Research at the Laboratory of Biomechanical Orthopedics (LBO) focuses on understanding, modeling, and enhancing the mechanical and biological functions of the musculoskeletal system. The work is structured around three main areasâbiomechanics, biomaterials, and bioengineeringâranging from fundamental studies on tissue adaptation to applied solutions in orthopedics, sports protection and performance, and airway health.
Biomechanics
At LBO, biomechanics research spans mechanobiology, joint function, and sports protective equipment. We integrate imaging, in vitro modelling, techniques of molecular biology, in vivo experiments, and advanced computational toolsâincluding finite-element analysis and machine learningâto quantify mechanical behavior and predict clinical outcomes.
Biomaterials
LBO develops materials to restore tissue function and provide advanced protection. Our work spans bone-regeneration materials, hydrogels for cartilage and soft-tissue repair (such as the trachea, meniscus, or cornea), and hybrid materials designed for impact mitigation.
Bioengineering
We are developing a next-generation mandibular advancement device (MAD) to effectively treat sleep apnea, which can monitor apnea episodes in real-time. In parallel, we design a compact set of wearable sensors to assess sports performance through simultaneous evaluation of key biomechanical and physiological markers.