Stop Calling Everything "Nervous System Dysregulation": The 3 Things Chronic Pain Recovery Actually Requires
The pain relief industry has done you dirty.
For decades, it has tried to fit pain into one oversimplified explanation — and every version of that explanation becomes a trap.
One day it's your fascia. The next day, fascia doesn't matter — it's your posture. Then it's your gut. Then inflammation. Then trauma, your mindset, your vagus nerve. Each one claims to have found the one hidden root cause everyone else missed. It's like playing whack-a-mole while everyone shouts at you which mole to hit.
They're all selling the same underlying promise: that one thing is responsible for everything, and if you just follow three simple steps, you'll be pain-free in a week. That's why there's always a new fad, a new device, a new protocol.
And when the singular fixes fail — which they do, repeatedly — you're made to feel like you're the problem.
But what if the problem isn't you? What if you're not too broken, too complex, or too anxious? What if the problem is that we've been taught to look at pain in a way that's far too simple?
The "Pain Is All in the Body" Camp: A 400-Year-Old Model
Quick history lesson. The model of pain that dominates Western medicine traces back to René Descartes in the 17th century. It assumes all pain is directly correlated to tissue damage: if something hurts, something is damaged. Find the broken part, fix the broken part.
So we hunt for disc bulges, arthritis, tears, bone spurs, weak muscles, poor posture, unstable joints, scar tissue. And we treat them with injections, surgery, adjustments, bracing, stretching, strengthening, posture correction.
To be clear — these things matter, and they can be very helpful. But this model cannot always explain the entire pain experience. And when the physical approach stalls, the messaging turns on you: you're not trying hard enough, you're lazy, or worse — it's all in your head.
This isn't because providers don't care. It's because the system itself — decades of insurance billing policies — incentivizes cookie-cutter diagnoses that fit reimbursable services. The system isn't built to support complexity.
Here's the tell: if structure alone were the full explanation, your symptoms would be far more predictable than they are.
The "Pain Is All in the Brain" Camp: The Pendulum Swings Too Far
Thankfully, the last 20 years of pain science research have proven that pain is not a simple measurement of tissue damage. Pain is complex and multifactorial — and the actual neuroscience is fascinating.
But then, as often happens, all that nuance got flattened.
The pendulum swung from "pain is all in the body" to "pain is all in the brain." The mind-body movement treats pain as primarily a cognitive, psychological, or emotional problem: fear, thoughts, beliefs, unresolved trauma, repressed emotions, stress. The prescription becomes: view pain as a neutral sensation, convince yourself you're safe, journal about your emotions, replace negative thoughts with messages of safety.
Don't get me wrong — I am all for addressing your trauma, and thoughts and fear absolutely can influence pain. But something having influence is not the same as you consciously creating it.
When these factors are presented as the primary cause of pain, recovery becomes a game many people cannot win. Your very normal fear and frustration become "evidence" that you're blocking your own recovery. The message becomes: if the pain is still present, there must be something you're continuing to think, feel, or believe. It sets you up to feel like a failure — a victim of your own mind.
Here's the thing: fear, anxiety, vigilance, and negative thought spirals are a normal, natural part of the protective response that's already occurring. Maybe the goal shouldn't be to shut them down completely — it's impossible anyway — but to let them ride along without letting them drive.
The Dysregulation Trend: When Neuroscience Becomes a Buzzword
I might get cancelled for saying this, but over the last few years I've watched the same nervous system narrative take over every corner of the internet: you're stuck in fight or flight... it's your vagus nerve... your body doesn't feel safe... your autonomic nervous system is dysregulated — and if you just regulate it with breathwork and vagus nerve stimulation, the pain will resolve.
At this point, words like "nervous system regulation," "neuroplastic," and "neuroscience" have become overused buzzwords, stripped of their deeper meaning. The actual science has been watered down into a script that anyone who read one of four books can repeat — and sell.
And with all due respect, some corners of this movement treat their explanation with so much certainty that questioning it is treated as proof you're "still dysregulated" or haven't done enough of the emotional work. So when the oversimplified explanation doesn't hold up, you're once again left feeling like the problem is you.
Of course the sympathetic nervous system matters. Stress influences pain, regulation tools can be useful, and yes — your body may truly be in a protective, fight-or-flight state. But here's my question:
What's causing your body to activate that protective response in the first place?
Saying "your nervous system is dysregulated" describes what your system is doing — not necessarily why it's doing it.
What Both Camps Miss: The Neurologic Middle
We've been trained to pick a side: pain is all in the body, or pain is all in the brain. Neither side is completely wrong — which is exactly what makes both explanations so convincing. The problem is treating either one as the entire explanation.
But what if pain is not a direct, unedited message traveling from your body straight into your conscious mind? And what if your conscious thoughts are not sitting at a control panel deciding how much pain to produce?
Something is happening in the middle.
There is an entire system between the physical body and the conscious mind — a system constantly detecting, transmitting, filtering, prioritizing, and interpreting information, then initiating protective responses. All of this happens before pain ever reaches your awareness. By the time you feel pain, your system has already done an extraordinary amount of work.
This neurologic signaling system is the part of the story that the medical system and the mind-body movement repeatedly leave out.
Your Pain System Is Adaptive — and That Changes Everything
If you take one thing from this article, let it be this: that neurologic signaling system is adaptive.
Your whole body is adaptive. Lift weights and your muscles get stronger. Move to high altitude and your body makes more red blood cells. Spend time in the sun and your skin produces more melanin. The neurologic system involved in pain signaling is no different — it adapts too.
I was a volleyball player (a long time ago now), and I sprained my ankles more times than I can count. Each time, my pain system adapted to protect me: pain got sharper, the ankle got sensitive, muscles tightened, movement changed — on purpose, to get my attention and slow me down while healing happened. And in most cases, as the injury healed, the system quieted back down. The volume dial got turned back down. That's how it's supposed to work.
But here's the critical part: the sensitivity of the pain system doesn't always follow injury status. Injury is one influence — it's not the only one. These adaptations can happen with or without an active injury, turning up the volume on your pain and amplifying ordinary signals.
This is why:
- The same walk can feel fine one day and unbearable the next
- Symptoms can flare even when you feel emotionally calm
- Symptoms can be delayed — appearing hours or even a day later
- Light touch, clothing, temperature changes, or small movements can produce responses that feel completely out of proportion
- Symptoms can spread, shift, or show up in new areas
- You may feel burning, buzzing, creepy-crawlies, heaviness, or even swelling with no clear cause
- Muscles stay stiff and tight no matter how much you stretch, roll, or release
- Pain can persist long after an injury has healed
It's not because your body is indefinitely broken. And it's not because of your conscious thoughts or fears — though those play a role. It's because the system that detects, transmits, filters, and processes information has adapted to become more sensitive — almost like a super-detector, where ordinary inputs generate unusually large responses.
This is the distinction both the structural camp and the mind-body camp repeatedly miss. I call it neurologic sensitivity.
Neurologic Sensitivity Is a Spectrum — Not a Diagnosis
Neurologic sensitivity isn't something you either have or don't have. It's not a label. Everyone's system can adapt, and the degree of sensitivity exists on a spectrum that can move in both directions — it can become more protective, and it can normalize.
People ask me all the time how this applies to specific diagnoses — fibromyalgia, chronic back pain, CRPS. It does. But it's also why your diagnosis alone doesn't tell the whole story. Two people with the same diagnosis, the same MRI, even the same surgery can have completely different experiences — because they're at completely different points on the spectrum. And both can improve with an approach that targets neurologic sensitivity.
Why Nothing Has Worked (It's Not Because You Failed)
This overlooked neurologic piece may explain why other approaches help somewhat but fail to create lasting change:
- Medications and modalities — nerve blocks, injections, TENS units — can reduce pain intensity, which is great. But they don't address the underlying causes of those symptoms.
- Physical approaches — PT, chiropractic, surgery, bracing — address strength, alignment, and range of motion, which all matter eventually. But it's difficult to make meaningful progress until neurologic sensitivity comes down first.
- Cognitive and nervous system regulation approaches may keep pain from escalating and help you cope. But neither directly addresses the neurologic sensitivity itself.
These approaches aren't wrong, bad, or ineffective. They've been asked to solve more than they were capable of solving. So if those are the tools you've been offered and something still feels like it's missing — it's very likely that neurologic sensitivity has been overlooked and unaddressed.
Feeling like this describes you? If you're ready to stop guessing and start addressing the neurologic piece directly, apply for the Uprising Complex Pain Academy — I personally review every application.
The 3 Things Chronic Pain Recovery Actually Requires
Pain is complex — but that doesn't mean you're a unicorn no one can help. Your experience is absolutely individual, but there are many others with different versions of the same underlying patterns. You're unique — but not alone in that uniqueness.
The solution can't be built around one isolated explanation or one favorite technique. Tissues matter. Thoughts, emotions, and stress matter. Sensory processing and neurologic sensitivity matter. The goal isn't to pick the correct camp — it's to understand how the pieces interact and determine what your system needs now.
In my experience, a complete recovery process must accomplish three major jobs:
Job 1: Improve the quality of information moving through the system
When the system is highly sensitive, signals become noisy, unclear, or disproportionately important. Recovery involves helping the system detect and process information with greater clarity — through pain neuroscience education, sensory discrimination drills, laterality work, motor imagery, mirror therapy, or carefully selected neurodynamic techniques.
These aren't random brain games or relaxation techniques. They work with how information is detected, transmitted, mapped, and interpreted. The goal isn't to distract you or brainwash you into not feeling pain — it's to improve the quality of communication in the system, so you feel pain when pain is necessary, not as a disproportionate response to ordinary signals.
Job 2: Change the protective response without overwhelming it
A highly protective system doesn't respond well to being ignored, forced, or flooded — but permanent avoidance doesn't restore adaptability either. This job is about providing enough challenge for the system to adapt without repeatedly provoking large protective responses: pacing strategies adapted for hypersensitivity (what I call push to it, not through it), preventing big pain spikes, managing a flare the moment it starts, and understanding the cumulative factors that influence your system.
Job 3: Rebuild physical capacity at the right time and intensity
Then — at the right time and intensity — we strategically rebuild strength, mobility, balance, coordination, and endurance, introduced in a way your current system can tolerate. The goal isn't to reinvent physical therapy. It's to view it through the lens of this more complex picture, not just a body-first lens.
Why Sequence Matters: The 5 Phases
Here's where things go wrong: people try to do everything at once. The pain system reacts, and you can't tell what's helping and what needs tweaking. Without structure and sequencing, you're back to throwing spaghetti at the wall — which backfires into more defeat and more hopelessness.
That's why, after years of testing and refinement, I've organized this work into five progressive phases:
- Decode — Understand what's happening in your system, neurologically, so you have an accurate model to build your plan around
- Stabilize — Set the foundation: create the physiologic conditions where your system can actually change
- Expand — Grow your activity tolerance: learn how to do more without repeatedly provoking pain responses
- Normalize — Strategically layer in the neurologic techniques that address sensitivity, sensory processing, nerve responsiveness, and automatic protective patterns
- Rebuild — Rebuild physical strength, mobility, and endurance safely — once sensitivity is reduced and your body is ready
Each phase builds on the last, and the process adapts to you — because no one enters at the same point, responds at the same speed, or needs the same intensity.
This is not a one-size-fits-all protocol, and I'm not handing you a generic list of exercises to blindly follow. Frankly, that kind of prescriptive model often holds people back — because no one can feel what you feel. You are the expert in your own body. Not your doctors, not your therapists, not your PT — and not me. What you need are the principles and the decision-making framework to adjust your plan, navigate setbacks, and keep moving forward with confidence, without relying on someone else at every turn.
Ready to Lead Your Own Recovery?
The moment you embrace the complexity and recognize the messy neurologic middle, you stop cobbling together disconnected tools and depending on the next expert, appointment, or quick fix — and start moving forward with clarity, structure, and direction as an informed leader in your own recovery.
Building that independence requires a strategic, customized approach — the right tools, in the right sequence, adapted to your current capacity. That kind of work doesn't happen through generic protocols or unrealistic self-care routines.
If you're ready to create lasting change — less pain, greater function, more independence — without the overwhelm and guesswork, the next step is to submit your application for the Uprising Complex Pain Academy.
I personally review every application, because not everyone who applies is a fit. But if I believe this approach is aligned with what you need, I'll send you all the details and your next steps.
Apply to the Uprising Complex Pain Academy →
