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Why You Feel "Stuck": The Hidden Reflexes Controlling Your Pain and Stress

Updated: 5 days ago


By Joana Talafré | 2-minute read

You know the feeling. The shoulders creep up. The breath catches. The jaw clenches. The back braces.  and what about when you abruptly yell at your kids, even though you "know" it won't help a bit? What about when invasive thoughts come back and you find yourself rehashing a months-old discussion at 11pm in your bathroom?


You didn't decide to do any of it. It just… happened.

That's not a personality flaw. That's a reflex. And it's running the show way more than you think.

Your Brain's Shortcut Is Keeping You Stuck

Reflexes are your nervous system's emergency protocols. They're designed to keep you alive: fast. No thinking required. The amygdala (your brain's threat detector) can trigger a defensive response in milliseconds, long before your conscious mind catches up.


If bracing worked once: if holding your breath got you through a stressful moment, if tightening your shoulders helped you power through: your brain files it away. This worked. Let's do it again.

The trouble? Your nervous system doesn't know the difference between a life-threatening situation and a packed inbox. A frown on a loved one's face. A change of plans. Traffic. It all gets treated the same way: brace, just in case.


And then you get stuck. In the same pattern. In the same pain. In the same loop.

Shoulder and neck showing muscle tension from stress reflexes and chronic pain response

The Science: Why Reflexes Persist Long After the Threat Is Gone

Protective reflexes are not “bad.” They’re fast, automatic safety programs driven by threat-detection networks that include the amygdala, brainstem circuits, and wider salience systems. When the brain detects potential danger, it can shift your body into defense in milliseconds—before you’ve had time to think—by increasing muscle tone, narrowing attention, changing breathing patterns, and prepping you to freeze/fight/flight.


Here’s the catch: the brain doesn’t just react to what’s happening. It continuously predicts what might happen. In neuroscience this is often described as predictive processing (or predictive coding): your brain builds internal models from past experience, then uses them to forecast sensation and choose a “best guess” output.


So if pain, stress, or injury happened before, your nervous system may keep running a protective output (bracing, holding breath, guarding) even after tissue healing. In chronic pain, this can look like the alarm system staying sensitive, not because your body is “broken,” but because threat circuits have learned to play it safe.


When the system is stuck in protection, it often runs in a “high gain” mode: more vigilance, more muscle tension, more sensitivity, less flexibility. That’s why you can feel jumpy, tight, fatigued, and emotionally on edge—your brain is prioritizing safety over efficiency.



The Moment Everything Changes

I worked with someone recently whose back would seize up every time stress increased. Not major stress. Just daily life. Emails. Noise. A change of plans.

The back would lock before the mind caught up.

Instead of stretching the back or trying to "release" it, we slowed everything down. We didn't even start with the back.

We moved the ankle. Barely. Shifted a little weight through the heel. Noticed how the ribs moved during a soft exhale. Watched for the exact moment the breath paused.

And there it was.

That tiny, almost imperceptible decision the nervous system makes: Brace… just in case.

When you can feel that moment, something changes in your brain. You're no longer just reacting. You're observing. And observation interrupts the reflex loop.

The Side-Door Approach: Small Movements, Big Shifts

If the brain is running predictive processing, then pain and bracing can become a prediction-driven default: “This movement is risky—tighten up.” That’s the protective output.

What helps the brain change isn’t forcing through it. It’s giving the nervous system small, tolerable variations (novelty) that are safe enough to stay regulated, but different enough to create new information. In learning terms, you’re providing a better prediction error signal: “Oh… that was easier than expected.”


Those micro-variations—done slowly, with attention—are exactly what drive neuroplasticity: the brain updates its internal model when the outcome is consistently safer than predicted. Over time, the system can shift from high gain (bracing, guarding, hypersensitivity) toward integrated, efficient, functional movement.


That’s why we don’t always go straight to the “problem area.” If your back is locked, we might start with your feet. If your shoulders are braced, we might explore your breath. If your jaw is clenched, we might notice your ribs.


We’re not “tricking” you—we’re helping your brain gather evidence that it can move without danger.

Neural pathways in the brain showing connections that update reflexes and retrain pain responses

From Bracing to Noticing: Retraining the Loop

The key is learning to catch the reflex before it fully fires. That means slowing down enough to notice:

  • Where does the tension start first?

  • What's the very first sensation before the brace?

  • Can you feel the moment your breath pauses?

  • What happens if you reduce the effort by just 10%?

This isn't about "fixing" anything. It's about updating the brain's prediction model so it stops defaulting to protection mode.


Over time, your nervous system learns: I don't need to brace here. I'm safe.

What This Looks Like in Real Life

Imagine waking up without bracing. Moving through your day with ease, without anticipating pain. Feeling stress and emotions rise and fall without your body locking down.

That's not wishful thinking. That's what happens when reflexive protection is updated. When your brain realizes it can turn the volume down.

This is the work of NeuroSomatic Therapy. It's not about willpower or "trying harder." It's about retraining the automatic loops that keep you stuck.

The 4-Step NeuroSomatic Reset

If you're tired of repeating the same pattern, the 4-Step NeuroSomatic Reset is a structured process to retrain those automatic loops:

  1. Attune – Notice what's happening in your body right now.

  2. Allow – Follow the sensation without trying to change it.

  3. Appease – Reduce the effort, let gravity do its thing.

  4. Arise – Let your brain update its predictions.

This process helps your nervous system move from protection mode to possibility.

Ready to stop bracing?

 
 
 

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Montreal, France, online
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