CORRELATION OF FASCIAL LINE WITH UPPER AND LOWER LIMB EXPLOSIVE POWER, ACCURACY, GRIP STRENGTH AND BALANCE IN BADMINTON PLAYERS
Description
This dataset was collected for a cross-sectional correlational study titled **“Correlation of Fascial Line with Upper and Lower Limb Explosive Power, Accuracy, Grip Strength and Balance in Badminton Players.”** The aim of the study was to investigate the relationship between fascial line function and selected physical performance parameters in badminton players. The dataset includes demographic characteristics of the participants, including age, gender, height, weight, body mass index (BMI), and playing experience. Fascial line performance was assessed using the Bunkie Test, which evaluates the functional integrity of different myofascial lines. Sports performance variables included upper limb explosive power, lower limb explosive power, accuracy, grip strength, and dynamic balance. Upper limb explosive power was measured using a medicine ball throw test, lower limb explosive power using a standing broad jump test, grip strength using a Jamar hand dynamometer, accuracy using a badminton target accuracy test, and balance using the Y-Balance Test. The dataset contains individual participant scores for all outcome measures and was used to determine correlations between fascial line performance and badminton-specific physical abilities.
Files
Steps to reproduce
1. Recruit eligible badminton players according to the predefined inclusion and exclusion criteria and obtain informed consent. 2. Record participant demographic information, including age, sex, height, weight, body mass index (BMI), and playing experience. 3. Assess fascial line function using the Bunkie Test. Record hold times for the Anterior Power Line, Posterior Power Line, Lateral Stabilizing Line, Medial Stabilizing Line, and Posterior Stabilizing Line on both the right and left sides. 4. Measure upper limb explosive power using the Medicine Ball Throw Test and record the throwing distance. 5. Measure lower limb explosive power using the Standing Broad Jump Test and record the jumping distance. 6. Assess grip strength using a Jamar Hand Dynamometer and record the maximum grip strength value. 7. Evaluate badminton-specific accuracy using a target-based accuracy test and record the obtained score. 8. Assess dynamic balance using the Y-Balance Test and record reach distances in the anterior, posteromedial, and posterolateral directions. 9. Enter all collected data into Microsoft Excel and verify for completeness and accuracy. 10. Perform statistical analysis using IBM SPSS Statistics. Assess normality of the data and conduct correlation analysis to determine the relationship between fascial line performance and upper limb explosive power, lower limb explosive power, accuracy, grip strength, and balance in badminton players.
Institutions
- Maharishi Markandeshwar University, MullanaHaryana, Ambāla