The laboratory’s research focuses on improving the diagnosis and treatment of musculoskeletal disorders through the integration of anatomy, biomechanics, advanced imaging, innovative surgical technologies, and regenerative medicine.
Research activities include the three-dimensional analysis of joint kinematics using non-invasive surface sensors, allowing accurate evaluation of joint function before and after surgery. Advanced imaging techniques, such as CT with three-dimensional reconstruction, are used to support preoperative planning, surgical simulation, and postoperative assessment.
A major research area is dedicated to robotic and computer-assisted surgery, with particular attention to prosthetic implant positioning and joint alignment. These technologies aim to increase surgical precision, reproducibility, and clinical outcomes. Patient-specific surgical guides and masks, developed from individual anatomical data, are also investigated to enhance the accuracy and predictability of surgical procedures.
Finally, the laboratory is actively involved in regenerative medicine research, focusing on minimally invasive biological treatments for knee osteoarthritis. In particular, studies explore the clinical application of adipose-derived mesenchymal stromal cells using the Lipogems technology, with the goal of promoting tissue regeneration and delaying the need for more invasive surgical interventions.