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Trigger Point Therapy
Muscle Reset TechniqueSustained pressure on tight muscle knots that helps the nervous system recalibrate. A lot of what I do is built on trigger point principles.
What it is
I apply a lot of trigger point principles in what I do. Here's why I think it works: a tight muscle has often gone rogue. The nervous system has lost touch with it — it's stuck in contraction and the brain doesn't even know it's happening anymore. Sustained pressure does something interesting. First, it physically pushes out metabolic waste — the byproducts that accumulate when a muscle stays contracted too long. When you release the pressure, fresh blood rushes in, which is both helpful and relaxing for the muscle.
How I use it
But the bigger effect is neurological. The proprioceptors and mechanoreceptors in the tissue are suddenly getting a big signal from the pressure. The nervous system notices. It's like the muscle is finally sending a clear message: "Hey, I'm here, and I'm way too tight." And the nervous system realizes, "Oh — I guess you don't need to be THAT tight. After all, you're just lying here." It recalibrates. The muscle relaxes. That's why trigger point work can produce immediate changes that stretching can't.
Why Trigger Points Form
A trigger point is essentially a small area of muscle that's stuck in contraction. The muscle fibers locked down — maybe from overuse, maybe from compensation, maybe from an old injury — and they never let go. Over time, metabolic waste accumulates in that spot because the constant contraction restricts blood flow. The area becomes tender, tight, and often sends pain to other parts of the body (referred pain).
What the Pressure Actually Does
When I apply sustained pressure to a trigger point, two things happen. Mechanically, the pressure pushes out the accumulated metabolic waste. When I release, fresh blood floods in — oxygen, nutrients, everything the tissue has been starved of. The muscle finally has what it needs to relax. But the more important effect is neurological. The sustained pressure creates a strong signal through the proprioceptors and mechanoreceptors in the muscle. These receptors communicate with the nervous system about muscle length, tension, and position. The pressure essentially overwhelms the faulty signal the muscle has been sending and forces the nervous system to pay attention. The brain gets a clear update on what the muscle is actually doing and recalibrates accordingly. The muscle lets go.
How I Use This in Practice
Trigger point principles are woven into almost everything I do. When I'm doing deep myofascial release on the psoas or working on the scalenes after whiplash, I'm applying sustained pressure to areas that have gone rogue. The combination of flushing metabolic waste, restoring blood flow, and forcing the nervous system to recalibrate is what creates the immediate relief patients feel. It's not one technique I pull out for special occasions — it's a foundational principle of how I treat muscle dysfunction.
What It Feels Like
You'll feel the pressure — it's firm and sustained. There's usually a moment of "that's the spot" discomfort, followed by a noticeable release as the muscle lets go. Some trigger points take 30 seconds, some take a few minutes. The relief afterward is often immediate and dramatic — especially for referred pain patterns where the trigger point has been sending pain signals to a completely different area.
How this fits into Muscle Reset Technique
Trigger Point Therapy is one of the tools I use as part of my Muscle Reset approach. No single technique works in isolation — I combine multiple methods based on what your muscle testing reveals.
Common questions
Why does pressing on one spot fix pain somewhere else?
Referred pain. Trigger points send pain signals along predictable pathways. A trigger point in your upper trap can cause headaches. Release the trigger point, and the referred pain stops.
How does this help the nervous system recalibrate?
The sustained pressure creates a strong signal through the proprioceptors in the muscle. The nervous system gets forced to pay attention to what that muscle is actually doing, realizes it doesn't need to be that tight, and lets it relax.
Is it painful?
There's a "that's the spot" discomfort, but it shouldn't be sharp or unbearable. Most people describe it as a satisfying pressure. The release afterward feels great.
How is this different from just getting a deep tissue massage?
Deep tissue massage uses broad pressure across large areas. Trigger point work is specific — sustained pressure on a single point until the nervous system recalibrates and the muscle releases. Much more targeted.
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