Innovations in neurological and musculoskeletal rehabilitation: new frontiers in pain management

Background This thesis investigates innovative strategies for managing musculoskeletal disorders, chronic pain, and neurological rehabilitation, combining traditional and digital rehabilitation interventions. Through collaborations with international institutions, the research explores tele-rehabilitation and proprioceptive training aimed at improving functional outcomes and reducing chronic pain. Methods Clinical trials and cross-sectional studies were conducted, including a randomized controlled trial comparing tele-rehabilitation with conventional therapy for knee osteoarthritis. Outcomes were measured using pain, function, and quality of life scales (NPRS, WOMAC, SF-36). In addition, proprioception and balance were assessed in a cross-sectional study on healthy adults. Multimodal pain management strategies were also evaluated, including cognitive-behavioral therapy, neuromodulation (TENS, tDCS), and pharmacological treatments. Results Tele-rehabilitation demonstrated comparable effectiveness to conventional therapy in reducing pain and improving function, with NPRS and WOMAC scores showing significant improvements in both groups (p < 0.001). The proprioception study revealed age-related declines in balance, underscoring the importance of targeted training. Multimodal pain management approaches significantly reduced chronic pain and improved patient adherence to rehabilitation protocols, with neuromodulation techniques (TENS, tDCS) proving particularly effective. Conclusion Tele-rehabilitation emerges as a viable and accessible alternative for managing musculoskeletal disorders. Proprioceptive training is essential, especially for older adults or those with neurological impairments. The findings support the integration of traditional, digital, and psychological approaches to create a more comprehensive and personalized rehabilitation and pain management model.