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Condition

Repetitive Strain Injuries

Overuse injuries that won't heal on rest alone

Tendinopathy, tennis elbow, golfer's elbow, carpal tunnel, and other repetitive strain injuries share a common problem: the tissue has broken down faster than it can repair. Shockwave therapy and corrective care rebuild capacity at the tissue level.

Dr. Logan Swaim delivers a Torque Release adjustment to an adult patient.

Understanding Repetitive Strain Injuries

What It Is & Why It Happens

Repetitive strain injuries develop when cumulative mechanical load exceeds the tissue's capacity to recover. This happens across all demographics — keyboard workers with wrist and elbow pain, tradespeople with shoulder tendinopathy, athletes with patellar or Achilles tendon issues, golfers and tennis players with medial or lateral epicondylitis. What all of these have in common is that the problem isn't trauma; it's accumulated microtrauma that the tissue never had enough recovery time to repair.

Rest alone is rarely the answer. Tendons and connective tissues have a poor blood supply — which is why they take so long to heal in the first place, and why passive rest often stalls rather than accelerates recovery. Shockwave therapy addresses this directly. Acoustic pressure waves create controlled microtrauma that triggers a cellular healing response: fibroblasts migrate to the site, new collagen production increases, and blood vessel formation (neovascularization) is stimulated. Chronic tendinopathy that has been unresponsive for months often begins to respond within a few sessions.

The spinal component is also worth evaluating. Many repetitive strain injuries in the upper extremities are preceded or compounded by cervical misalignment — nerve compression that alters motor firing patterns and creates abnormal loading at the elbow, wrist, or shoulder. Corrective chiropractic evaluation identifies whether a neck issue is contributing to the peripheral problem, which changes the care plan meaningfully.

Common Symptoms

Signs You Might Be Dealing With Repetitive Strain Injuries

  • Chronic pain in a tendon that worsens with activity and eases with rest (but never fully resolves)
  • Lateral or medial elbow pain (tennis or golfer's elbow)
  • Wrist or forearm pain and reduced grip strength
  • Shoulder pain with reaching or overhead movement
  • Pain that has persisted for more than 6–8 weeks despite rest
  • Stiffness and tightness in the affected area first thing in the morning
  • Pain that flares with returning to activity after a rest period

How We Help

Our Treatment Approach

  • Shockwave therapy targeting the affected tendon to stimulate tissue repair and neovascularization
  • Red light therapy for inflammation control and mitochondrial support at the injury site
  • Cervical and thoracic evaluation for any neural contribution to upper-extremity RSI
  • Torque Release Technique adjustments where spinal misalignment is contributing to the problem
  • Load management guidance and activity modification to allow tissue remodeling
  • Progressive return-to-activity planning to rebuild capacity without re-injuring

Related Symptoms

Symptoms Often Linked to Repetitive Strain Injuries

Related Conditions

You May Also Be Dealing With

Common Questions

Frequently Asked Questions

Not quite, and the distinction matters for care. Tendinitis implies active inflammation — which is true early in an injury. Tendinopathy is the more accurate term for chronic tendon pain, where the tissue has undergone structural degeneration rather than active inflammation. Anti-inflammatories help acute tendinitis but can actually impair healing in chronic tendinopathy by suppressing the repair signals the tissue needs. Shockwave therapy is specifically designed to stimulate those repair signals.

Cortisone suppresses inflammation effectively in the short term, but repeated injections are associated with tendon weakening over time. For chronic tendinopathy that hasn't responded to injections or physical therapy, shockwave therapy is one of the most well-researched alternatives with a strong evidence base. It works differently — stimulating healing rather than suppressing the response.

In many cases, yes — especially when the neck is involved. The nerves that supply the elbow, forearm, and wrist originate in the cervical spine. Misalignment that creates nerve compression or altered firing patterns in that region can contribute to pain, weakness, or altered mechanics in the upper extremity. A cervical evaluation is part of our standard workup for any persistent upper-extremity complaint.

Full rest is rarely required and often counterproductive. The goal of care is to stimulate tissue remodeling while managing the load on the healing tissue. We work with you on activity modification rather than full avoidance — keeping you moving within a range that supports recovery.

Care for repetitive strain injuries

Inside the plan.

The tools we reach for when someone walks in with repetitive strain injuries — scans first, targeted care after. Here's a glimpse.
06 With Siblings

Carly — patient care that feels like family.

Dr. Logan Swaim performs a focused adjustment at The Roots.

Precision over pressure.

The Roots reception desk with Dr. Logan's neuropathy book on display.

Dr. Logan's neuropathy book — free at every visit.

07 With Son

Dr. Logan in the office.

07 The Roots Arch

Carly — patient care that feels like family.

03 Adult Care

Dr. Fox at work.

02 Instrument Adjustment

Precision over pressure — care that addresses the cause.

03 With Daughter

Dr. Laura in the office.

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*Includes consultation, neurological exam, scans & x-rays (if needed)