The Relationship Between Postural Deviations and Kinematic Variables with Digital Performance Level in the 200-Meter Sprint
DOI:
https://doi.org/10.25130/sc.25.1.22Keywords:
- Postural Deviations - Kinematic Variables - Digital Performance - 200-Meter SprintAbstract
The Relationship Between Postural Deviations and Kinematic Variables with Digital Performance Level in the 200-Meter Sprint This study aimed to investigate the relationship between postural deviations in knee and ankle joint angles and selected kinematic variables, in relation to the digital performance level in the 200-meter sprint, with the objective of enhancing performance among female track and field athletes. The descriptive analytical approach was employed, using direct observation and motion analysis on a sample of 16 female students from the College of Sport Sciences and Physical Activity, during their performance of sprinting and walking tasks on the track. Postural assessment was conducted in the motion analysis laboratory using the Diers Formetric 4D optical scanning system. The results revealed varying degrees of correlation between the examined kinematic variables and sprinting speed. Most of these relationships were weak, whether positive or negative. However, a moderate positive correlation was found with the ankle joint angles, indicating their important role in enhancing performance. Additionally, the findings showed a negative correlation (-0.202) At a significance level of 0.454, this indicates a weak negative correlation between step frequency and sprinting speed in the 200-meter race.The study recommended the correction of postural alignments, the provision of external support when necessary, regular follow-up assessments, and continuous education for students and their guardians to improve performance and maintain musculoskeletal health
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