معرفی
Steven Tommasini is a Research Scientist in the Department of Orthopaedics & Rehabilitation at Yale University School of Medicine. His primary research focuses on bone quality, osteocyte biology, and biomechanical adaptations in musculoskeletal diseases. He leads studies on bone mineral homeostasis, 3D imaging techniques, and AI-driven diagnostic tools for orthopedic applications. His work integrates engineering principles with clinical orthopedics to improve surgical outcomes and patient care.
Education: Postdoctoral Research Associate (Stony Brook University, 2011), PhD (City University of New York, 2008), MS (City College of New York, 2002), BS (Columbia University, 2000).
Research Interests:
- Biomechanics of bone structure and mineralization
- Osteocyte signaling and lacunar remodeling
- 3D-printed surgical guides and patient-specific implants
- Artificial intelligence in medical imaging and diagnostics
- Biomechanical validation of orthopedic interventions
Awards: Recipient of the Harold M. Frost Young Investigator Award (2010) for contributions to bone biology research. His team recently secured grants to develop dynamic 3D tumor analysis tools and advance in-house 3D surgical procedures at Yale.
Labs: Principal investigator in the 3D Orthopaedics Lab and 3D Tumor Lab, collaborating with clinicians and engineers to translate research into clinical solutions. Active in preclinical studies of ENPP1 enzyme therapies and osteoporosis treatments.
Future Work: Expanding AI applications in musculoskeletal diagnostics and refining 3D-printed surgical solutions for complex fractures and joint replacements. Investigating the role of mitochondrial dynamics in neuromuscular-skeletal health.