The scientific background and clinical rationale
Degenerative and necrotic musculoskeletal conditions, including femoro-tibial chondropathies, osteonecrosis and other disorders affecting bone and cartilage, represent a significant therapeutic challenge due to the limited intrinsic regenerative capacity of these tissues. Conventional physical therapies based on thermal effects may have limitations when the therapeutic goal is to stimulate biological repair without inducing significant temperature increases in the treated tissues.
Quantum Molecular Resonance (QMR) is an innovative physical technology designed to interact with biological tissues through specific electrical frequencies (4–64 MHz), promoting cellular stimulation without relying on hyperthermia. Delivered through the Q-Physio medical device, this approach aims to support cellular metabolism and tissue repair processes, offering new perspectives for the conservative management of degenerative joint conditions and peripheral tissue disorders. This course explores the clinical application of QMR therapy in patients with femoro-tibial chondropathies, osteonecrosis and other conditions associated with impaired tissue regeneration. Particular attention will be given to the relationship between treatment protocols, clinical outcomes and structural changes documented through diagnostic imaging. The presentation of clinical cases from the speaker's own practice will provide an opportunity to examine the potential therapeutic role of QMR in pain management, functional recovery and the preservation or restoration of bone and cartilage integrity.
The clinical approach and practical application of QMR
The effective use of QMR therapy requires an accurate clinical assessment, appropriate patient selection and the definition of individualized therapeutic objectives. The clinician plays a central role in identifying the underlying condition, evaluating the severity of tissue damage and integrating the technology into a comprehensive treatment pathway, in which therapeutic exercise remains an essential component. During the course, the clinical application will be explored through patient cases treated according to specific therapeutic protocols. The discussion will focus on the assessment of pain (VAS), mobility and functional recovery, alongside the interpretation of Magnetic Resonance Imaging (MRI) findings to investigate changes in bone and cartilage structures over time. The clinical cases will illustrate the outcomes observed following treatment, including changes in symptom severity, functional performance and quality of life. Particular attention will be given to cartilage lesions, osteonecrotic areas, bone marrow edema and soft-tissue injuries, examining the potential relationship between non-thermal cellular stimulation and the clinical and structural evolution of the treated tissues.
By combining clinical evaluation, imaging findings and treatment protocols, the course aims to provide healthcare professionals with a framework for critically interpreting clinical experience and considering the potential integration of QMR into conservative rehabilitation and musculoskeletal care.
The teaching methodology
The course combines a scientific introduction to Quantum Molecular Resonance with a clinically oriented video presentation of documented cases from the speaker's practice, followed by a live question-and-answer session. The teaching approach emphasizes the connection between the proposed biological mechanisms of QMR, the practical application and the evaluation of clinical and imaging outcomes. The session will address:
• The principles of Quantum Molecular Resonance and its non-thermal approach to cellular stimulation;
• The potential application of QMR in femoro-tibial chondropathies, osteonecrosis and disorders associated with impaired tissue regeneration;
• Treatment protocols combined with therapeutic exercise, and clinical-functional assessment, including pain, mobility and quality of life;
• The interpretation of MRI findings and the structural evolution of bone and cartilage tissues;
• Clinical case reports, treatment outcomes and the potential role of QMR in conservative musculoskeletal management;
• The safety and tolerability profile observed in the case series.
Course format
The course will take place online in a live, synchronous session organized by PhisioVit and will be held in English, for an international audience. The clinical cases will be presented by Prof. Daniele Bruschetta, Full Professor at the University of Messina and Director of the Physical and Rehabilitation Medicine Unit at the "G. Martino" University Hospital, with live English-language support during the session. The session will take place on Tuesday, 10 November 2026, from 13:00 to 14:00 CET (UTC+1). Participants will be able to attend using a computer, tablet or smartphone with a stable internet connection. Following registration, participants will receive the link to access the virtual classroom at the scheduled time.
Learning objectives
The course "Regenerative Effects of QMR Therapy in Femoro-Tibial Chondropathies and Interstitial Disorders: Clinical Case Reports" aims to provide healthcare professionals with an overview of the scientific rationale, clinical applications and observed outcomes associated with Quantum Molecular Resonance therapy in selected musculoskeletal conditions. Through the presentation and discussion of clinical case reports, participants will explore the use of the QMR in patients with cartilage lesions, osteonecrosis and other tissue disorders, with particular emphasis on clinical-functional assessment and the interpretation of diagnostic imaging. The course aims to enable participants to:
• Understand the fundamental principles of QMR technology and its non-thermal approach to biological tissue stimulation;
• Identify the potential clinical applications of QMR in femoro-tibial chondropathies, osteonecrosis and other conditions associated with impaired tissue regeneration;
• Understand the role of standardized treatment protocols and clinical-functional assessment in monitoring therapeutic outcomes;
• Interpret the clinical relevance of MRI findings when evaluating changes in bone and cartilage tissues;
• Recognize the role of an integrated, multimodal approach, in which QMR therapy is combined with therapeutic exercise within individualized rehabilitation programmes;
• Critically appraise clinical case reports and consider the potential integration of QMR into individualized conservative treatment pathways.
