By: Kili Preitauer, CEO of Override
Have you ever had a doctor tell you your scans are clear?
That everything looks normal?
That they can’t find the cause of your pain?
And yet… you’re still in pain.
For many people, hearing “you’re fine” doesn’t feel reassuring. It feels dismissive. It can make you question yourself, your body, and whether anyone is really listening.
Let’s start here:
Your pain is real.
You’re not imagining it. You’re not exaggerating it. And you’re certainly not alone.
So, Why Does This Happen?
Our healthcare system is very good at finding structural problems, things like tears, fractures, or inflammation, you can see on a scan.
But pain is more complex than that.
Sometimes, even after the body has healed, the pain doesn’t go away.
A Different Way to Understand Pain
Think of your nervous system like a security guard whose job is to keep you safe.
When everything is working well, the guard only reacts to real danger. But after an injury or a long period of pain, that system can become overprotective.
It may start reacting to normal movement or everyday activity as if something is wrong. It may sound the alarm even when there’s no longer a real threat.
The system isn’t broken.
It’s trying a little too hard to protect you.
Pain Can Be Learned
Here’s something most people are never told:
Pain isn’t just a signal from the body. It’s also something the brain can learn.
Your brain is constantly adapting. This ability is called neuroplasticity, it allows you to learn new skills, build habits, and form patterns.
But it also means your brain can learn pain.
The more those pain signals fire, the more the brain reinforces them.
Neurons that fire together, wire together.
Over time, your nervous system can become more sensitive, making pain show up faster, stronger, and more often, even when the original injury has healed.
What the Science Shows
Researchers have studied this by following people with back pain over time.
At the beginning, patients looked very similar, same level of pain, similar injuries, similar experiences.
But over time, about half of them recovered, while the other half developed long-term pain.
The difference wasn’t just in their bodies.
It was in their brains.
Two areas became more strongly connected in people who developed chronic pain:
- The medial prefrontal cortex, which helps with meaning, emotions, and how we interpret experiences
- The nucleus accumbens, which is involved in motivation, reward, and how we respond to threat
This increased communication between these regions could actually predict who would still be in pain later.
In other words, for some people, the brain had started to reinforce the pain experience, even after the body had healed.
So What Does This Mean for You?
If you’ve been told “everything looks fine,” but you’re still in pain, it doesn’t mean it’s all in your head.
It may mean that your nervous system is still on high alert.
Your body may have healed, but your brain is still working overtime to protect you.
And that’s something that can be addressed.
Why Traditional Approaches Don’t Always Work
Treatments like medications, injections, or adjustments can be helpful, especially early on.
But if the nervous system has become sensitized, those approaches alone may not fully resolve the problem.
Because at that point, the pain isn’t just about the body anymore.
It’s about how the brain and nervous system are processing signals.
A More Complete Approach to Pain
At Override, we believe in treating both the body and the nervous system.
We work with patients to:
- Calm an overactive nervous system
- Retrain how the brain interprets signals
- Gradually rebuild trust in movement and activity
- Address the physical and functional aspects of pain
Because lasting relief doesn’t come from addressing just one piece of the puzzle.
You’re Not Alone
If you’ve felt dismissed, frustrated, or stuck, you’re not alone. We’ve worked with thousands of patients who have heard the same thing: “You’re fine,” while still living with daily pain.
We hear you.
We believe you.
And there is a path forward.
