Key result
Subcutaneous adipose tissue distribution, specifically triceps and chin skinfold thickness, was correlated with performance indices such as Abalakov jump and handgrip test in female volleyball players.
Why the study?
The study aimed to examine subcutaneous adipose tissue distribution in female volleyball players regarding variation by anatomical site, differences across age groups and playing positions, and performance-associated physiological characteristics.
Is subcutaneous adipose tissue distribution related to performance indices in female volleyball players?
Cross-Sectional (n=167)
Is subcutaneous adipose tissue distribution related to performance indices in female volleyball players?
Specific skinfold thicknesses, such as triceps and chin, correlate with performance indices like jump height and handgrip strength in female volleyball players.
Triceps and chin skinfolds may associate with jump and grip performance in female volleyball players; hypothesis-generating and requires prospective confirmation before clinical use.
Background and objectives: The aim of the present study was to examine subcutaneous adipose tissue distribution in female volleyball players with regards to (a) variation by anatomical site, (b) differences among age groups and playing positions, and (c) physiological characteristics associated with performance. Materials and Methods: Participants were adolescent (n = 89, age 15.6 ± 0.9 years, mean ± standard deviation) and adult female volleyball players (n = 78, 24.8 ± 5.3 years), who performed a series of anthropometric and performance tests including skinfold thickness in 10 sites, Abalakov jump (AJ) and handgrip test (HG). Results: Chin had the smallest thickness, and iliac crest and abdomen the largest. The largest correlations of skinfold thickness were shown with regards to AJ ad HG. Coefficient of variations in skinfold thickness correlated with performance indices with small magnitude. Triceps and chin were the most frequent predictors of performance indices. The anatomical site of skinfold was near the active muscle groups related to performance in HG. Conclusions: In conclusion, performance indices such AJ and HG were related with thickness of specific skinfolds and with the variation of thickness by anatomical site (i.e., the less the variation, the better the performance). Considering the relevance of specific skinfolds (e.g., triceps and chin) for performance, their further use would be recommended for purposes of training monitoring, volleyball players’ selection and talent identification.
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Παπαδοπούλου et al. (2020) conducted a cross-sectional in Healthy athletes (female volleyball players) (n=167). Subcutaneous adipose tissue distribution (skinfold thickness) was evaluated on Performance indices (Abalakov jump and handgrip test). Subcutaneous adipose tissue distribution, specifically triceps and chin skinfold thickness, was correlated with performance indices such as Abalakov jump and handgrip test in female volleyball players.
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