United Kingdom Sport Council, London, UK.
Physiol Behav. 2012 Jul 16;106(5):683-8. doi: 10.1016/j.physbeh.2012.05.009. Epub 2012 May 16.
We examined the effect of different pre-match motivational interventions on athlete free testosterone (T) and cortisol (C) concentrations and subsequent match performance in professional rugby union. Male participants (n=12) playing at a senior or academy level in rugby union were recruited and each completed three interventions (15 min each) before a competitive game; 1) watching a video clip of successful skill execution by the player with positive coach feedback [VPCF1]; 2) watching a video clip of successful skill execution by an opposing player with cautionary coach feedback [VCCF], 3) the player left alone to self-motivate [SM1]. The first and last interventions were retested [VPCF2 and SM2]. Salivary free T and C measures were taken pre-intervention and pre-game. Within each game, players were rated by coaching staff on a key performance indicator (KPI) from identified skills and an overall performance indicator (OPI), where 1 = best performance to 5 = worst performance. The VPCF1 and VPCF2 interventions both promoted significant T responses (11.8% to 12.5%) before each game and more so than SM1, SM2 and VCCF. The VCCF approach produced the largest C response (17.6%) and this differed from all other treatments. The VPCF interventions were also associated with better game KPI (1.5 to 1.8) and OPI ratings (1.7 to 1.8) than SM1, SM2 and/or VCCF. Across all treatments, greater individual T responses and lower C responses were associated with better KPI and OPI outcomes. In conclusion, the pre-game presentation of motivational strategies to athletes involving specific video footage and coach feedback produced different outcomes on two indicators of match performance, which were also associated with changes in free hormonal state.
我们研究了不同赛前激励干预对职业橄榄球运动员游离睾酮(T)和皮质醇(C)浓度的影响,以及对随后比赛表现的影响。招募了参加高级或学院级别的男性橄榄球运动员(n=12),他们在一场比赛前完成了三种干预措施(每次 15 分钟);1)观看球员成功执行技能的视频剪辑,教练给予积极反馈[VPCF1];2)观看对手球员成功执行技能的视频剪辑,教练给予警示反馈[VCCF];3)让球员自行激励[SM1]。前两个干预措施进行了重复测试[VPCF2 和 SM2]。在干预前和比赛前采集唾液游离 T 和 C 测量值。在每场比赛中,教练组根据确定的技能和整体表现指标(OPI)对球员进行关键表现指标(KPI)评分,其中 1 表示最佳表现,5 表示最差表现。VPCF1 和 VPCF2 干预都在每场比赛前促进了 T 的显著反应(11.8%至 12.5%),比 SM1、SM2 和 VCCF 更显著。VCCF 方法产生了最大的 C 反应(17.6%),与所有其他治疗方法不同。VPCF 干预也与更好的比赛 KPI(1.5 到 1.8)和 OPI 评分(1.7 到 1.8)相关,优于 SM1、SM2 和/或 VCCF。在所有治疗中,更大的个体 T 反应和更低的 C 反应与更好的 KPI 和 OPI 结果相关。总之,赛前向运动员展示涉及特定视频片段和教练反馈的激励策略,对两项比赛表现指标产生了不同的结果,这些结果还与游离激素状态的变化相关。