Key result
Treatment with 18 sessions of the REAC TO-Rpr protocol resulted in complete resolution of bone marrow edema, restoration of muscle strength to 5/5, and reduction of pain from 7/10 to 0/10.
Why the study?
Does the REAC TO-Rpr protocol improve functional recovery and reduce pain in a patient with a consolidating Hill-Sachs lesion?
Case Report (n=1)
No
Does the REAC TO-Rpr protocol improve functional recovery and reduce pain in a patient with a consolidating Hill-Sachs lesion?
The REAC TO-Rpr protocol may offer an effective, non-invasive therapeutic option for improving clinical and radiological outcomes in patients with Hill-Sachs lesions.
May support non-invasive REAC TO-Rpr use in Hill-Sachs lesions; hypothesis-generating and requires controlled trials before adoption.
This case report describes the clinical progress of a 22-year-old male patient diagnosed with a consolidating Hill-Sachs lesion, treated with 18 sessions of Tissue Optimization Reparative (TO-Rpr) protocol, specific to Radio Electric Asymmetric Conveyor (REAC) technology. At baseline, the patient reported persistent pain with a numeric rating scale (NRS) score of 7 out of 10 and significant functional limitations of the shoulder (flexion 90°, abduction 70°, external rotation 20°), accompanied by bone marrow edema, tendinous alterations, and significant inflammation. The therapeutic protocol aimed to modulate tissue bioelectric activity to promote reparative processes and reduce inflammation. Follow-up MRI, performed four months after treatment, revealed complete resolution of bone marrow edema, normalization of tendinous structures, and reduced cortical irregularities. Clinically, flexion improved to 160°, abduction to 150°, and external rotation to 70°, with muscle strength restored to 5/5 and pain reduced to 0/10 on the NRS. This case highlights the role of REAC TO-Rpr treatment in managing complex joint lesions, showcasing its potential to significantly improve clinical and radiological parameters within a short timeframe.
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Castagna et al. (2025) conducted a case report in Hill-Sachs lesion in a post-traumatic shoulder dislocation (n=1). Tissue Optimization Reparative (TO-Rpr) protocol using Radio Electric Asymmetric Conveyor (REAC) technology was evaluated on Functional recovery (range of motion, muscle strength, pain) and radiological improvement. Treatment with 18 sessions of the REAC TO-Rpr protocol resulted in complete resolution of bone marrow edema, restoration of muscle strength to 5/5, and reduction of pain from 7/10 to 0/10.
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