Costa Yago, Domingos-Gomes Jarbas, Lautenbach Franziska, Hayes Lawrence, Nakamura Fabio, Lima Jefferson, Castellano Lúcio, Batista Gilmário
Department Physical Education, Federal University of Paraíba, João Pessoa, Brazil.
Department of Sport Psychology, Institute of Sport Science, Humboldt-Universität zu Berlin, Berlin, Germany.
Front Sports Act Living. 2022 Jul 28;4:830185. doi: 10.3389/fspor.2022.830185. eCollection 2022.
The present study aimed to investigate (i) differences in salivary testosterone and cortisol concentrations before, during, and after simulated beach volleyball match, depending on match outcome (winning vs. losing); (ii) the relationship between technical-tactical performance indicators in beach volleyball and salivary hormonal concentrations (i.e., testosterone, cortisol). We hypothesized (i) salivary testosterone concentrations would be greater in winners and salivary cortisol would be lower; (ii) testosterone would associate with positive technical-tactical performance and cortisol would associate with negative technical-tactical performance. Sixteen athletes participated in the study and were grouped according to the result of a simulated game (winners: = 8; losers: = 8). Salivary hormone concentration of testosterone and cortisol were measured by enzyme-linked immunosorbent assay (pre-match, post first set, and post-match), and the coefficient of performance and efficiency were used as technical-tactical performance indicators. Regarding testosterone, there was a large effect size for match outcome after the first set (i.e., Winner vs. Losers) and a moderate effect size for the time in winners (pre-match vs. post-match). Regarding cortisol, there was a moderate effect size of time in losers only (pre-match vs. post-match). Moreover, cortisol pre-match was negatively correlated with the offensive performance (attack performance coefficient: = -0.541; = 0.030; attack efficiency: = -0.568; = 0.022). In conclusion, the effect of match outcome on testosterone and cortisol levels was moderate in winners and losers, respectively. Moreover, resting cortisol concentration appears to be related to a diminished attack technical-tactical performance. However, larger confirmatory studies are required to confirm these data to corroborate winning increases testosterone levels and/or reduces cortisol in a sporting setting.
(i)模拟沙滩排球比赛前、中、后唾液睾酮和皮质醇浓度的差异,具体取决于比赛结果(获胜与失败);(ii)沙滩排球技术战术表现指标与唾液激素浓度(即睾酮、皮质醇)之间的关系。我们假设:(i)获胜者的唾液睾酮浓度会更高,而唾液皮质醇浓度会更低;(ii)睾酮与积极的技术战术表现相关,而皮质醇与消极的技术战术表现相关。16名运动员参与了本研究,并根据模拟比赛结果进行分组(获胜者:n = 8;失败者:n = 8)。采用酶联免疫吸附测定法测量睾酮和皮质醇的唾液激素浓度(赛前、第一局后、赛后),并将表现系数和效率作为技术战术表现指标。关于睾酮,第一局后比赛结果的效应量较大(即获胜者与失败者),而获胜者中时间的效应量适中(赛前与赛后)。关于皮质醇,仅在失败者中时间的效应量适中(赛前与赛后)。此外,赛前皮质醇与进攻表现呈负相关(进攻表现系数:r = -0.541;p = 0.030;进攻效率:r = -0.568;p = 0.022)。总之,比赛结果对获胜者和失败者的睾酮和皮质醇水平的影响分别适中。此外,静息皮质醇浓度似乎与进攻技术战术表现的下降有关。然而,需要更大规模的验证性研究来证实这些数据,以确证在体育环境中获胜会提高睾酮水平和/或降低皮质醇水平。