There is a category of musculoskeletal injury that sits in an uncomfortable middle ground. The pain is real and limiting, but it is not severe enough to justify surgery. Rest has not resolved it. Physical therapy helped initially, then plateaued. Cortisone injections provided temporary relief that wore off. Anti-inflammatories mask the symptoms without addressing the tissue itself. Patients in this situation often feel like they have exhausted their options, when in reality they have simply not found the right tool for the specific problem they have.
Shockwave therapy was developed precisely for this gap. At Cadence Chiropractic in American Fork, Utah, it is one of the more clinically distinct services offered, and one that most local chiropractic and physical therapy practices in Utah County do not provide. Understanding what it actually does at the tissue level, rather than just the marketing description, helps patients decide whether it is relevant to their situation.
What Shockwave Therapy Is and Is Not
The name creates confusion. Shockwave therapy does not involve electrical shock. The “shock” refers to acoustic pressure waves, similar in principle to the sound waves used in ultrasound imaging but delivered at a much higher energy level and aimed at soft tissue rather than used for visualization. The device generates rapid, high-pressure pulses that travel through the skin and into the target tissue, where they create a controlled mechanical effect.
There are two main types: focused shockwave, which concentrates energy at a precise depth in the tissue, and radial shockwave, which disperses energy across a broader area. Radial shockwave, sometimes called extracorporeal shockwave therapy or ESWT, is the more commonly used form in outpatient musculoskeletal care and is what most patients will encounter at a chiropractic or sports medicine clinic. The treatment is non-invasive, requires no anesthesia, and leaves no lasting marks on the skin.
Why It Works: The Biology of Tissue Stimulation
To understand why shockwave therapy works, it helps to understand why chronic tendon and soft tissue injuries stop healing on their own. Tendons have a relatively poor blood supply compared to muscle tissue. When a tendon sustains repetitive microtrauma, the initial inflammatory response that would normally drive healing can fail to complete. The tissue enters a degenerative state called tendinopathy, where collagen fibers become disorganized and the tendon loses its mechanical integrity without ever triggering a robust repair response.
Shockwave therapy interrupts this cycle by creating a controlled, acute mechanical stimulus in the degenerated tissue. The pressure waves stimulate the production of growth factors, including transforming growth factor beta-1 and insulin-like growth factor, which promote collagen synthesis and the formation of new blood vessels in the area. In simpler terms, the treatment tells the body that an injury is present and needs repair, restarting a healing process that had stalled.
The same mechanism also breaks down calcific deposits in tendons, which is particularly relevant for conditions like calcific tendinitis in the shoulder. The pressure waves fragment calcium buildup into particles small enough to be reabsorbed by the body, resolving the calcification without any cutting or injection.
The Conditions That Respond Best to Shockwave Treatment
Plantar fasciitis is perhaps the most studied application. The plantar fascia, the thick band of connective tissue running along the bottom of the foot, is prone to the same tendinopathic changes that affect tendons elsewhere in the body. Chronic plantar fasciitis that has not resolved with orthotics, stretching, or cortisone injections responds well to shockwave therapy in a meaningful percentage of patients. Multiple randomized controlled trials have documented significant pain reduction and improved function after a course of treatment.
Lateral epicondylitis, commonly called tennis elbow, is another condition with strong evidence behind shockwave therapy. The extensor tendons of the forearm attach at the lateral epicondyle of the elbow, and chronic overuse from racket sports, manual labor, or repetitive keyboard and mouse use can lead to tendinopathy at that attachment point. Patients who have tried rest, bracing, and physical therapy without lasting relief often find that shockwave therapy produces improvement where those approaches did not.
Shoulder tendinitis, particularly involving the rotator cuff and biceps tendon, responds to shockwave therapy through the same biological mechanism. So does patellar tendinopathy, the condition commonly called jumper’s knee, which is frequent in athletes who do a lot of running, jumping, or squatting. Achilles tendinopathy, greater trochanteric pain syndrome in the hip, and shin splints driven by tibial periostitis are additional applications that have clinical evidence behind them.
What a Treatment Session Actually Feels Like
Most patients describe shockwave therapy as mildly uncomfortable rather than painful. The applicator is pressed against the treatment area with a layer of coupling gel, similar to what is used in ultrasound, and delivers pulses at a rate of several hundred per minute. You will feel a repetitive tapping or deep pressure sensation, and in areas with significant tissue pathology, some patients experience temporary discomfort during the session. That discomfort typically subsides within minutes of the treatment ending.
A standard session runs between five and fifteen minutes on the target area, depending on the condition and its severity. Most patients complete a series of three to six sessions spaced several days to a week apart. The interval between sessions matters because the tissue needs time to respond to the mechanical stimulus before the next treatment. Stacking sessions too closely together does not improve outcomes and can create unnecessary post-treatment soreness.
Some patients notice improvement after the first or second session. Others see the most significant change in the weeks following the final treatment, as the tissue remodeling process completes. Managing expectations around timeline is one of the more important parts of the conversation at the start of care, and at Cadence Chiropractic, the clinical team is direct about what the research supports and what it does not.
Why Shockwave Therapy Works Well Alongside Chiropractic Care
Chronic tendon pain rarely exists in isolation. A patient with plantar fasciitis often has contributing biomechanical factors, restricted ankle mobility, altered gait mechanics, or lumbar and sacral restrictions that affect how load is distributed through the foot. Addressing the tendon in isolation gets part of the way there. Addressing the structural context around it tends to produce more durable outcomes.
This is the practical advantage of receiving shockwave therapy at a chiropractic clinic rather than a standalone therapy suite. At Cadence Chiropractic, shockwave treatment is integrated into a broader care plan that considers joint mobility, alignment, and movement patterns alongside the tissue-level pathology. The combination tends to address both the immediate source of pain and the underlying mechanics that contributed to the injury developing in the first place.
Is Shockwave Therapy at Cadence Chiropractic the Right Next Step for You?
Shockwave therapy is not a treatment for every musculoskeletal condition, and a thorough evaluation is the only reliable way to determine whether it is appropriate for your specific situation. Contraindications include active infection in the treatment area, blood clotting disorders, pregnancy, and certain circulatory conditions. For patients without those factors who are dealing with chronic tendon pain that has not responded to conservative care, it is a clinically supported option worth serious consideration.
Cadence Chiropractic serves patients across American Fork, Spanish Fork, Lehi, Highland, Alpine, Vineyard, Orem, Pleasant Grove, and Provo. If you have been managing a chronic soft tissue injury without finding a lasting solution, a consultation with Dr. Nelson will clarify whether shockwave therapy belongs in your care plan. Initial evaluations are available at a discounted rate when booked online at afcadence.com, and the office can answer questions by phone before you commit to an appointment.