Differences

This shows you the differences between two versions of the page.

--- effects_fatigue_during_basketball_free_throws_using_statistical_analysis [2025/08/14 19:48] – wikisysop
+++ effects_fatigue_during_basketball_free_throws_using_statistical_analysis [2025/08/14 19:49] (current) – wikisysop
@@ Line 423: / Line 423: @@
 ====Conclusions====
-This tutorial demonstrated that fatigue significantly impacts lower body joint kinematics during repeated basketball free throw attempts in one session. Motion capture data, curtesy of MLSE, revealed a consistent reduction in ankle, hip, and knee flexion as fatigue developed. SPM and ANOVA tests were used to identify that there is significant clusters of reduced joint angles across the motion for the hip and knee, and a smaller reduction seen in the ankle. The ANOVA test confirmed the SPM test results.\\
+This tutorial demonstrated that fatigue significantly impacts lower body joint kinematics during repeated basketball free throw attempts in one session. Motion capture data, courtesy of MLSE, revealed a consistent reduction in ankle, hip, and knee flexion as fatigue developed. SPM and ANOVA tests were used to identify that there is significant clusters of reduced joint angles across the motion for the hip and knee, and a smaller reduction seen in the ankle. The ANOVA test confirmed the SPM test results.\\
 These results suggests the importance of lower-body endurance in being able to maintain consistent free throw mechanics. Further research could investigate if upper body joints compensate for the reduction in flexion in the lower body. This could aid in the creation of strategies to reduce fatigue-related performance decline.