Leon Lenchik, MD, FACR
- AI and Prognostic Imaging
- Image-derived biological age
- Body composition and aging
- Sarcopenia and osteoporosis
- Opportunistic CT and MRI
- Technological developments in diagnostic imaging: Medical Informatics and Machine Learning; Computer graphics methods for evaluation of imaging data; Deep Learning methods for diagnosis in knee MRI
- Image annotation and processing for decision support with application to bone and liver tumors
- Creation of computer-based teaching materials
- Clinical projects in sports medicine imaging and interventional procedures
- Musculoskeletal MRI, including fast MRI techniques
- Opportunistic imaging, including opportunistic CT
- Rapid MRI for Osteoarthritis
- Weight-bearing cartilage imaging with MRI
- MRI-based models of muscle. New MR imaging techniques such as rapid imaging, real-time imaging, and short echo time
- Functional imaging approaches using PET-MRI
- Development and clinical translation of novel quantitative and molecularly specific imaging technologies
- Novel PET and MRI imaging methods to study early tissue changes at the cellular and molecular level
- Functional imaging methods to study relationships between mechanics, physiology, and tissue microstructure
- Rapid, comprehensive and quantitative MRI methods for early, low-cost, and precise detection of musculoskeletal disease
- Medical imaging price transparency
- MRI protocol optimization
- Femoroacetabular impingement MRI
- Hip MRI
- Imaging of athletic injuries
- Imaging of soft tissue and bone tumors
- Innovative education methods including Interactive teaching.
- Sports medicine: imaging of sports injuries in athletes and ultrasound-guided therapy
- Clinical application of new MRI sequences
- Metal suppression MRI around orthopedic implants
- Imaging and guided-therapy in rheumatology
- Education innovation
- Value creation
- Health systems science
- Myositis
- Radiology education
- Appropriate imaging utilization