Sports Medicine

Below are current clinical trials.

Filter this list of studies by location, status and more.

1. A Study to Analyze Sport Nutrition Knowledge and Its Influence on Energy Availability and Body Composition in Athletes

   La Crosse, Wis.

   The purpose of this study is to assess the sport nutrition knowledge base of athletes and the relationship between energy availability and body composition in athletes.

2. A Study of Performance Metrics and Their Relationship with Competition Results and Injury Development in Nordic Combined and Ski Jumping Athletes

   Rochester, Minn., Minneapolis, Minn.

   The primary purpose of this study is to evaluate the performance metrics of Nordic Combined and Ski Jumping athletes.

3. Game Time Consults

   Rochester, Minn.

   The purpose of this study is to evaluate the utilization patterns and satisfaction of telemedicine on the sideline, and to evaluate the effect of sideline telemedicine on reducing unnecessary emergency department visits.

    

4. A Study to Evaluate Meniscal Extrusion with and without Medial Knee Unloader Bracing Using Ultrasound

   Minneapolis, Minn.

   The purpose of this study is to quantify medial meniscal extrusion with and without a medial knee unloader brace using ultrasonography in patients with isolated medial knee pain.

5. Investigation of Neurocognitive Measures of Sport-Related Injury

   Rochester, Minn.

   The overall objective is to provide an onsite diagnosis with subsequent return to play criteria, as well as, lower the risk of traumatic brain injury by primary prevention through cervical spine neuromuscular control and vision training. The central hypothesis is that improved understanding of neurocognitive measures and function will provide improved diagnosis of concussion and help reduce the incidence of subsequent sports-related injury.

6. A Study of the Baseball Swing Through Motion Capture

   Rochester, Minn.

   The primary aim of this study is to develop a deeper understanding of the kinetics and kinematics of the baseball swing.  Secondary aims include: describing the relative stress/forces across major lower extremity joints and spine during the baseball swing, assessing the intra- and inter-batter variability in the swing, determining how kinetics/kinematics vary across different batting scenarios, determining how kinetics/kinematics vary across different batting efforts, correlating swing kinetics with bat velocity, correlating swing kinetics with ball exit velocity, assessing the validity and reliability of various wearable devices compared to motion capture, determining the impact of bat weight on swing kinetics/kinematics, determining the impact of ball weight on swing kinetics/kinematics, assessment of eye tracking, and comparison of male baseball swing to female softball swing.

    

    

   Traditionally, batting mechanics have been analyzed qualitatively during direct observation or by viewing video tapes of batting motions.  More recently, sophisticated motion analysis systems have facilitated the collection of quantitative, three-dimensional kinematic information of the batting motion.  These advancements provide the opportunity for more detailed analyses of batting motions that can be integrated into the evaluation and treatment of baseball batters at the Mayo Clinic, with the hypothesis that metrics gathered from the force plates and motion capture are more reliable than the Motus wearables.