Muscle Tension and Myofascial Pain

Muscle Tension Isn't Just About Tight Muscles

If muscle tension were actually just about tight muscles, stretching would fix it. Massage would fix it. Yoga would fix it. For the patients we see, those things often help for about forty-five minutes — before the tension settles right back into the same spots it's been living in for years.

That's because chronic muscle tension isn't a stretching problem. It's a signaling problem. Muscles don't hold tension because they've "forgotten how to relax" — they hold tension because the nervous system is actively telling them to hold. Something upstream of the muscle is driving the signal: an old injury the body is still guarding against, a posture the muscle is trying to support, unprocessed stress the body is bracing through, a dysfunctional movement pattern that requires compensation, or a metabolic environment the tissue can't recover in.

Until you change the input, the tension keeps coming back. Which is what sends so many patients to us after years of soft-tissue work, PT, chiropractic, and massage that felt good in the moment but never stuck.

What Myofascial Trigger Points Actually Are

The muscle pain research that made trigger points clinically legitimate was done by Janet Travell (President Kennedy's White House physician) and David Simons starting in the 1960s. Their work, and the decades of subsequent research, established that hyperirritable spots within taut bands of muscle — what they called myofascial trigger points — create two kinds of pain: local tenderness at the spot itself, and referred pain in predictable, reproducible patterns elsewhere in the body.

The referred pain patterns are the part that matters clinically. A trigger point in the upper trapezius can refer pain up into the temple and behind the eye — and the patient complains of headache, not shoulder pain. A trigger point in the gluteus minimus can refer pain down the back of the leg — and the patient gets diagnosed with sciatica. A trigger point in the infraspinatus can refer pain to the front of the shoulder — and the patient gets diagnosed with rotator cuff tendinopathy or bicipital tendinitis. The trigger point itself is often silent until palpated. The referral is what the patient feels.

We routinely see chronic pain that's been diagnosed as nerve pain, disc pain, tendon pain, or joint pain turn out to be referred pain from trigger points in the surrounding or connected muscles. When imaging comes back normal but the pain is real, trigger points are often the answer. When imaging shows something (like mild disc bulging) but the surgery or injection doesn't resolve the pain, the structural finding often wasn't the actual pain generator — trigger points were.

Biochemically, active trigger points show elevated levels of inflammatory substances (substance P, CGRP, bradykinin, serotonin), reduced pH, and altered electrical activity at the motor endplate (Shah et al., 2008). The "energy crisis" hypothesis — developed by Simons and supported by subsequent research — proposes that sustained muscle contraction creates local ischemia and ATP depletion, which prevents the muscle from relaxing, which sustains the contraction, which maintains the ischemia. The trigger point becomes self-perpetuating until something interrupts the cycle.

Where Chronic Muscle Tension Actually Comes From

Sustained postures. Desk work with forward head posture, looking down at phones, driving long distances. Muscles that are supposed to work intermittently get held in sustained low-grade contraction for hours. This is the setup for upper trap, levator scapulae, suboccipital, and pec minor trigger points — the neck and shoulder pattern that walks into our clinic constantly.

Repetitive motion and asymmetric loading. Always carrying your bag on the same shoulder, sitting cross-legged with the same leg on top, sleeping on the same side, a sport with a dominant side (tennis, golf, swimming). The muscles that bear the repeated load develop trigger points over time.

Acute trauma that didn't fully resolve. A whiplash from five years ago, a fall in your twenties, a surgery with prolonged immobilization. The muscles that guarded during and after the injury sometimes don't stop guarding, even when the original injury has healed. The pattern becomes the new resting state.

Sustained stress and emotional holding. Chronic sympathetic activation raises muscle tone across the body — jaw, shoulders, paraspinals, pelvic floor. Patients who've been in prolonged stress, grief, or anxiety often develop a tension pattern that persists even after the acute stressor resolves because the body has learned that bracing is the default.

Sleep disruption. Muscle repair and recovery happen during deep sleep. Patients with fragmented sleep, insomnia, or untreated sleep apnea accumulate muscle damage faster than they repair it. The tension builds. Addressing the tension without addressing the sleep usually fails.

Nutrient deficiencies that affect muscle function. Magnesium directly affects muscle relaxation at the cellular level — even mild insufficiency contributes to cramping and tension. Low vitamin D is associated with myofascial pain. Iron deficiency and B vitamin deficiencies impair muscle energy metabolism. Low-level deficiencies that don't show up on standard labs can still drive significant tension patterns.

Systemic conditions that present with muscle tension. Hypothyroidism can present as diffuse muscle tension, stiffness, and cramping. Estrogen changes in perimenopause and menopause affect muscle and connective tissue behavior. Metabolic dysfunction lowers the threshold for muscle pain.

Chronic pain creating central sensitization. When pain has been present for months or years, the nervous system itself becomes hypersensitive. Nociceptive thresholds drop. The amount of tension required to produce pain decreases. At that point, treatment has to address not just the peripheral trigger points but the central pain processing as well.

Where TCM Comes In

Chinese medicine has worked with muscle tension, knots, and referred pain patterns for over two thousand years — long before Travell and Simons documented trigger points in the Western medical literature. The sinew channels (jingjin) described in classical acupuncture texts correspond closely to modern fascial planes and referred pain patterns. The ashi points (literally "that's it" points — tender spots the patient identifies) correspond to active trigger points.

Qi and Blood Stagnation in the Channel — a core underlying pattern in myofascial pain. Local pain, typically described as heavy, achy, or sharp, worse with palpation or sustained posture, better with movement. This is the TCM description of what modern medicine calls a trigger point with referred pain.

Liver Qi Stagnation — tension that clearly worsens with emotional stress, often with a pattern that includes jaw tension, shoulder and neck tightness, sighing, chest tightness, and digestive symptoms. The "stress shoulders" picture. Addressing this pattern requires regulating Liver qi alongside releasing the local tissue.

Spleen Qi Deficiency with Damp — heavy, tired, achy muscle tension with poor energy, fogginess, weak digestion. Corresponds to the metabolic and nutrient-depletion picture where the muscle simply doesn't have the energy resources to maintain normal tone.

Cold in the Channels — tension that worsens with cold weather, better with heat and movement. Corresponds to patterns where circulation is impaired and the muscle chronically lacks adequate blood flow.

Blood Deficiency — chronic muscle tension with easy fatigue, poor recovery, dryness, light sleep. Corresponds to patterns where the muscle tissue itself is undernourished and can't maintain normal function.

The TCM pattern determines whether treatment needs to move stagnation locally, regulate the Liver, nourish the Spleen or Blood, warm the channels, or address constitutional deficiencies — which shapes the herbal approach, the point selection beyond the local trigger points, and the lifestyle recommendations.

How We Treat Muscle Tension and Myofascial Pain at GoodMedizen

At GoodMedizen, we treat musculoskeletal conditions using our proprietary system — Tissue Response Assessment and Corrective Strategy, or TRACS. This approach integrates the needling of myofascial trigger points with careful attention to timing, sequence, and related structures to create a comprehensive treatment protocol that delivers more effective and longer-lasting results than standard acupuncture protocols alone.

Myofascial pain is the condition TRACS was built for. Standard acupuncture protocols treat pain by needling local points in a standardized way. TRACS works differently: we assess which muscles along the relevant chain are actively driving the pattern, which trigger points are primary and which are satellite reactions, and what sequence of needling produces the deepest and most lasting release. The result is that one session of TRACS often changes patterns that months of generic needling didn't touch.

Alongside TRACS, we use:

Traditional acupuncture for systemic pattern regulation — treating the Liver qi, Spleen, or Blood deficiency patterns that underlie the local tension — and for pain modulation through distal points and central nervous system effects.

Electroacupuncture is one of our strongest tools for stubborn trigger points. Low-frequency current delivered through needles placed in and around an active trigger point rapidly deactivates the contracted fibers and restores normal muscle length. For chronic tension patterns that haven't responded to manual techniques, electroacupuncture often produces breakthrough results.

Point Injection Therapy (PIT) is particularly effective for myofascial pain because it combines trigger point needling with the additional effect of the injected compound. Our injectable toolkit includes:

• Procaine and Lidocaine — the original trigger point injection compounds (Travell used procaine in the 1960s); they deactivate the contracted fibers and restore nerve membrane function
• Spascupreel — homeopathic compound specifically designed for muscle spasm and cramping; particularly useful for chronic tension patterns
• Homeopathic Traumeel — botanical anti-inflammatory where local inflammation is part of the picture; comparable effectiveness to NSAIDs with significantly better safety (Schneider, 2011)
• Methylcobalamin and Hydroxocobalamin (B12) — for nerve involvement and myelin support, particularly in chronic patterns
• Sarapin — FDA-approved botanical compound with a 70+ year history in pain medicine
• Homeopathic Zeel — tissue support and regeneration for chronic patterns with associated degenerative changes

Peptide therapy where chronic muscle pain has associated tissue damage or slow-healing injury underneath. BPC-157 and TB-500 support the repair of damaged muscle and surrounding connective tissue.

Cupping and gua sha are core tools for myofascial work. Cupping decompresses tissue, improves circulation to areas of chronic tension, and releases fascial restrictions. Gua sha breaks up adhesions and stimulates blood flow to undernourished tissue. These techniques have been used in Chinese medicine for centuries and now have research support for their effects on local circulation and tissue mechanics.

Moxibustion for cold-pattern presentations and areas where warming the tissue moves stagnation and reduces pain.

Chinese herbal medicine tailored to the TCM pattern. Formulas that move blood and relieve stagnation for acute presentations, regulate Liver qi for stress-driven patterns, tonify Spleen qi for deficiency presentations, nourish Blood for chronic deficient patterns, and warm channels for cold presentations.

Functional movement assessment. We look at the posture, movement patterns, and loading habits driving the chronic tension. Ergonomic changes, specific strengthening of weak links, and movement retraining are often essential for preventing the tension from returning after release.

Functional medicine. For patients with persistent or diffuse tension, we assess thyroid function, vitamin D, magnesium status, iron, B vitamins, and where relevant, hormonal and metabolic markers. Addressing the systemic factors that lower the threshold for muscle tension is often essential for long-term resolution.

Nervous system regulation. For stress-driven tension patterns, interventions that address autonomic balance — breathing practices, vagal toning, specific acupuncture points for nervous system regulation — are often as important as the local tissue work. Tension held by a chronically activated sympathetic nervous system will re-establish itself if the nervous system pattern doesn't shift.

Lifestyle integration. Sleep optimization (muscle can't repair without it), targeted mobility work, strength where weakness is driving compensation, stress regulation practices, and nutrition. The tissue stays calm when the inputs stay calm.

When to Consider Us

• You've tried massage, stretching, and chiropractic and the same tension keeps returning
• You have chronic pain that imaging hasn't explained
• You've been diagnosed with something specific (sciatica, rotator cuff issue, tension headache) but interventions targeting that diagnosis haven't worked
• Your pain clearly flares with stress
• You have widespread muscle tension and aching
• You have tension headaches originating from neck and shoulder tightness
• You've been told "it's just muscle tension, there's nothing we can do"
• You want to understand why this pattern keeps coming back and interrupt it

Selected References

• Travell, J. G., Simons, D. G. (1999). Myofascial Pain and Dysfunction: The Trigger Point Manual, 2nd ed. Williams & Wilkins.
• Shah, J. P., et al. (2008). Biochemicals associated with pain and inflammation are elevated in sites near to and remote from active myofascial trigger points. Arch Phys Med Rehabil, 89(1), 16–23.
• Dommerholt, J., et al. (2011). Myofascial trigger points: pathophysiology and evidence-informed diagnosis and management. Jones & Bartlett.
• Cummings, T. M., White, A. R. (2001). Needling therapies in the management of myofascial trigger point pain: a systematic review. Arch Phys Med Rehabil, 82(7), 986–992.
• Schneider, C. (2011). Traumeel: An emerging option to NSAIDs in acute musculoskeletal injuries. Int J Gen Med, 4, 225–234.
• Ge, H. Y., et al. (2011). Myofascial trigger points: spontaneous electrical activity and its consequences for pain induction and propagation. Chin Med, 6, 13.