Event Title
Upper Extremity Performance Changes in Division III Collegiate Swimmers Over a Competitive Season
Presentation Type
Poster
Location
Schimmel/Conrades Science Center Atrium
Start Date
25-4-2019 6:00 PM
End Date
25-4-2019 7:00 PM
Disciplines
Exercise Science
Keywords
exercise science
Abstract
Collegiate swimmers and coaches are always looking to improve athletic performances. Shoulder strength and shoulder flexibility are two factors that may correlate improved performance throughout a season. The purpose of this study was to analyze the changes in shoulder strength and ROM over the course of a collegiate season. Thirty-four collegiate swimmers (males =15, females =19, age =19.38 ± 1.26 years, height = 1.76 ± 0.098m, mass = 73.55 ± 12.66kg) were assessed during the pre-season and post-season in shoulder strength and ROM. Athletic performance was assessed and quantified by determining the amount of personal bests each athlete swam. Twenty-nine athletes completed both the pre and post-season testing. We completed a paired samples t-test between preseason and postseason results. The results that were significant are as follows, right internal rotation (t=7.378, p=0.000), right external rotation (t=5.123, p=0.000), right total range of motion (t-6.804, p=0.000), left internal rotation =8.511, p=0.000), left external rotation (t=7.155, p=0.000), left total range of motion (t=10.998, p=0.000), right internal strength (t=-3.213, p=0.003), right scapular strength t=2.551, p=0.017), left external strength (t=-2.235, p=0.034), left scapular strength (t=2.484, p=0.020).
Project Origin
Independent Study
Faculty Mentor
Andrew Busch
Included in
Upper Extremity Performance Changes in Division III Collegiate Swimmers Over a Competitive Season
Schimmel/Conrades Science Center Atrium
Collegiate swimmers and coaches are always looking to improve athletic performances. Shoulder strength and shoulder flexibility are two factors that may correlate improved performance throughout a season. The purpose of this study was to analyze the changes in shoulder strength and ROM over the course of a collegiate season. Thirty-four collegiate swimmers (males =15, females =19, age =19.38 ± 1.26 years, height = 1.76 ± 0.098m, mass = 73.55 ± 12.66kg) were assessed during the pre-season and post-season in shoulder strength and ROM. Athletic performance was assessed and quantified by determining the amount of personal bests each athlete swam. Twenty-nine athletes completed both the pre and post-season testing. We completed a paired samples t-test between preseason and postseason results. The results that were significant are as follows, right internal rotation (t=7.378, p=0.000), right external rotation (t=5.123, p=0.000), right total range of motion (t-6.804, p=0.000), left internal rotation =8.511, p=0.000), left external rotation (t=7.155, p=0.000), left total range of motion (t=10.998, p=0.000), right internal strength (t=-3.213, p=0.003), right scapular strength t=2.551, p=0.017), left external strength (t=-2.235, p=0.034), left scapular strength (t=2.484, p=0.020).