Repository logo
  • Log In
Repository logo
  • Log In
  1. Home
  2. NIE Publications & Research Output
  3. Graduate Education Dissertations/Theses
  4. Master of Science (Exercise and Sport Studies)
  5. Expertise in female football: How movement variability can be functional
 
  • Details
Options

Expertise in female football: How movement variability can be functional

URI
https://hdl.handle.net/10497/27984
Loading...
Thumbnail Image
Type
Thesis
Author
Nur Muhammad Sharifuddin
Supervisor
Komar, John
Abstract
Recognizing the limitations of applying male-centric findings to female athletes, this study investigates movement variability in female football athletes, assessing postural stability and hormonal influences akin to previous male-cohort studies. Twenty-four female athletes aged 19 to 35 from school, club, and national teams participated in the research. Movement variability was evaluated through single-legged balance tests, modified Star Excursion Balance Tests (mSEBT), and T-tests, examining functional movement variability. Linear and non-linear analyses, including recurrence quantification analysis (RQA), were conducted to explore temporal and structural changes. Results indicated no statistically significant differences in balance ability among female footballers across different playing levels (p-values: [0.122 - 0.859]) or menstrual cycle phases (p-value: 0.297) for centre of pressure (COP) mean velocity. External defenders exhibited the longest normative reach in multiple directions during mSEBT assessments. Notably, the participants' balance ability didn't correspond to enhanced performance in the T-test (p-values: [0.088-0.919]). Future research should consider employing standardized menstrual cycle tracking methods, studying the same individuals across multiple cycle phases, investigating movement variability across different football actions, and potentially collecting data during the off-season to minimize the influence of fatigue.
Keywords
  • Female athletes

  • Expertise

  • Movement variability

  • Functionality

  • Adaptability

  • Complex systems

  • Postural control

  • Balance

Date Issued
2024
  • Contact US
  • Terms of Use
  • Privacy Policy

NTU Reg No: 200604393R. Copyright National Institute of Education, Nanyang Technological University (NIE NTU), Singapore

Built with DSpace-CRIS software - Extension maintained and optimized by 4Science