Relationships Between Core Stability, Sex, and Movement Capacity
BE Anderson, KK Boyce, MCE Christian… - Athletic Training & …, 2020 - journals.healio.com
Athletic Training & Sports Health Care, 2020•journals.healio.com
Purpose: To examine relationships between sex, core stability endurance (CSE), and
movement capacity in healthy, active adults. Methods: Fifty-three adults performed the
functional movement screen (FMS) and CSE tests (extension, flexion, and right/left side
bridge) during the current study. A generalized linear mixed model with random effects was
used to identify interactions between sex, CSE, and FMS composite scores. Results: There
was a significant triple interaction between CSE test, CSE score, and sex (P<. 001) …
movement capacity in healthy, active adults. Methods: Fifty-three adults performed the
functional movement screen (FMS) and CSE tests (extension, flexion, and right/left side
bridge) during the current study. A generalized linear mixed model with random effects was
used to identify interactions between sex, CSE, and FMS composite scores. Results: There
was a significant triple interaction between CSE test, CSE score, and sex (P<. 001) …
Purpose
To examine relationships between sex, core stability endurance (CSE), and movement capacity in healthy, active adults.
Methods
Fifty-three adults performed the functional movement screen (FMS) and CSE tests (extension, flexion, and right/left side bridge) during the current study. A generalized linear mixed model with random effects was used to identify interactions between sex, CSE, and FMS composite scores.
Results
There was a significant triple interaction between CSE test, CSE score, and sex (P < .001), indicating the relationship between CSE test scores and FMS differed by CSE test and sex. Analyses of each CSE test found significant interactions between sex and FMS scores for the CSE extension and right side bridge tests. CSE extension and right side bridge accounted for 43% and 40% of the variance in FMS composite scores in women, compared to 9% and less than 1% in men, respectively.
Conclusions
CSE appears to contribute more to the movement capacity of women than men.
[Athletic Training & Sports Health Care. 2020;12(3):111–118.]
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