Neuro Muscle Works

06/01/2026

Did you know your nerves have nerves? ⚡️
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They’re called nervi nervorum (tiny nerves that help support and monitor larger nerves)
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Nerves also have their own blood supply 🩸
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This is important because slow blood flow means slow healing, and no blood flow means no healing ❤️‍🩹
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When people hear the word neuropathy, they often think of diabetes 💉
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While diabetes and chemotherapy can absolutely contribute to neuropathy, not all neuropathy is systemic 👨‍⚖️
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Some neuropathies are mechanical 👷🏽
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A great example is , where the tibial nerve becomes irritated or compressed as it passes through the inside of the ankle 🗜️
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In these cases, the issue may be influenced by posture, gait mechanics, joint position, muscle tension, or structural stress 😭
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At Neuro Muscle Works, we use the Hypertonic Anatomy Model (HAM) to identify predictable patterns of muscle guarding and movement dysfunction 🌐
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While there is no universal study supporting the exact patterns we observe, years of hands-on assessment have revealed consistent relationships involving the tibial and fibular nerve systems ⚖️
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Our goal is simple:

Find the source
Assess the pattern
Restore movement
Reduce unnecessary stress on the nervous system
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Whether neuropathy is systemic or mechanical, understanding the difference is often the first step toward finding the right solution.
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04/18/2026

We often think about pain only in terms of joints or muscles, but there are also key transition zones in the body that sometimes grab patients and clinician’s attention 🚨
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We think of these as functional diaphragms 🧱
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These are areas like the thoracic outlet, the respiratory diaphragm, the pelvic diaphragm, the femoral triangle, and the popliteal fossa 📝
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They are regions where movement, pressure, blood flow, lymph flow, nerve flow, and tissue tension all have to coexist well ⛓️
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The problem is that posture influences all of them 🧘‍♀️
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Long hours at a desk, driving, guarding after stress, training hard without enough recovery, and even the way we sleep can all change the pressure around these spaces ⛓️‍💥
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Over time, tissues can become more hypertonic, less adaptive, and less fluid ⛲️
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When that happens, flow slows down 🚰
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Blood does not move as efficiently 💉
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Lymph does not drain as well ♻️
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The body starts to feel heavier, stiffer, more irritated, and sometimes more tender than it should 💊
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That stagnation over time becomes a problem that can grow 📈
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Stagnation can lead to more discomfort, more sensitivity, more protective tone, and more compensation 🥴
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In other words, the body begins to protect itself more, but that protection can eventually become part of the problem 🌐
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This is why we pay attention to these zones 🧩
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Not only to chase pain, but to improve the space where things need to move 💆🏻
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Sometimes that means hands on work 🙌
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Sometimes it means better breathing 😮‍💨
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Sometimes it means changing how you sleep, how you sit, how often you move, or how much tension you carry without realizing it 🎒
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The goal is simple 🥅
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Improve the body’s ability to flow, adapt, and recover 🔄
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Less stagnation
Better drainage
Better movement
Better output
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Protection precedes pain 🗣️
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So if we can understand what the body is protecting, we can often understand why it hurts 🙉
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neuromuscleworks

04/06/2026

Facet joints are the small joints between each vertebra that help guide movement through the spine 🩻
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They are not all oriented the same 🔄
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The cervical and thoracic regions allow more rotation, while the lumbar spine is built much more for flexion and extension and much less for twisting 🌪️
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When rotation keeps getting forced into an area that is not designed for it, irritation can build 🎚️🔈🔉🔊
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Add in one-sided hypertonicity and the problem gets even louder 📢
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When one side is holding more neural-tone than the other, the spine can start to rotate, compress, and load unevenly 🎭
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Over time, that can create irritation around the facet joints and the tissues that support them 😡
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Within the , we can look at the way hypertonic muscles can distort movement before pain shows up clearly on imaging 🔮
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A muscle can look strong on the surface but still be holding excessive tone and changing how the spine moves 🫥
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That altered tension can keep feeding asymmetry, especially with rotation-based sports and repetitive movement ⛳️
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Pain is not always just about damage, as we’ve seen with spine surgeries list 📋
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Sometimes it is about how the body is being pulled, compressed, and guided through motion 🧑‍🦯
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If one side is more hypertonic than the other, the facet joints may be dealing with the consequence 💫
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04/02/2026

04/01/2026

A repair addressed the damage 🩼🤕
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But if we don’t deal with the underlying imbalances and inhibitions that caused that wear and tear, the cycle could repeat 🔁
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Tackling those patterns is the first step, but ongoing prevention is key 🔑
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Now that he’s post-surgery and feeling better, we’re making sure those biomechanical imbalances don’t come back because fixing the root cause is the real win for long-term performance 💪
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02/23/2026

aren’t “just muscle tightness” 🍖
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A big player is the -> a thin, fibrous “sleeve” that covers nearly every bone in your body (except where joints are capped with cartilage)
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It’s packed with nerves and blood vessels, which is why irritation there can feel sharp, tender, and stubborn 😖
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When the tibia absorbs repeated impact from running, jumping, long hours on hard floors, or even certain shoes that change your mechanics; the periosteum can get stressed 😰
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Add in poor load-sharing (common imbalances between tibialis anterior/posterior, calves, foot stabilizers), and you can create more pull and shear on the tissues attached to the tibia 🫨
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That’s when the periosteum gets irritated… and your shin lets you know 🚨
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The goal isn’t just to “stretch it out.” It’s to improve load distribution, calm the tissue, and restore how the lower leg is managing force so the tibia isn’t taking the hit alone 🤺
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02/18/2026

When pressure shifts, a lot of people feel it as this vague, global heaviness 🌐
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Not one sharp 💥
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More like the whole system got loud 📣
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The storm often reveals what your body was already compensating 🫣
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One helpful lens is mechanoreception 🦿
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Your body relies on constant input from tissues, joints, and fascia to know where it is in space ⚖️
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When the input gets noisy, your brain does what it’s built to do:
it tightens the rules
it guards
it asks for safety
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So instead of guessing, test 🤺
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Try these three quick checks on a “weather day”
Breathing.
Can you get true rib expansion
Balance.
Can you own a single leg stance without gripping
Rotation.
Can your thorax glide without yanking from your neck or low back
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If the signal is messy, don’t fight the forecast ⛈️
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Clear the signal:
Nasal breathing
Spinal segmentation (cat cow)
pumps (ankle pumps)
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If you find that the weather always “finds” your weak link, that’s not just to rain on your parade…
That’s data 📊
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And it gives us a starting point 🎬
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If you want help finding your pattern and restoring the glide, book your appointment and we can tell you what I look for first 🕵️‍♀️

02/14/2026

Scars don’t just “heal”, they leave instructions. In the HAM framework, old tissue stress can keep the nervous system guarding, creating predictable compensation patterns until you restore safety and motion.

02/07/2026

Post-Surgical Scars don’t just leave a mark on your skin, they can leave a long-term protective output in your nervous system ⚡️
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Whether the scar came from a surgery (intentional) or an accident (unplanned), the body often adapts around that event 💥
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Even after the tissue heals, the nervous system can keep protecting the area by changing how you move, how you load, and which muscles it trusts 🤝
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That’s where compensations show up:
• stiffness that never fully resolves
• a muscle that “won’t turn on”
• mobility restrictions that keep coming back
• pain that appears years later and feels unrelated
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Here’s the big point: the goal isn’t to “get rid of your scar” like some people claim to do
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The real win is restoring function 💪
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Through the Hypertonic Anatomy Model, we focus on resetting neurological inhibition patterns that scars can enhance, and the connective tissue restrictions that often tag along with them 🚫
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A scar over a muscle doesn’t automatically mean that muscle will underperform
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HAM has shown plenty of case studies where a scarred muscle tests strong… while the opposite side (with no scar) underperforms because it follows the repeatable inhibition pattern 🤯
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That’s why we don’t guess, we assess
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We compare left vs right
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We follow the pattern
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We restore the system
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If you have an old scar and you still feel “off,” it’s not in your head 🫨
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It’s in the way your nervous system is protecting you
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