ASSOCIATIONS BETWEEN PATELLAR TENDON STRUCTURE, MOVEMENT QUALITY, AND TRAINING CHARACTERISITICS IN MALE COLLEGIATE ATHLETES Public Deposited

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  • March 21, 2019
Creator
  • Rankin, Kelsey
    • Affiliation: College of Arts and Sciences, Department of Exercise and Sport Science
Abstract
  • Purpose: Ultrasound tissue characterization (UTC) is an imaging tool used to quantify tendon structural integrity. UTC has quantified patellar tendon response to load in athletes; however, PT structure between two conversely loaded high volume sports has yet to be compared. Methods: The JV Men's Basketball team (n=13) and Varsity Men's Swim team (n=13) at the University of North Carolina at Chapel Hill were imaged using the UTC device with a 10-MHz linear-array transducer mounted in a tracking device. The device captures images at 0.2mm intervals along the AT. UTC algorithms quantified the stability of pixel brightness over every 17 contiguous transverse images into 4 echo-types (I-IV). Participants completed a jump-landing task using the Electromagnetic Motion Capture System. The dominant limb of each participant was analyzed for patellar tendon structure and landing biomechanics. All participants completed a self-report training load questionnaire, including the validated PT assessment the VISA-P. Independent Samples T-tests, correlations and multiple linear regression model were used to assess association and correlation between tendon structure and measures of training intensity. Results: 26 subjects completes this study. There was significant difference in tendon structure between basketball and swim athletes (p = 0.04) with basketball athletes presenting with significantly less aligned tendon structure. There was moderate association between training intensity and tendon structure. Discussion: Training intensity and training load may negatively influence patellar tendon structural integrity.
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Advisor
  • Prentice, William
  • Padua, Darin A.
  • Halverson, Douglas
  • Pietrosimone, Laura
Degree
  • Master of Arts
Degree granting institution
  • University of North Carolina at Chapel Hill Graduate School
Graduation year
  • 2018
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