healing journey.

"Creativity is the process of putting together patterns you've never put together before."   — Adam Roa What if the key to healing isn’t more therapy—but creativity? Adam Roa’s poem “You Are Who You’ve Been Looking For”  has reached over 250 million people, making it the most viral live poetry performance in history. But before that poem existed, Adam spent 25 years emotionally shut down. He didn’t remember his childhood sexual abuse until age 30. His journey reveals why creativity can create neurological safety for emotions that were once too overwhelming to feel. Creativity isn’t about talent—it’s about pattern disruption. When you turn pain into a poem, song, or painting, you force your brain to organize that experience differently. Research shows the nervous system recovers on its own timeline: for example, a study of college athletes found that extreme fatigue took 5.5 months to recover—not weeks. This episode explores why safety must come before expression, and how the creative process can rewire neural pathways when talk alone can’t reach what’s stored in the body. In This Episode You'll Learn:  (01:00) What poetry has to do with your nervous system’s capacity to heal  (03:45) Why Adam’s viral poem reached 250 million people  (05:30) How childhood trauma stayed hidden for 25 years  (08:00) Why acting became Adam’s first safe space to feel emotions  (12:00) The moment poetry became a survival mechanism after heartbreak  (17:00) How creativity rewires neural pathways associated with traumatic events  (22:00) Why one poem can play multiple roles in your healing journey  (27:00) What happens when you write for yourself but release for others  (32:00) Dr. Aimie shares her song “Letter to the Me”  publicly for the first time  (47:00) Adam performs “You Are Who You’ve Been Looking For”   (54:00) The journey from viral success to learning what self-love actually means Notable Quotes Adam Roa:   "All depression is from suppression. There's something that needs to be felt."  "Treat yourself like someone you love."  "Every piece of art is its own ceremony. Its own medicine."  "I write poetry for me. Once I release it, it's yours." Dr. Aimie Apigian:   "You start needing to make it safe for feelings to be present."  Episode Takeaway Creativity offers something unique that we often miss in healing conversations. When Adam turned his pain into poetry, he wasn’t just expressing emotions—he was forcing his brain to find new patterns. That’s what creativity is: putting together patterns you’ve never put together before. When you do that with pain, you give your nervous system a new reference point. This is why safety comes first in the Foundational Journey. Adam found acting before poetry because his character was allowed to have emotions he wasn’t. The creative container made feeling safe before  he could feel as himself. We have to create conditions where safety exists. Then the body can do what it was designed to do. I shared one of my own songs in this episode. That was new for me. Claiming “artist” feels vulnerable—but that’s exactly why it matters. Resources/Guides: The Biology of Trauma book  — Get your copy here Adam Roa's New Book  — Crazy Love  explores the journey of learning to truly love yourself.  Adam's Websites  — adamroa.com Dr. Aimie's Music Channel  — Songs of the Inner World on YouTube Free Guide:   The Chronic Freeze Response  — Understanding why your body stays stuck even when you want to move Related Podcast Episodes: Episode 82: Using Biological Rhythms to Recover From Trauma with Dr. Leslie Korn Episode 119: Transforming Trauma Into Joy & Purpose with Gregg Ward About the Guest: Adam Roa is an internationally recognized artist, poet, and transformational coach whose viral poem "You Are Who You've Been Looking For" has reached over 250 million people, making it the most viewed live poetry performance in history. He has shared the stage at global events including TEDx, Oslo Freedom Forum, and Mindvalley. Through his workshops, courses, and coaching—where clients have paid up to $1M for personalized mentorship—Adam helps individuals and organizations unlock authentic confidence, creative expression, and deeper connection. His mission: to help people fall in love with being themselves and turn their lives into works of art.  Your host: Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma" (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. How Creativity Heals What Talk Therapy Can't—The Biology of Creative Expression His poem reached 250 million people. But before Adam Roa wrote “You Are Who You’ve Been Looking For,”  he spent 25 years emotionally shut down. He didn’t remember his childhood sexual abuse until age 30. For decades, he carried an internal sense that something was wrong—without knowing what. The story his brain constructed was simple: there is something inherently wrong with me. This is what unprocessed trauma does. It generates implicit narratives that operate outside conscious awareness. In this episode, we explore why creativity creates neurological safety, how the creative process alters trauma-related responses, and why healing requires more than cognitive understanding. Why Creativity Works When Talk Therapy Hits a Wall Talk therapy primarily engages the prefrontal cortex. It helps us label experiences, recognize patterns, and develop insight. These functions matter—but trauma is not stored solely in the thinking brain. Trauma is encoded in the body, in implicit memory, and in automatic nervous system responses. This is why someone can fully understand why  they react a certain way and still be unable to change the reaction. Adam defines creativity as “the process of putting together patterns you’ve never put together before.” This definition is central to healing. When you write a poem about a painful experience, you are not just expressing emotion. You are requiring the brain to reorganize that experience in a novel way. This disrupts the neural loops that keep replaying the same internal story. Journaling can help. But journaling often reinforces existing thought patterns—research shows that roughly 95% of our daily thoughts are repetitive. Creativity requires novelty. Novelty is what drives neural change. The Safety Problem Most People Skip Adam didn’t start with poetry. He started with acting. As the son of a Filipino immigrant father who modeled emotional stoicism, Adam grew up in an environment where emotional expression was not safe. His nervous system adapted by shutting down. Acting gave him a workaround. His character was allowed to feel—grief, rage, vulnerability. And the more deeply he felt, the more he was rewarded: stronger performances, external validation, professional success. This created a positive reinforcement loop for emotional expression. At the time, he didn’t consider himself creative, and he didn’t understand what was happening neurologically. But he had found a safe container  for emotions that had nowhere else to go. This is the step most people skip. They try to move directly into deep emotional work without first establishing safety. Safety comes first. You need a container that allows feeling before the nervous system will permit feeling. How Depression Connects to Suppression Adam shared a statement that stopped me: “All depression is from suppression. There’s something that needs to be felt.” When emotions have no outlet, they turn inward. The physiological energy that would normally move through expression becomes trapped. This is not a personal failure—it’s a biological process. Creativity provides a channel. Writing, painting, movement, sound—these forms allow emotion to move without requiring analysis. This does not replace professional treatment for clinical depression. But it helps explain why creative expression can be a powerful complement to therapy: it reaches what cognitive processing alone cannot. The Identity Shift That Unlocks Creative Capacity For years, Adam said he wasn’t creative. Many high-achieving people say the same thing—even while solving complex problems, building companies, and innovating daily. The identities we hold shape what the nervous system permits. When Adam stopped saying “I’m not a singer” and began claiming a creative identity, something shifted. His unconscious processes began generating creative material—melodies, phrases, ideas—without deliberate effort. I experienced this myself. For decades, I identified as a physician and educator, not an artist—even while writing songs and playing piano. Claiming “artist” felt vulnerable. In this episode, I shared one of my songs publicly for the first time. That vulnerability matters. Healing isn’t only in creating—it’s in claiming. Why One Poem Can Play Multiple Roles in Healing Adam described writing a poem called “A Mannequin’s Dream”  over six weeks. It began in anger. He wrote until that emotional charge was exhausted, then stopped. Weeks later, after further processing, he returned to the piece. The middle emerged from heartbreak—and from the compassion that followed it. The ending came last. He wrote the resolution he wished had happened. Something released. One poem. Multiple nervous system states. Anger, grief, integration. This is what Adam means when he says every piece of art is its own ceremony—its own medicine. The creative process meets the nervous system where it is and helps it move somewhere new. What This Means for Your Healing You don’t need talent. You don’t need to share what you create. You don’t need permission. Write three lines. Draw something intentionally imperfect. Hum a melody no one will hear. The healing is not in the quality. It’s in allowing emotion to move and forcing the brain to create new patterns around old pain. Start small. Start private. Start now. FAQ 1. How does creativity help heal trauma?   Creativity forces the brain to form new patterns around painful experiences. When you turn pain into a poem, image, or sound, you disrupt the neural loops that keep replaying the same implicit story. This rewiring occurs because creativity requires novel organization, which repetitive thinking does not provide. 2. Do I need to be talented for creative expression to help?   No. Healing occurs in the process, not the outcome. Private, imperfect creative acts still engage neural novelty and emotional release. The nervous system benefits from expression—not from external validation. 3. Why do some people feel emotionally shut down?   Emotional shutdown develops when expressing feelings was unsafe early in life. The nervous system suppresses emotion as a survival strategy. This adaptation can persist into adulthood, often without conscious awareness. It is protective, not pathological. 4. What's the connection between depression and suppression?   When emotions have no outlet, the physiological energy associated with them turns inward. Adam Roa describes this succinctly: “All depression is from suppression.” Creative expression provides a pathway for that energy to move. This does not replace clinical care, but it helps explain why creativity can support healing. 5. Why does safety need to come before creative expression? The nervous system will not allow access to intense emotions unless it perceives safety. Adam found acting first because his character was permitted to feel what he was not. Establishing a safe creative container prevents overwhelm and makes emotional access possible. Helpful Research Expressive Writing and Health  Pennebaker, J.W. & Smyth, J.M. (2016). "Opening Up by Writing It Down." Guilford Press.  Decades of research demonstrate that expressive writing improves immune function, reduces physician visits, and decreases symptoms of depression and anxiety. The mechanism involves cognitive processing of emotional experiences through narrative formation. Neural Plasticity and Creative Expression  Bolwerk, A. et al. (2014). "How Art Changes Your Brain." PLOS ONE. Visual art production increases functional connectivity in the brain's default mode network, associated with psychological resilience. The research suggests creative activity creates measurable neural changes beyond what passive art appreciation provides. Emotional Suppression and Health Outcomes  Gross, J.J. & Levenson, R.W. (1997). "Hiding Feelings: The Acute Effects of Inhibiting Negative and Positive Emotion." Journal of Abnormal Psychology. Research demonstrates that emotional suppression increases sympathetic nervous system activation and is associated with poorer psychological and physical health outcomes over time. Disclaimer: By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette: I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive 😌

What if we understood how to repair cellular damage caused by stress and trauma? Stem cells are the body’s repair system, replacing 50–70 billion cells every day . But chronic inflammation driven by trauma creates what Dr. Dan Pardi calls a “noisy neighborhood,”  where repair signals can’t effectively reach stem cells. Dr. Pardi’s research at Qualia Life Sciences explains why trauma accelerates biological aging—and what actually restores cellular repair capacity. A study of 68 college athletes found that extreme fatigue took an average of 5.5 months to recover, not weeks. This episode explores why understanding alone isn’t enough, and how creating the right internal environment allows biology to do what it was designed to do. In This Episode You'll Learn: (01:00) Why understanding the Biology of Trauma® matters for cellular health (03:00) What “capacity” actually means—and how resilience changes across the lifespan (08:00) How Dan’s own injury led him to study health optimization (15:30) Why Dean Ornish’s lifestyle intervention worked when single interventions fail (19:30) What’s missing from healthcare for trauma recovery (24:00) How stem cells function as the body’s repair mechanism (28:00) Why inflammation from trauma blocks stem cell activity (32:00) How sleep and biological rhythms affect stem cell repair (36:00) Why college athletes needed 5.5 months to recover from extreme fatigue (43:00) What makes trauma recovery take longer than we expect (47:00) How to support stem cell health naturally Notable Quotes Dr. Dan Pardi: "An old stem cell in a healthy environment performs like a young one." "We lose 50 to 70 billion cells every day. Stem cells are how we replace them." "Much of the frustration in recovery comes from expectation." Dr. Aimie Apigian: "It's not the resolved trauma I worry about—it's the unresolved." "Understanding will never be enough. We need to change the inner environment." Episode Takeaway Repair depends on environment—not just intervention. Dr. Pardi’s research shows that stem cells don’t fail because they’re broken. They fail because chronic inflammation creates too much noise for repair signals to get through. This is why I have everyone start with the Foundational Journey. We have to clean up the internal environment first and create conditions where safety exists. Then the body can do what it was designed to do. The 5.5-month average recovery time validates what I see clinically. Healing takes longer than we want—and that’s not failure. It’s biology. Resources/Guides: The Biology of Trauma book — Get your copy here Foundational Journey  — Six weeks to clean up your internal environment so repair becomes possible. This is where we create the conditions for cellular healing. Qualia Life Sciences — Learn more about stem cell wellness at www.qualialife.com/draimie   Coupon Code: DRAIMIE  (listeners get an additional 15% off any Qualia order) Related Podcast Episodes: Episode 84: Cellular Resilience And Post-Traumatic Growth with Ari Whitten Episode 82: Using Biological Rhythms to Recover From Trauma with Dr. Leslie Korn About the Guest:  Dr. Dan Pardi is the Chief Health Officer at Qualia Life Sciences, where he leads education to advance healthspan and peak performance. He founded humanOS.me and hosts humanOS Radio, the official podcast of the Sleep Research Society. Dan has advised elite military units, Fortune 500 companies, and startups through his consultancy, Vivendi Health. He holds a PhD in Cognitive Neuroscience from Leiden University and Stanford, and speaks regularly at events including TEDx and the Institute for Human Machine Cognition. Your host: Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma" (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. Stem Cells and Trauma Recovery—What Cellular Repair Actually Requires Your body replaces 50–70 billion cells every day . That’s not a typo. Stem cells are constantly repairing and regenerating tissue throughout your system. So why do chronic stress and trauma leave so many people feeling stuck in bodies that won’t heal? Dr. Dan Pardi, Chief Health Officer at Qualia Life Sciences, has spent years researching what actually enables cellular repair. His work highlights a key insight: when the body is locked in survival mode, even healthy stem cells can’t function properly. In this episode, we explore why trauma accelerates biological aging, what conditions are required for repair, and why recovery takes longer than most people expect. Why Stem Cells Matter for Trauma Recovery Stem cells are the body’s primary repair mechanism. They migrate to damaged areas and differentiate into the tissue that’s needed. Without them, the body would lose all of its cells within two years. Dr. Pardi explains that stem cells vary in “potency,” or their ability to become different cell types. Some are highly flexible, while others are specialized for specific tissues. What they all share is this: they spend roughly 90% of their lifespan in hibernation . This dormancy is protective. It preserves the stem cell pool so repair capacity is available when it’s truly needed. Stem cells are among the longest-living cells in the body, designed for longevity through tightly regulated protein production and strong stress-response systems. When damage signals appear, stem cells activate, replicate, enter circulation, and migrate to affected areas—guided by chemical signals that allow them to locate injury. The "Noisy Neighborhood" Problem This is where trauma enters the picture. Stem cells exist within a surrounding microenvironment that Dr. Pardi refers to as a “neighborhood.” This environment provides the signals that tell stem cells when to repair. Chronic inflammation—common in trauma—creates excessive noise in that neighborhood, disrupting communication. Dr. Pardi uses this analogy: imagine trying to have a conversation in a room filled with loud background noise. You’re speaking at a normal volume, but nothing is getting through. The same thing happens in a nervous system stuck in survival mode. The stem cells may be capable. The repair signals may be present. But chronic inflammation drowns out the message. Research supports this. When an old stem cell is placed in a healthy environment, it functions like a young one. The issue isn’t the cell itself—it’s the conditions surrounding it. How Trauma Accelerates Biological Aging Dr. Pardi connects this directly to trauma biology. Chronic stress activates the Cell Danger Response, creating inflammatory conditions that resemble accelerated aging. People exposed to prolonged trauma often appear biologically older on epigenetic age tests—not because their cells are damaged beyond repair, but because their biology adapted to persistent threat. This reframes recovery. Trauma doesn’t only affect cognition or emotion. It alters the cellular environment in ways that suppress regeneration. The 5.5-Month Recovery Timeline A study of 68 college athletes experiencing extreme fatigue revealed a finding that surprised both Dr. Pardi and me. The average recovery time was 5.5 months . Not weeks. Months. And the range was wide—some recovered in one month, others took up to 60 months. This has implications for anyone wondering why healing feels slow. When the system is deeply depleted, repair capacity itself is impaired. Progress often looks flat initially, then accelerates as biological systems regain function. Dr. Pardi notes that much of the frustration in recovery comes from expectation. When we anticipate weeks and experience months, we assume something is wrong. In reality, the timeline may be exactly what the body requires. Why Sleep Matters for Cellular Repair The stress-rest rhythm is not optional. It’s fundamental to regeneration. During sleep, stem cells enter a restorative phase. Growth hormone, melatonin, and reduced metabolic demand allow the stem cell system to reset. This nightly repair enables stem cells to carry out tissue repair during waking hours. The body relies on this rhythm: activation during the day, restoration at night. Trauma often disrupts this cycle, compromising repair across the entire system. What This Means for Trauma-Informed Care This conversation reinforced why the Foundational Journey is structured as a year-long container. For months, many people remain in overwhelm. Their internal environment is still too noisy for repair signals to be effective. Providing knowledge alone and expecting healing is like planting seeds in soil that can’t sustain growth. We have to quiet the neighborhood first—shift implicit threat responses, change cues of danger, and create internal conditions where safety is real, not conceptual. Then the body can do what it was designed to do. Understanding will never be enough. The inner environment has to change. FAQ 1. What are stem cells and why do they matter for trauma recovery?  Stem cells are the body’s repair system, replacing approximately 50–70 billion cells each day. They migrate to damaged tissue and differentiate as needed. Trauma-related inflammation disrupts the signaling environment, preventing stem cells from receiving clear repair cues—a “noisy neighborhood,” as Dr. Pardi describes it. 2. Does trauma actually age the body faster?  Yes. Trauma creates inflammatory conditions similar to natural aging. Research on the Cell Danger Response shows how cells shift into protective mode under prolonged stress. Trauma survivors often test biologically older than their chronological age—not because they’re broken, but because their biology adapted to sustained threat. 3. How long does recovery from burnout or exhaustion take?  A study of 68 college athletes with extreme fatigue found an average recovery time of 5.5 months, with a range from one month to 60 months. When systems are deeply depleted, repair capacity restores gradually before accelerating. 4. What role does sleep play in stem cell health?  Sleep supports stem cell restoration through growth hormone release, melatonin signaling, and metabolic downregulation. This prepares stem cells to perform repair during waking hours. Trauma-related sleep disruption undermines this process. 5. What supports stem cell wellness naturally?  Reducing chronic inflammation, protecting sleep, and restoring stress-rest rhythms. Dr. Pardi emphasizes a periodic “regenerative pulse” rather than constant stimulation, allowing repair signals to come through without overwhelming the system. Helpful Research Hallmarks of Aging  López-Otín, C. et al. (2023). "Hallmarks of Aging: An Expanding Universe." Cell . This expanded framework identifies 14 hallmarks of aging including stem cell exhaustion. The research shows that inflammatory environments prevent stem cells from performing their regenerative functions—even when the cells themselves remain capable. Cell Danger Response  Naviaux, R.K. (2014). "Metabolic features of the cell danger response."   Mitochondrion . This foundational research describes how cells shift into protective mode under stress, creating inflammatory conditions that parallel accelerated aging. The work has implications for understanding why trauma creates lasting biological changes. Extreme Fatigue Recovery Timeline   Study of 68 collegiate athletes demonstrating average 5.5-month recovery from excessive fatigue, with range from 1 month to 60 months. The research suggests that severe system depletion requires extended recovery periods that exceed typical expectations. Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette:  I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive 😌

If you've watched a family member struggle with addiction, you know how helpless it can feel. Treatment programs that don't work. Policies that seem disconnected from reality. Debates about legalization versus criminalization that never address what actually helps someone recover. Dr. Kevin Sabet advised three presidential administrations on drug policy. His research reveals what most families never hear: we already know what works. Iceland, Portugal, and Hawaii figured it out. The question is why we haven't implemented it—and what families and practitioners can learn from these models. The critical difference between decriminalization, legalization, and commercialization—and why it matters for your loved one Why addiction responds to incentives when other brain conditions don't What "meeting people where they're at" actually requires to create change For practitioners: how policy shapes what treatment options exist for your clients In This Episode You'll Learn: (01:00) Why is marijuana considered the most misunderstood drug in America? (04:00) How has today's marijuana been genetically modified to be more potent? (08:00) What is the difference between decriminalization, legalization, and commercialization? (12:00) Why haven't the promises of marijuana legalization materialized? (17:00) Why does addiction respond to incentives when other brain conditions don't? (20:00) What does "harm reduction" actually mean—and why is there so much confusion? (24:00) Should marijuana be used for opioid recovery—and what does the research show? (30:00) What did Iceland's prevention model do differently to reduce drug use? (33:00) How does Portugal's drug policy work—and why isn't it legalization? (35:00) Why did 2 days in jail change behavior when years of probation didn't? Notable Quotes Dr. Kevin Sabet: "For everybody that dies, there's 10 others revived with Narcan—severely disabled as a result of their addiction." "I want to meet people where they're at and take them to a better place." "Addiction is a disease unlike any other—it responds to incentives." "We could solve 80% of the problem if we wanted to. It wouldn't even cost much." Dr. Aimie Apigian: "The effect marijuana has on the body shocked me—yet people still believe it's harmless." Episode Takeaway Understanding the difference between decriminalization, legalization, and commercialization matters for families. Decriminalization removes criminal penalties for personal use. Legalization allows regulated sales. In America, legalization became commercialization—billboards, advertising, corporate lobbying. Most families don't realize these are different policies with different outcomes. Knowing this helps you navigate what your loved one is up against. Your loved one doesn't have to "want" recovery for treatment to work—and addiction responds to incentives unlike other brain conditions. Dr. Sabet's research shows people recover all the time when they don't want help. What matters is structure, not internal motivation. Hawaii's HOPE program proved that two days of consistent consequences changed behavior when years of probation failed. The goal is meeting people where they are AND taking them somewhere better. For families feeling hopeless: Iceland, Portugal, and Hawaii already figured out what works. The models exist. Resources/Guides: Free Guide: 3 Most Common Biochemical Imbalances in Addiction  — Discover which labs to ask for and what biochemical patterns show up most frequently in addictions. The Biology of Trauma book — Get your copy here Dr. Kevin Sabet — Get a copy of One Nation Under the Influence  and find more resources at Smart Approaches to Marijuana Related Podcast Episodes: Episode 103: Addiction & 6-Step Felt Sense Polyvagal Plan to Revolutionize Traditional Treatment with Janet Winhall Episode 104: How Trauma Fuels Addiction & The 4 Pillars for Recovery with Joe Polish Episode 109: End Your Addiction Now: How Pioneer Work Outperforms Traditional Treatment About the Guest:  Dr. Kevin Sabet is a former White House drug policy advisor who served under three presidential administrations—Clinton, Bush, and Obama. He is the president and CEO of Smart Approaches to Marijuana (SAM) and author of One Nation Under the Influence . His work focuses on evidence-based drug policy and what research shows actually reduces addiction and overdose deaths. Your host: Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma" (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. Family Member Struggling with Addiction? Why Treatment Fails If you've watched a family member struggle with addiction, you know how helpless it can feel. Treatment programs that don't work. Policies that seem disconnected from reality. Debates about legalization versus criminalization that never address what actually helps someone recover. Dr. Kevin Sabet has advised three presidential administrations on drug policy. He's watched these debates unfold for decades—and started asking a different question: What if we looked at what actually works? His research across Iceland, Portugal, and Hawaii reveals something  families rarely hear: the models exist. We just haven't implemented them. This episode is for families navigating a loved one's addiction—and for practitioners supporting them. We explore the critical difference between decriminalization and legalization, why your loved one doesn't have to "want" recovery for treatment to work, and what structure actually helps. The Terminology Problem: Why It Matters for Your Family Dr. Sabet spent significant time clarifying terms. This matters because families hear these words without understanding what they actually mean—or how they affect their loved one's options. Decriminalization removes criminal penalties for personal drug use. People aren't sent to prison for using substances. Most of America already has de facto decriminalization. People haven't been going to prison for marijuana use in decades. Legalization allows regulated sale, manufacture, and possession. In theory, this could mean state-controlled supply with no advertising and THC limits. Commercialization is what legalization actually became in America. Billboards. Marketing powerhouses. K Street lobbyists. Corporate interests driving policy. When Oregon passed Measure 110 in 2020, they weren't legalizing—they already had decriminalization. What the measure did was send a message that shifted public behavior. Open-air drug use increased. They repealed it last year. The lesson for families: terminology shapes outcomes. Understanding these distinctions helps you navigate what your loved one is up against. Your Loved One Doesn't Have to "Want" Recovery Dr. Sabet challenges one of the most painful beliefs families hold. The idea that someone has to hit rock bottom. That they have to want help for it to work. His research shows the opposite. People get help when they don't want it—and they recover all the time. What matters isn't internal motivation. It's external structure. This reframes how families think about treatment failure. When your loved one isn't "ready," you assume the timing is wrong. But the research suggests the structure might be wrong instead. For families who've been waiting—sometimes for years—this is significant. You don't have to wait for your loved one to decide they're ready. Structure can spark what internal motivation cannot. Why Addiction Responds to Incentives Here's what distinguishes addiction from other brain conditions. You can't incentivize someone out of multiple sclerosis. You can't offer a promotion to make dementia disappear. But addiction responds to incentives in ways other conditions don't. Dr. Sabet describes Hawaii's HOPE probation program. The approach was simple. If someone tested positive or missed a drug test, they got two days in jail. Not two years. Two days. But the consequence was immediate and consistent. This changed behavior when years of traditional probation hadn't. The threat had to be real. It had to be followed through. And it had to be proportionate. For families wondering what kind of structure actually helps: certainty of consequence mattered more than severity. Meeting People Where They're At—Then Taking Them Somewhere Better "Meeting people where they're at" has become standard language in treatment conversations. Dr. Sabet doesn't reject the concept. He extends it. The problem is when we meet people where they're at and leave them there. Waiting for someone to be "ready" for recovery means waiting forever for most families. The substance feels good to your loved one. Nothing seems wrong from the inside. George W. Bush was a raging alcoholic until Laura gave him an ultimatum. That external structure changed the trajectory of his life. This isn't punishment. It's providing what a dysregulated nervous system actually responds to. What Iceland, Portugal, and Hawaii Figured Out Dr. Sabet visited these places to understand what actually works. Iceland invested in prevention. Not school lessons saying "don't use drugs." They looked at the whole environment. What's happening at home? What alternative activities exist? What does the community provide? Youth drug use dropped dramatically. Portugal didn't legalize drugs. They created an administrative system. If someone gets caught with drugs, they go before a panel of three people who assess whether treatment is needed. This replaces criminal court, not consequences. The panel still has leverage. Hawaii's HOPE program made consequences immediate and consistent. Two days for a violation. Every time. No exceptions. This worked when years of inconsistent probation hadn't. The common thread: structure that responds to the biology of addiction. For families feeling hopeless, this matters. The models exist. The Scope Beyond the Death Toll For every person who dies from overdose, ten others are revived with Narcan but severely disabled. Their families are affected forever. And we don't count the accidents. The workplace injuries. The car crashes. The relationships destroyed. Dr. Sabet argues we could solve 80% of the problem if we chose to. The research exists. The models work. The cost wouldn't be prohibitive. If you're a family member wondering whether anything can change—yes. The question is whether we'll implement what we already know. What This Means for Families and Practitioners This conversation aligns with what I teach in the Biology of Trauma® framework. The body adapts to survive. Substances become a solution when the nervous system doesn't have other options. Policy that only criminalizes misses why people use. Policy that only enables misses that the nervous system often needs external structure to change. Both extremes ignore the biology. For families: the insight that addiction responds to incentives means you don't have to wait indefinitely for your loved one to be "ready." External structure can create change. For practitioners: this episode clarifies the policy landscape your clients are navigating. The difference between decriminalization and commercialization shapes what treatment options exist and what families are up against. The models exist. Iceland, Portugal, and Hawaii figured something out. If you've been watching someone you love struggle and wondering what else might help—this episode points toward answers. FAQ 1. What is the difference between decriminalization, legalization, and commercialization? Decriminalization removes criminal penalties for personal drug use—people aren't jailed for possession. Legalization allows regulated sales. Commercialization is what legalization became in America: billboards, advertising, corporate lobbying. Most of America already has de facto decriminalization—people haven't gone to prison for marijuana use in decades. Understanding these terms helps families navigate what their loved one is up against. 2. Does my family member have to want help for treatment to work? No. Dr. Sabet's research shows people recover all the time when they don't want help. Hawaii's HOPE program proved that consistent external structure changed behavior when internal motivation couldn't. The myth that someone must "hit rock bottom" keeps families waiting indefinitely. What matters isn't willingness—it's providing structure the nervous system responds to. 3. Why does addiction respond to incentives when other brain conditions don't? You can't incentivize someone out of dementia or multiple sclerosis. But addiction behavior changes with consistent consequences. Hawaii's HOPE program reduced positive drug tests by 72% using immediate two-day consequences—not years, just two days. Certainty mattered more than severity. This has implications for how families and practitioners think about structure. 4. What did Portugal actually do—and is it legalization? Portugal did not legalize drugs. They created administrative panels instead of criminal courts. When someone is caught with drugs, they appear before a three-person panel that assesses whether treatment is needed. Consequences still exist—the panel maintains leverage. Portugal combined this with investment in treatment infrastructure. 5. What can families do while waiting for policy to change? You don't have to wait for policy changes. The insight that structure matters more than motivation means families can focus on consistent, proportionate boundaries. The Biology of Trauma® framework teaches that the nervous system responds to safety and structure. External support can create conditions for change even when your loved one isn't "ready." Helpful Research Hawaii's HOPE Probation Program  Hawken, A., & Kleiman, M. (2009) . "Managing Drug Involved Probationers with Swift and Certain Sanctions." National Institute of Justice. This randomized controlled trial showed that immediate, consistent two-day jail consequences reduced positive drug tests by 72% compared to traditional probation. The key finding: certainty of consequence mattered more than severity. Iceland's Youth Prevention Model  Sigfusdottir, I.D., et al. (2009) . "Substance Use Prevention for Adolescents: The Icelandic Model." Health Promotion International. Iceland's community-based approach focused on environmental factors rather than individual education. Youth substance use dropped by over 50% in two decades through organized alternative activities and increased parental involvement. Portugal's Drug Policy Outcomes  Hughes, C.E., & Stevens, A. (2010). "What Can We Learn from the Portuguese Decriminalization of Illicit Drugs?" British Journal of Criminology. This analysis clarified that Portugal's approach combined decriminalization with significant investment in treatment infrastructure. The administrative panel system provided assessment and treatment referral rather than eliminating consequences entirely. Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette:  I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive 😌

"There's so much hope. Depression has treatable causes we can test for." —  Dr. James Greenblatt” Why do so many people struggle with depression? And why do they struggle to stop their antidepressants? What if it all came down to missing nutrients the brain needs to be happy? Dr. James Greenblatt has spent 30 years in inpatient psychiatry watching patients go from one medication to two, then three, then five. Suicide rates kept climbing. Side effects stacked up. And he started asking a different question: What if we looked at what the brain actually needs? His new book Finally Hopeful  explores the biological causes of depression that most doctors never test for — including vitamin D deficiency, brain inflammation, and gut dysfunction. This conversation aligns with the Biology of Trauma ®  framework about the importance of addressing biology alongside somatic work and parts work. When the body is missing raw materials, nervous system regulation becomes harder. Dr. Greenblatt's research validates what we understand: all three levels — mind, body, and biology — must be supported together for lasting change. In This Episode You'll Learn: [04:09] Why Dr. Greenblatt wrote Finally Hopeful  after 30 years in psychiatry [12:50] Vitamin D as the foundation: Why nothing else works without it — not meds, not therapy [14:35] How vitamin D deficiency affects serotonin production in the brain [12:50] Dr. Aimie's personal story: vitamin D levels of 12, then only 20 with supplementation [17:06] Why vitamin D deficiency is one of the most common factors in people who can't stop antidepressants [18:48] The gut-serotonin connection: 90-95% of serotonin is made in the gut [21:00] The building blocks your brain needs: iron, B12, folate, zinc, magnesium [24:57] Brain inflammation and its connection to suicide risk [26:14] Why sleep deprivation creates inflammatory markers within hours [32:07] The simple labs to ask your doctor about — and why testing is the only path forward Main Takeaways Vitamin D Is the Foundation for Brain Chemistry:  Dr. Greenblatt calls vitamin D "the foundation." Without adequate levels, the brain cannot produce the serotonin it needs — and no medication will fully work. At one addiction treatment center, 99 out of 100 patients were deficient. Vitamin D Deficiency Blocks Antidepressant Withdrawal:  One of the most common factors in people who struggle to stop antidepressants is low vitamin D. The brain needs this nutrient to make serotonin on its own. Without it, your body doesn't know what to do when you try to stop the medication. Brain Inflammation Predicts Suicide Risk:  Inflammatory markers are highly predictive of suicide risk. Sleep deprivation for even an hour or two a night creates measurable inflammatory markers. Head trauma, chronic infections like Lyme, and other sources of inflammation all increase risk. The Gut-Brain Serotonin Connection:  90-95% of the body's serotonin is made in the gut, not the brain. When vitamin D is deficient, the body produces less serotonin in the brain while producing more in the gut — creating inflammation. Someone born vitamin D deficient may have gut inflammation from day one, with profound implications for mental and physical health. Testing Is the Only Path to Personalized Treatment:  Everyone's biochemistry is different. Guessing with supplements rarely works. Simple blood tests — vitamin D, iron, B12, thyroid, MTHFR — can reveal what your body is actually missing. Biology Integrates with Somatic and Parts Work:  We can do the somatic work. We can do the parts work. And we can address the biology. All three are important because they're all part of our experience, our body, our life. Integration means supporting all of these pieces together. Notable Quotes "Vitamin D has profound effects on brain function. It is a cofactor to make serotonin." — Dr. James Greenblatt "Vitamin D stimulates serotonin in the brain and inhibits serotonin in the gut."  — Dr. James Greenblatt "Inflammatory markers are very predictable of suicide risk." — Dr. James Greenblatt "My mental health depends on my bedtime."  — Dr. Aimie Apigian Episode Takeaway What becomes clear in this conversation is how simple some of this is. Not easy — but simple. A blood test. A nutrient level. A deficiency that has a name and a solution. Dr. Greenblatt has spent 30 years watching people lose hope in our traditional model of depression treatment. More medications. More side effects. More confusion. And all along, some of those patients were missing basic building blocks their brains needed to function. The insight that vitamin D deficiency is one of the most common factors in people who can't get off antidepressants is significant. Your brain needs vitamin D to make serotonin. Without it, your body doesn't know how to function without the medication. This isn't about willpower or readiness. It's about biology. This aligns with what we teach in the Biology of Trauma ®  framework. The body can't regulate without the raw materials it needs. We can do the somatic work to complete protective responses. We can do the parts work to address fragmented younger parts. But when we integrate the biology — when we give the body what it's been missing — all three levels support each other. Small shifts at each level create remarkable changes together. If you've been on medication for years and wonder why you still don't feel like yourself, this episode offers a different lens. Not to replace what you're doing, but to ask: what else might your body need? The labs are simple. The answers might be waiting in your blood work. Resources/Guides: Free Guide: Top 3 Biochemical Imbalances That Affect Mood  - a starting point for understanding most common imbalances connected to depression  The Biology of Trauma  book - Get your copy here   Foundational Journey  - The 6-week program to lay the foundation of safety and skills for self-regulation to do the deeper work. Dr. James Greenblatt - Get a copy of the Finally Hopeful  book and find more resources at https://www.jamesgreenblattmd.com/ Related Podcast Episodes: Episode 41: Solutions for Low Serotonin and GABA in Trauma with Trudy Scott Episode 101: Brain Inflammation: Addressing The Overlooked Gatekeeper To Trauma Release with Dr. Austin Perlmutter About the Guest: Dr. James Greenblatt is a board-certified psychiatrist and pioneer in integrative psychiatry with over 30 years of experience in inpatient psychiatric care. He is the author of multiple books including Finally Hopeful  and founder of Psychiatry Redefined. His work focuses on the role of nutrition, genetics, and biochemistry in mental health treatment. Your host:  Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma"  (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. How Depression's Missing Link Might Be in Your Blood Work We've been told depression is a chemical imbalance. Take the pill. Wait six weeks. If that doesn't work, try another. But what if your brain is missing the raw materials it needs? What if it can't make those chemicals in the first place? Dr. James Greenblatt has spent 30 years in inpatient psychiatry. He watched patients go from one medication to two, then three, then five. Suicide rates kept climbing. Side effects stacked up. He started asking a different question: What if we looked at what the brain actually needs? His findings align with what we teach in the Biology of Trauma ® framework. We can do the somatic work. We can do the parts work. But when the body is missing basic building blocks, regulation becomes harder. Biology must be addressed alongside everything else. The Foundation Most Doctors Never Test For Dr. Greenblatt calls vitamin D "the foundation." Without adequate levels, the brain cannot produce serotonin. No medication will fully work. No therapy will fully land. At one addiction treatment center, 99 out of 100 patients were deficient. Vitamin D is a cofactor for making serotonin. It's rate-limiting. Without it, your brain doesn't have what it needs. I experienced this myself. During my health crash, my vitamin D level was 12. With supplementation, it came up to 20. It’s still not enough. My body couldn't absorb what I was giving it. That was when I realized something deeper was happening. Why Some People Can't Get Off Antidepressants Vitamin D deficiency is common in people who struggle to stop their medications. The mechanism makes sense. These medications affect serotonin activity. When you stop them, your body needs to make serotonin on its own. Without adequate vitamin D, your brain lacks the cofactor it needs. Your body doesn't know what to do. This is biology, not willpower. The Gut Connection 90-95% of the body's serotonin is made in the gut, not the brain. Dr. Greenblatt explained how vitamin D affects each location differently. When vitamin D is deficient, the brain makes less serotonin. But the gut makes more. This creates inflammation. Someone born vitamin D deficient may have gut inflammation from day one. The implications are profound. This connects to what we teach about the Cell Danger Response. When the body is pushed beyond capacity — or not given what it needs — cells shift into protection mode. Inflammation is part of that response. The body is doing exactly what it's designed to do. It adapted to the conditions it was given. Inflammation and What It Predicts Inflammatory markers are highly predictive of suicide risk. Sleep deprivation for even an hour or two creates measurable markers. Head trauma and chronic infections like Lyme increase risk through the same pathway. Dr. Greenblatt described lying in bed with the flu once. He went through a mental checklist of his symptoms. Fatigued. Lethargic. Sad. Unmotivated. He started laughing. He had just diagnosed himself with major depression. But it was inflammation. The symptoms are identical. This is why sleep matters. Nothing makes me depressed faster than losing sleep. The body can't build capacity when it's depleted. We talk about this in the Foundational Journey — you can't expand capacity while running on empty. Safety and rest come first. The Path Forward Is Testing Everyone's biochemistry is different. Guessing with supplements rarely works. Dr. Greenblatt recommends simple blood tests. Start with vitamin D, iron, B12, and thyroid. Add the MTHFR genetic test if possible. Most physicians have access to these. For B12, the norms aren't quite right. Anything under 500 should be addressed. What This Confirms We can do the somatic work to complete protective responses. We can do the parts work to address younger parts. And we can address the biology. All three are important. They're all part of our experience, our body, our life. When we integrate biology — when we give the body what it's been missing — all three levels support each other. Capacity increases when the body has what it needs. The critical line shifts. What felt overwhelming becomes manageable. Not because you're trying harder. Because your system has the resources to regulate. Start small. Ask your doctor for a vitamin D test. See what your blood work reveals. Helpful Research 1.  Vitamin D and Serotonin Synthesis Patrick, R.P. & Ames, B.N. (2014). "Vitamin D hormone regulates serotonin synthesis." FASEB Journal, 28(6), 2398-2413. Vitamin D regulates serotonin synthesis by controlling tryptophan hydroxylase 2 (TPH2) — the rate-limiting enzyme Dr. Greenblatt describes. This research explains the biological mechanism behind his clinical observation that vitamin D is "the foundation" for brain chemistry. Without adequate vitamin D, the brain cannot produce sufficient serotonin regardless of other interventions. 2.  Inflammatory Cytokines and Suicide Risk   Yang, Y., Gu, K., & Li, J. (2024). "Relationship between serum inflammatory cytokines and suicide risk in patients with major depressive disorder." Frontiers in Psychiatry, 15, 1422511.  This research supports Dr. Greenblatt's clinical observation that inflammatory markers predict suicide risk. The study found that higher levels of IL-6, CRP, and TNF-α were associated with increased suicide risk in patients with major depression. This validates the connection he draws between inflammation and depression symptoms. 3.  Gut Microbiome and Serotonin Production Yano, J.M., et al. (2015). "Indigenous bacteria from the gut microbiota regulate host serotonin biosynthesis." Cell, 161(2), 264-276. Caltech research demonstrated that gut bacteria are essential for serotonin production — supporting the 90-95% figure Dr. Greenblatt cites. In mice lacking specific gut bacteria, serotonin levels dropped by more than 50%. This research validates why addressing gut health matters for mood and why vitamin D's differential effects on gut versus brain serotonin production have such significant implications. Listen to Episode 156 → Disclaimer:  By listening to this podcast, you agree not to use this podcast as medical, psychological, or mental health advice to treat any medical or psychological condition in yourself or others. This podcast is for informational and educational purposes only and does not constitute professional advice, diagnosis, or treatment. Always consult your own physician, therapist, psychiatrist, or other qualified health provider regarding any physical or mental health issues you may be experiencing. Comment Etiquette: I would love to hear your thoughts on this episode. Please share and use your name or initials so that we can keep this space spam-free and the discussion positive😌

"Resilience isn't just coping. It's making more of your life."  —  Dr. Karestan Koenen We've been told time heals all wounds. Go back to work. Stay busy. But what if decades of stress are still rewriting the body right now? Dr. Karestan Koenen, a Harvard researcher who has followed 100,000 women over twenty years, shares what she's discovered about how unaddressed trauma doesn't fade—it becomes biology. In this conversation, we explore why major disease studies have ignored trauma, how stalking affects women's heart health, and what epigenetics reveals about catching these changes early. In this episode you'll learn: [01:54] The Pattern No One Was Tracking:  How clinical observation at the VA revealed PTSD and diabetes worsening together—before research proved it [04:04] Stalking and Heart Disease:  Why women on the editorial board said "of course this is true" while men said "there's no way" [05:35] The Gap in Major Disease Studies:  Why the cohorts that shaped our understanding of diet, exercise, and disease never measured trauma [11:27] How to Define Trauma:  Uncontrollable, unpredictable, and overwhelming—and why the pandemic qualified [14:41] When Coping Mechanisms Take a Toll:  How the adaptations that helped us survive can interfere with where we want to go [17:14] Resilience Redefined:  Why you can have symptoms and still be making meaning—and why the person in front of you is always a survivor [23:58] Loss of Life Purpose:  How retirement, death of a spouse, or role changes directly impact physical health and longevity [28:47] Time Doesn't Heal—It Becomes Biology:  Why going back to work and staying busy doesn't make trauma fade [32:33] The Biology of Adversity Project:  How epigenetics research may catch changes before chronic conditions develop [34:17] Somatic Practices Without the Story:  The future of yoga, breathwork, and body-based approaches for resetting the nervous system Main Takeaways PTSD and Physical Disease Move Together:  Twenty years of research following 100,000 women reveals PTSD and conditions like diabetes and cardiovascular disease are interrelated—when one worsens, so does the other. If You Don't Ask, You Can't Analyze:  Most major cohort studies that shaped our understanding of diet, exercise, and disease never included trauma measures, leaving a massive gap in what we know about chronic illness. Coping Mechanisms Have an Expiration Date:  What once protected us—avoidance, hypervigilance, staying busy—can take a toll on the body over time and interfere with where we want to go. Resilience Includes Struggle:  Resilience means not just managing symptoms, but creating something more—finding purpose, meaning, or contribution even while navigating difficult experiences. You can have both. Meaning Keeps Us Alive:  Loss of life purpose—through retirement, death of a spouse, or role changes—directly impacts physical health and longevity. When our organizing principle disappears, the body responds. Epigenetics Opens New Doors:  Our DNA is set at conception, but how genes express is responsive to environment. This means earlier intervention becomes possible before chronic conditions manifest. Community Is Medicine:  Social support after traumatic events is profoundly protective—yet our modern world increasingly disrupts relationship continuity, leaving people isolated even when surrounded by others. Notable Quotes "If you don't ask the question, you can't do the analysis." — Dr. Karestan Koenen "Coping mechanisms help people survive. Then there's a point at which they take a toll on the body." — Dr. Karestan Koenen "The person in front of you survived. You're always working with a resilient survivor—no matter what they're experiencing in that moment." — Dr. Karestan Koenen "Our DNA sequence is set at conception, but epigenetics is responsive to the environment." — Dr. Karestan Koenen "Time doesn't heal. It makes trauma become biology." — Dr. Aimie Episode Takeaway Dr. Koenen's research confirms what I teach. Unaddressed trauma doesn't fade with time. It becomes biology. Her team followed over 100,000 women for decades. They documented how trauma shows up in the body long after the event. PTSD connects to increased cardiovascular disease risk. Even stalking correlates with heart disease. And yet major disease studies still don't assess trauma. They track diet, exercise, smoking. Almost none assess trauma. What her work also shows is that struggle and healing can exist together. You don't have to wait until symptoms disappear to begin. Both can be true at the same time. Your body adapted to protect you. Now it can learn something new. The next time you notice your body holding tension from something long past, pause. That's information. Your body is telling you what it's still carrying. Resources/Guides: Biology of Trauma book  - Available now everywhere books are sold. Get your copy Free Guide: How Trauma Shows Up in the Body & What To Do About It  - Understand why your body responds this way. Learn what helps.   Related Podcast Episodes: Episode 86: Is Trauma Genetic or Epigenetic? Insights with Dr. Bruce Lipton Episode 116: The Body Keeps Score: How Trauma Rewires Your Nervous System with Dr. Bessel van der Kolk About the Guest: Dr. Karestan Koenen is a Professor of Psychiatric Epidemiology at Harvard T.H. Chan School of Public Health and Director of the Broad Trauma Initiative at the Broad Institute of MIT and Harvard. Her research focuses on why some people develop PTSD while others remain resilient, and how trauma alters long-term physical health and accelerates aging. She co-authored Treating Survivors of Childhood Abuse and Interpersonal Trauma: STAIR Narrative Therapy  and also teaches yoga and breathwork. Your host:  Dr. Aimie Apigian, double board-certified physician (Preventive/Addiction Medicine) with master's degrees in biochemistry and public health, and author of the national bestselling book "The Biology of Trauma"  (foreword by Gabor Maté) that transforms our understanding of how the body experiences and holds trauma. After foster-adopting a child during medical school sparked her journey, she desperately sought for answers that would only continue as she developed chronic health issues. Through her practitioner training, podcast, YouTube channel, and international speaking, she bridges functional medicine, attachment and trauma therapy, facilitating accelerated repair of trauma's impact on the mind, body and biology. How Trauma Becomes Biology: What 20 Years of Research Shows A month after I transitioned my adopted son to another family, I developed chronic fatigue and autoimmunity. I remember lying there thinking, "I don't know who I am anymore." My life had lost its meaning. My body responded to that loss in ways I never expected. That experience taught me something medicine hadn't. Unaddressed loss doesn't fade with time. It becomes biology. When I met Dr. Karestan Koenen, a Harvard researcher who has spent twenty years studying trauma's impact on physical health, I finally understood why. What she's found offers important insights into what happens when difficult experiences go unaddressed. In this episode, we explore how experiences like stalking change heart health, why major disease studies have ignored trauma, and what epigenetics reveals about catching these changes early. The Physician's Observation: When PTSD and Diabetes Move Together Dr. Koenen began her career at the Boston VA Hospital. She worked with women veterans. Many had experienced military sexual trauma. She noticed something that changed the direction of her research. The women she treated for PTSD also had physical health problems. These problems seemed to move together. As the PTSD got worse, the diabetes got worse. When the diabetes flared, it triggered more PTSD symptoms. This pattern appeared again and again. At the time, there wasn't research showing this connection. So she brought her clinical observation into research. Twenty years later, her studies have confirmed what she saw in those exam rooms. Trauma doesn't just affect our mental health. It affects our physical health too. What the Research Reveals About Stalking and Heart Disease One of Dr. Koenen's recent studies looked at non-contact violence. She studied stalking—the kind that leads to restraining orders. The findings were published in Circulation, a leading heart disease journal. Women who experienced stalking had higher rates of cardiovascular disease. The editorial board's response tells us something important. The women on the board said, "Of course this is true." The men said, "There's no way this can be true." They published the paper anyway. They included an editorial acknowledging the divide. This reaction shows how far we still need to go. The connection between trauma and physical disease isn't self-evident to everyone. Even with decades of research supporting it. Why Major Disease Studies Have Ignored Trauma Here's something that surprised me. The large cohort studies that shaped what we know about diet, physical activity, and smoking? Most of them never assessed trauma. If you don't ask the question, you can't do the analysis. Dr. Koenen's former student documented this gap. Studies looking at aging populations have never included measures of anything we would conceptualize as trauma. This explains why the medical system still struggles to connect the dots. The research foundation simply wasn't there. Individual physicians often recognize the connection immediately. When I talk with clinicians, they say, "Of course. I see this all the time." But systemically, the acknowledgment isn't there yet. The change may need to come from patients asking better questions. Defining Trauma: Uncontrollable, Unpredictable, Overwhelming Dr. Koenen's definition of trauma has broadened over twenty years. She describes it as something experienced as uncontrollable, unpredictable, and overwhelming to the ability to cope. These characteristics help explain why so many experiences create lasting effects. The pandemic had all these qualities. It was uncontrollable and unpredictable. For many people, it overwhelmed the ability to cope. And unlike other collective trauma, it removed the very thing that helps us heal. Social support. After 9/11, Dr. Koenen lived in Manhattan with her siblings. She describes the profound sense of community and pulling together. They went to each other's homes for dinner every night. The pandemic denied us this. Connection became a potential threat. Our bubbles were small. People outside felt threatening. Coping Mechanisms: Adaptive Until They Take a Toll Every person in front of us is a survivor. Dr. Koenen shared this perspective from her clinical work. Whatever coping mechanisms helped someone get through their trauma were adaptive at the time. They helped that person survive. The problem comes later. These mechanisms either take a toll on the body or no longer fit what we want for our lives. A woman she treated could only leave her house at night. This had been adaptive in her original situation. But it interfered with where she wanted to go as a young adult. The body copes with trauma too. Hypervigilance is adaptive in a threatening environment. But sustained over years, it creates allostatic load. That's the toll that living chronically with these coping mechanisms takes. This is exactly what we see in medicine. Working with Different Parts of Ourselves Dr. Koenen mentioned newer models like Internal Family Systems. These explicitly acknowledge different aspects of self. The terrified part exists. So does the angry part. The part that acts out in ways that create shame. But none of these are all of who we are. I was excited to see a published study using this approach with rheumatoid arthritis patients. Just allowing open communication with parts—asking what the pain would say if it could speak—created measurable changes. This is so different from hating the pain, wanting it gone, shoving it away. Being explicit about parts helps us honor the terrified aspect. At the same time, we recognize it's not all of us. We can speak to the fearful part or the angry part. We can talk to our pain rather than fighting against it constantly. Resilience Isn't the Opposite of Symptoms In research, resilience means having adapted psychologically after adversity. That includes lower levels of PTSD, depression, and anxiety that don't interfere with life. But it also includes something positive—purpose, optimism, a sense of contribution. Here's what Dr. Koenen shared that struck me. The negative symptoms and the positive function aren't opposites. They run on almost separate tracks. Someone can have significant PTSD symptoms and still be making meaning. Still finding purpose. Still moving forward. This understanding changed how I work with people. When someone comes in saying they're a failure, that they're broken—I see the resilient self that brought them through the door. Speaking to that resilience shifts the entire conversation. Why Meaning and Purpose Protect Physical Health The research on purpose and longevity is clear. People who feel they contribute in some way have better health outcomes. This contribution can take many forms. Religious meaning. Family roles. Community involvement. What matters is that the person feels their life has meaning. This explains the risk around retirement. When work was the organizing principle for someone's life, losing it can be devastating. The same pattern appears after losing a spouse. Beyond the grief, there's the loss of purpose tied to that relationship. When Dr. Koenen described this, my stomach knotted. After losing my role as a mother to my adopted son, I felt exactly this. I didn't know who I was anymore. My life had been organized around being a mom. That title, that position—losing it threw me into inner chaos. A month later, my body responded with chronic fatigue and autoimmunity. Epigenetics: Catching Trauma's Effects Before Disease Develops Dr. Koenen's current research focuses on epigenetics. Our DNA is set at conception. That alphabet doesn't change. But epigenetics influences how genes are expressed. She described it like musical notes versus the annotations telling musicians to play slowly, quickly, or loudly. What's exciting is that epigenetics responds to environment. Everything from smoking to touch and trauma changes how our genes are expressed. Dr. Koenen's team is developing methods to look at these changes dynamically, at the cellular level. The goal is catching these changes earlier. Before they manifest as chronic inflammatory conditions. If we can identify when the biology starts to shift, we might address it before full disease develops. This represents where the field is heading. Why Somatic Practices Matter for Trauma and Physical Health Dr. Koenen is also bringing together her scientific training with her personal practice. She teaches yoga and breath work. She's passionate about studying how somatic practices reset the body. She's particularly interested in approaches where people don't even need to talk about the trauma. This aligns with what I've seen in creating body-based practices. The key is getting people safely into the body without opening Pandora's box. Titrated approaches that are so gentle, people aren't afraid of what they're feeling. The wave that comes isn't overwhelming. Many of us who've used these practices have experienced the reset. Now we're building the research to understand why. How do breath work and trauma-informed yoga affect long-term health? These questions are finally getting the attention they deserve. The Gap Between Individual Clinicians and Systemic Change Individual physicians often get it immediately. When I share these ideas with clinicians, they recognize what they've seen in practice. But systemically, the medical establishment hasn't caught up. The acknowledgment isn't there at a structural level. Another concerning trend: fewer people have a regular primary care physician. Even those who go to appointments often see a different person every time. There's no relationship history. Less trust. People are less likely to bring up difficult experiences. The family doctor who knew our history is becoming rare. This mirrors broader social changes. We've moved toward more disruption in relationships. Less continuity. People used to live in the same town, know their neighbors, have that community. Now we can be surrounded by people and still feel isolated. How to Apply This Research to Our Healing Journey Understanding how trauma becomes biology changes how we approach healing. Here are ways to apply these insights. Immediate actions: Consider the timeline. When did physical symptoms first appear? What was happening in life at that time? Look for connections between difficult experiences and health changes. Assess purpose and meaning. What gives life meaning right now? If we've experienced major transitions, how has our sense of purpose shifted? This isn't about forcing meaning—it's about noticing what's already there. Evaluate coping mechanisms. Which ones served us during difficult times? Are any now taking a toll on the body or limiting where we want to go? Explore somatic practices gently. Start with breath work, trauma-informed yoga, or body-based approaches that feel safe. The goal is connection, not catharsis. Build continuity in healthcare relationships. When possible, see the same provider who can track patterns over time. Bring up the connections we're noticing between life experiences and health. This research offers hope. If trauma becomes biology, then addressing it at the biological level can create real change. We don't have to wait for the medical system to catch up. Helpful Research 1. Trauma and Cardiovascular Disease in Women   Koenen, K.C., et al. (2024). Circulation.  Dr. Koenen's team published research showing that women who experienced stalking had higher rates of cardiovascular disease. This study demonstrates how experiences creating chronic threat affect physical health outcomes. The findings appeared in Circulation, a leading American Heart Association journal. 2. The Gap in Trauma Assessment in Major Disease Studies   Sumner, J.A., et al. (2015). "Trauma Exposure and Physical Health." Clinical Psychology Review.   Dr. Koenen's former student documented that most large cohort studies shaping our understanding of disease never assessed trauma. These studies tracked diet, physical activity, and smoking — but almost none included measures of traumatic experiences. This research gap explains why the connection between trauma and physical health remains underrecognized in medicine. 3. Epigenetics and Environmental Influence on Gene Expression   Zannas, A.S., & West, A.E. (2014). "Epigenetics and the Regulation of Stress Vulnerability and Resilience." Neuroscience.  Research shows that while DNA sequence is set at conception, epigenetics influences how genes express. Environmental factors including trauma change these patterns. Dr. Koenen's Biology of Adversity project aims to track these changes dynamically, with the goal of catching shifts before they manifest as chronic inflammatory conditions. Listen to Episode 155 → Disclaimer This podcast is for educational purposes only and is not a substitute for professional medical or mental health advice, diagnosis, or treatment. The information shared reflects my clinical expertise and research, but every person's biology and healing journey is unique. Always consult with qualified healthcare providers before making changes to your treatment plan or starting new interventions. If you're experiencing a mental health crisis, please contact emergency services or a crisis helpline immediately. Join the Conversation I'd love to hear your thoughts on this episode. What resonated with you? What questions came up? Please keep comments respectful and supportive. This is a community of people committed to healing. We welcome diverse perspectives and honest questions, but we don't tolerate personal attacks, spam, or content that could harm others on their healing journey.