Modern footwear has been implicated as a contributor to foot pathology and changes in the biomechanics of gait. In addition to footwear, the investigators propose that the lack of terrain variation may directly contribute to the development of common foot pathologies, resulting from decreased intrinsic foot muscle function. This study will examine the current understanding of terrain variation on foot musculature strength and its possible correlation with structural and functional changes within the foot.
R. James Toussaint, MD, associate professor and chief of the foot and ankle division at UF Orthopaedics, is using 3D printing technology in total talus and ankle replacement surgery. The 3D printed talus is composed of cobalt and chrome alloy customized to the patient specific anatomy. This allows for a faster recovery and excellent range of motion after surgery.
Welcome, and thank you for considering participating in the UF Diabetic Foot Contact Registry. Through this service you will receive information about the opportunity to participate in research studies and upcoming seminars. The information stored will be part of a research database used to contact potential participants in future studies. Registration is simple and will only take a few minutes to complete. You must be 18 years or older to join and be interested in hearing about potential diabetic foot research projects.
Dr. Antony Merendino, DPM contributed to a recent article from Growing Bolder entitled, "7 Surprising Facts About Aging Feet." The article discusses the importance of foot care (especially for older adults) and how failure to take care of our feet can lead to a host of problems and contribute to falls.