Sports Medicine and Movement Lab – Gretchen Oliver, Ph.D.
The Sports Medicine and Movement Lab studies sport biomechanics and provides evidence-based injury prevention protocols. Director Gretchen Oliver, Ph.D., FACSM, ATC, and her doctoral students specialize in kinematics, motion analysis, functional assessment, and injury prevention.
Gretchen Oliver’s research focuses on injury prevention in youth, collegiate, and professional athletes, and provides strengthening, stretching, and performance feedback to participants who may be at increased risk of injury.
Partners and Analyses
Collegiate & Professional Softball
The Lab has worked with the Auburn University Softball team since 2014. They assess pitching, hitting, and throwing, and help improve performance. The Lab has also analyzed the pitching of USA Softball, USSSA Pride, a professional softball team in Florida, and All-American softball pitcher and ESPN analyst, Amanda Scarborough.
The SEC Network provides an inside look at how the Sports Medicine and Movement Lab is improving pitching mechanics.
US Polo Association
The Sports Medicine and Movement Lab conducted a study with the U.S. Polo Association analyzing about 20 men and women polo players. The lab is also working with the U.S. Polo Association Player Development program to provide evidence-based exercises to improve player development.
Dr. Oliver traveled to Sheridan, WY to work with USPA Player Development. USPA is beginning to implement pre-riding programs, developed by Dr. Oliver, for their youth athletes. Additionally, work is being done on the effects of the pre-riding programs and their swing mechanics and riding posture.
This is Research 2016
Doctoral student in the Sports Medicine and Movement Lab, Sarah Gascon, had her work featured in the Creative Scholarship Showcase. The works were on display at the Jule Collins Smith Museum of Fine Art from September 17 through October 2, 2016. The event included faculty and student works in the fields of fine art, performing arts, creative writing, applied design, and more. Sarah and graduate student, Dawn Michaelson in Apparel Design, created a women’s athletic compression top that is both biomechanical and functional. The prototype combines compression, wicking, and comfort to enhance performance.