| Condition | Partial tear of the right supraspinatus tendon |
| Prior Recommendation | Surgical repair |
| Referral Source | Online research (patient sought alternatives to surgery) |
| Treatment Protocol | Focused Extracorporeal Shockwave Therapy (ESWT) + DNS-based rehabilitation |
| Outcome | Full return to activity, surgery avoided |
Presenting Complaint
A 36-year-old male presented to City Integrative Rehabilitation with a diagnosed partial tear of the right supraspinatus tendon. The injury was causing significant functional limitations, including restricted range of motion and disrupted sleep due to pain. His orthopedic surgeon had recommended surgical repair.
Dissatisfied with the prospect of surgery and the associated recovery timeline, the patient began researching conservative treatment alternatives online. He discovered City Integrative Rehabilitation and was drawn to our evidence-based, non-surgical approach — specifically our use of focused shockwave therapy for tendon injuries.
Treatment Approach
Focused Shockwave Therapy (ESWT)
The patient underwent a protocol of four sessions of focused extracorporeal shockwave therapy (ESWT) targeting the injured supraspinatus tendon. Focused shockwave delivers precise acoustic energy deep into the tissue, stimulating cellular repair, increasing local blood flow, and activating the body’s natural healing cascade. Unlike radial shockwave, the focused approach allows us to reach the exact depth and location of the tear with greater precision.
After the very first session, the patient reported immediate improvement in range of motion and — notably — was able to sleep through the night without pain for the first time since the injury. This early response is consistent with the neuromodulatory and analgesic effects of focused shockwave, which can reduce pain signaling even before structural healing is complete.
Rehabilitation: DNS & Progressive Strengthening
Concurrently with the ESWT protocol, the patient began a structured rehabilitation program designed to restore function from the ground up:
Phase 1 Motor Control | Utilizing Dynamic Neuromuscular Stabilization (DNS), we retrained the patient’s motor patterns to restore proper shoulder stabilization. DNS principles — rooted in developmental kinesiology — ensured that the shoulder girdle was functioning within an integrated, whole-body movement pattern rather than compensating around the injury. |
Phase 2 Range of Motion | As pain diminished and motor control improved, we progressively restored full range of motion through guided mobility work, addressing restrictions in the glenohumeral joint and surrounding musculature. |
Phase 3 Strengthening | Once the patient demonstrated improved control and pain-free range, we introduced progressive strengthening exercises targeting the rotator cuff complex and scapular stabilizers, rebuilding the functional capacity needed for full activity. |
Recovery Timeline
| Months 1–3 (Pre-Treatment) | Saw orthopedist after shoulder pain worsened — MRI confirmed partial supraspinatus tear. Surgical repair was recommended. Patient researched non-surgical alternatives online and found City Integrative Rehabilitation before committing to surgery. |
| ▸ Treatment at City Integrative Rehabilitation | |
| Week 1 | First ESWT session. Immediate improvement in ROM and sleep quality. |
| Weeks 1–4 | Continued ESWT sessions (4 total). DNS-based motor control training initiated alongside shockwave protocol. |
| Weeks 2–4 | Progressive ROM restoration as pain levels decreased. Transition from motor control to active mobility work. |
| Weeks 4–6 | Strengthening phase introduced. Patient demonstrated pain-free movement and improving functional capacity. |
| Week 6 | Full return to activity. Patient discharged from care without need for surgical intervention. |
Outcome
At six weeks, the patient had returned to full, unrestricted activity and did not require surgery. His range of motion was fully restored, pain was resolved, and functional strength testing showed results consistent with a healthy, active individual.
The combination of focused shockwave therapy to accelerate tissue healing and DNS-based rehabilitation to restore proper motor patterns allowed this patient to avoid an invasive procedure and its associated 4–6 month surgical recovery timeline.
Why This Approach Works
At City Integrative Rehabilitation, we don’t just treat the symptom — we address the root cause. This case illustrates our core treatment philosophy: combine advanced regenerative technology (focused ESWT) with expert manual and movement-based rehabilitation (DNS) to create the conditions for the body to heal itself.
Focused shockwave therapy jumpstarts the healing process at the cellular level, while our Prague School-trained rehabilitation approach ensures the patient isn’t just pain-free — they’re moving correctly, reducing the risk of re-injury.
Disclaimer: This case study is for informational purposes only and does not constitute medical advice. Individual results vary. All patient information has been de-identified in accordance with HIPAA guidelines.