Lindsey K. Lepley, Ph.D., ATC
Dr. Lindsey Lepley’s research interests center around examining the negative neuromuscular effects of traumatic joint injury and identifying therapeutic approaches capable of combating neuromuscular dysfunction. Much of her previous and current research has evaluated the effects of eccentric exercise and electrical stimulation on the recovery of muscle function after ACL reconstruction.
Julie Burland, M.S., ATC
Julie Burland joined UCONN’s SOAR lab in August 2015. Her primary research interests are in regards to recovery of physical function and psychological factors influencing post-operative and return to sport outcomes following anterior cruciate ligament reconstruction (ACLR). Julie is currently involved in ongoing investigations examining the inter-relationships between joint biomechanics, alterations in neural activity and self-reported/psychological deficits after ACLR. Julie received her Bachelors of Science in Athletic Training from the University of Connecticut (Storrs, CT) in 2012 and Masters of Science in Athletic Training from the University of Kentucky (Lexington, KY) in 2014. She then worked for a year at Elite Sports Medicine, a division of Connecticut Children’s Medical Center (CCMC) (Farmington, CT) as an Athletic Training Resident. She is currently in her final year of the PhD program at UCONN within the Department of Kinesiology. Julie and her husband John enjoy spending their free time playing with their silly dog Scooby.
Steve Davi, M.S., ATC
Steve’s research focus is to understand the neural mechanisms associated with musculoskeletal injuries, particularly those that afflict the knee joint. Secondary to Steve’s main focus is the development of effective rehabilitation strategies for the treatment of injury associated with deficits in neural mechanics.
McKenzie White, M.S.
Dr. Cody Butler
Cody Butler, DPT
Justin Rush, ATC
Justin’s research interest involves novel therapeutic interventions to influence neural excitability following musculoskeletal injury. For his Masters thesis project, Justin will be investigating a novel form of tDCS brain stimulation and it’s effect on neuromuscular control in patients with ACL injury.