Most patients who come to our Lakewood Ranch clinic describing "a knot in my back" or "a spot that just won't loosen up" are actually describing myofascial pain syndrome. They have usually tried stretching, massage, and anti-inflammatories. Some get temporary relief. But the pain comes back, often in a matter of days, because none of those approaches reached the actual problem.
After 23 years of evaluating these presentations, I can tell you that myofascial pain syndrome is one of the most under-recognized sources of chronic musculoskeletal pain. It is also one of the most treatable, once you understand what is actually happening in the tissue. Our approach to chronic back pain in Lakewood Ranch accounts for myofascial sources from the first visit, because missing them means missing a significant piece of why the pain keeps returning.
What myofascial pain syndrome actually is
The word myofascial combines muscle (myo) and fascia. Fascia is the connective tissue that wraps every muscle, nerve, and organ in your body. When a section of muscle and its surrounding fascia becomes irritated, overloaded, or doesn't recover properly from strain, a specific type of contraction can form: a trigger point.
A trigger point is not a pulled muscle and it is not a standard muscle cramp. It is a taut band within the muscle, a zone where the muscle fibers are stuck in a state of contraction and are not releasing. Under pressure, a true trigger point does something distinctive: it refers pain to a predictable location that is often some distance from the actual point of compression. Press on a trigger point in your upper trapezius and you may feel pain at your temple. Press on one in your gluteus minimus and the pain travels down the outside of your leg in a pattern nearly identical to sciatica.
That referral pattern is what makes myofascial pain syndrome so confusing for patients and, frankly, for providers who are not looking for it. The pain you feel is real and often severe. But the source of that pain is somewhere else entirely.
Active trigger points versus latent trigger points
Not every trigger point behaves the same way. The distinction between active and latent matters a lot for treatment.
An active trigger point is tender when pressed and refers pain spontaneously, meaning you can feel the referral even without direct pressure on the spot. It contributes to your daily pain. It disrupts normal muscle function and often causes local muscle weakness.
A latent trigger point is tender when pressed but does not produce referral pain on its own. It sits dormant until something activates it: a sudden movement, prolonged static posture, stress, or a poor night's sleep. Latent trigger points still restrict range of motion and reduce muscle strength. Many people carry dozens of latent trigger points that were never fully resolved after old injuries.
Why does this matter clinically? Because latent trigger points are easy to miss and easy to reactivate. A patient who feels much better after two weeks of treatment can return with significant pain after one stressful week at a desk. The active trigger points were quieted, but the latent ones remained, and they reactivated under load.
Why trigger point pain travels far from its source
The referral pattern is the feature that most surprises patients. You press on the back of your shoulder and your arm aches. You press on your hip and your calf burns. This feels wrong, but there is a physiological explanation.
The working theory is that trigger points sensitize the spinal cord segments they share with other structures. When a trigger point in the quadratus lumborum (the muscle at the top of your hip) becomes active, it shares segmental innervation with the hip joint, the sacroiliac region, and even parts of the groin. The nervous system, interpreting incoming signals from an irritated muscle, can mismap the source. The brain perceives pain in the referred area, not just at the trigger point itself.
This is also why trigger point referral patterns follow predictable maps. Dr. Janet Travell and Dr. David Simons spent decades documenting these patterns in their landmark work on myofascial pain, and the maps hold up clinically. In our office, we use those referral maps as a diagnostic tool. If your pain follows a known trigger point referral pattern, that tells us exactly where to look for the source.
One patient came to us after three months of lateral leg pain she was told was IT band syndrome. The stretching and foam rolling protocol she had been given made it worse. We found an active trigger point in the gluteus minimus in less than 5 minutes of examination. Two visits of directed manual therapy and Class IV laser to that point, and the leg pain resolved. The IT band was never the problem.
What keeps myofascial pain from going away on its own
Trigger points have a self-perpetuating cycle that explains why they rarely resolve without directed treatment. Understanding this cycle is why "just stretch more" advice often fails.
- Metabolic crisis at the trigger point: The contracted muscle fibers in a trigger point use energy but can't release. This creates a local energy deficit and a buildup of metabolic waste products (substance P, bradykinin, serotonin, histamine). These sensitize local pain receptors and keep the area inflamed.
- Reduced local circulation: The sustained contraction compresses local blood vessels, reducing the fresh blood flow that would normally clear waste products and bring nutrients for recovery.
- Central sensitization: Chronic trigger point activity can sensitize spinal cord pathways, lowering the threshold for pain signals over time. This is one reason long-standing myofascial pain often feels worse, not better, despite no structural worsening.
- Postural compensation: Active trigger points cause the muscle to shorten and weaken. The body compensates by overloading adjacent muscles, which then develop their own trigger points. This satellite trigger point pattern is extremely common in the neck and shoulder region.
The result is a pain cycle that does not break with passive management. This is not a criticism of patients who tried stretching and massage. It is simply that those tools do not address the metabolic and circulatory factors at the trigger point itself.
How Dr. Banman evaluates and treats myofascial pain
Diagnosis starts with mapping. I palpate the affected region systematically, looking for taut bands and testing for referred pain patterns. When pressing on a specific point reproduces or amplifies the pain you have been experiencing elsewhere, that is a positive trigger point finding. The referral pattern tells us which muscle is involved and guides treatment.
We also look at what is sustaining the trigger points: posture, work ergonomics, sleep position, prior injuries, and whether there is a structural problem (disc, joint dysfunction) that is perpetually loading the muscle. Treating trigger points without addressing their drivers is why the pain comes back.
Our treatment approach at the clinic draws on several tools depending on what the exam finds:
- Manual myofascial release: Direct sustained pressure into the trigger point, held until the tissue releases. This is not comfortable, but the release is usually felt within 60-90 seconds. We combine this with passive stretching of the muscle after release to restore normal resting length.
- Class IV laser therapy: Photobiomodulation at the 1064 nm wavelength penetrates deep into the muscle tissue and accelerates cellular energy production (ATP), reduces local inflammation, and improves circulation. This directly addresses the metabolic crisis at the trigger point and speeds tissue recovery. Many patients notice a significant reduction in trigger point tenderness within 24-48 hours of laser treatment.
- Electrical muscle stimulation (EMS): Therapeutic electrical current applied to the affected muscle promotes local circulation and can disrupt the self-sustaining contraction cycle. We use EMS as an adjunct to manual work, particularly for deep muscles that are harder to reach with direct pressure.
- Chiropractic adjustment of adjacent joints: Trigger points in the spine musculature are frequently maintained by joint dysfunction at the same level. A restricted thoracic facet joint creates persistent mechanical load on the muscles that attach there. Restoring joint motion reduces the demand on the muscle and allows the trigger point to resolve more fully.
For patients with neck and upper back involvement, the pattern of care is similar but calibrated to the cervical and thoracic spine. Our work on neck pain and headaches often involves a significant myofascial component, particularly in patients whose headaches originate from the suboccipital region.
When myofascial pain overlaps with disc and nerve problems
One of the more challenging clinical situations is when a patient has both a disc problem and active myofascial pain. This happens often. A disc injury creates an inflammatory environment that sensitizes adjacent muscles, which then develop trigger points. The trigger points then contribute to pain that outlasts the disc healing itself. Patients in this situation often report partial improvement with decompression or other disc-focused care, but persistent "residual" pain that doesn't quite resolve.
That residual pain is frequently myofascial. When we identify and treat the trigger point layer alongside the disc pathology, outcomes improve. This is why our approach to spinal decompression in Lakewood Ranch includes a myofascial evaluation at the start: we want to know what percentage of the presentation is structural (disc, joint) versus myofascial, because the treatment balance matters.
The reverse pattern is also common. A patient presents with what appears to be sciatica, with pain radiating down the leg. Evaluation reveals an active trigger point in the piriformis, gluteus minimus, or tensor fasciae latae, with a referral pattern that closely mimics L5 or S1 nerve root distribution. No disc herniation. No true nerve compression. But the pain is severe and functional. In this case, targeting the disc with traction is the wrong treatment. The trigger points need direct attention.
Sorting these presentations out requires a systematic examination, not a single imaging study. MRI can identify disc pathology but cannot show active trigger points. Clinical palpation, referral pattern testing, and understanding of the common satellite trigger point patterns are what get the diagnosis right.
Common locations and what they usually mean
While trigger points can form in any muscle, a few locations account for a disproportionate share of chronic musculoskeletal complaints:
- Upper trapezius and levator scapulae: Headaches at the temple, top of the skull, or behind the eye. Often sustained by prolonged forward head posture at a desk or on a phone.
- Infraspinatus (rear shoulder): Deep, diffuse shoulder pain and arm weakness. Frequently mistaken for rotator cuff pathology. The trigger point is in the back of the shoulder but the pain is often felt at the front.
- Quadratus lumborum: Deep aching in the low back that is worse lying down and with position changes. One of the most common sources of chronic low back pain we see in Lakewood Ranch. Can refer pain to the hip, groin, or outer thigh.
- Gluteus minimus and medius: Lateral hip and leg pain that mimics sciatica or IT band syndrome. Often missed because the referral goes so far from the source.
- Iliopsoas: Groin and anterior thigh pain, sometimes felt as an ache deep in the low back. Common in people who sit for long periods.
Taking the next step
If you have been managing a "knot" or persistent regional pain for more than a few weeks without real resolution, a myofascial evaluation is worth scheduling. The exam takes about 30 minutes. In most cases, we can tell you within that visit which muscles are involved, whether the trigger points are the primary driver or a secondary feature of a structural problem, and what a realistic treatment timeline looks like.
Many patients in this situation have already seen multiple providers and received treatments aimed at structures that were not actually generating their pain. Sorting out the myofascial layer often clarifies a clinical picture that has been confusing for months.
Call our Lakewood Ranch office at (727) 213-2982 or book directly online to schedule your first visit. Same-week appointments are usually available.
