European Citizens under Construction: The Bologna process analysed from a governmentality perspective

This article focuses on problematizing the harmonisation of higher education in Europe today. The overall aim is to analyse the construction of the European citizen and the rationality of governing related to such a construction. The specific focus will be on the rules and standards of reason in higher education reforms which inscribe continuums of values that exclude as they include. Who is and who is not constructed as a European citizen? Documents on the Bologna process produced in Europe and in Sweden are analysed drawing on the Foucauldian notion of governmentality, showing a neoliberal rationality of governing. The European citizen needs to become flexible, autonomous and self-regulating as a way of facing the threats of the constantly changing future. The technique of diversity is a condition of possibility for constructing such a citizen and for harmonising higher education in Europe. Further, the current power relations in the discourse define what is and what is not European, thus constructing 'the other', the one who is excluded.     

Effects of the Nordic Hamstring exercise on sprint capacity in male football players: a randomized controlled trial

This assessor-blinded, randomized controlled superiority trial investigated the efficacy of the 10-week Nordic Hamstring exercise (NHE) protocol on sprint performance in football players.

Thirty-five amateur male players (age: 17–26 years) were randomized to a do-as-usual control group (CG; n = 17) or to 10-weeks of supervised strength training using the NHE in-season (IG; n = 18). A repeated-sprint test, consisting of 4 × 6 10 m sprints, with 15 s recovery period between sprints and 180 s between sets, was conducted to evaluate total sprint time as the primary outcome. Secondary outcomes were best 10 m sprint time (10mST) and sprint time during the last sprint (L10mST). Additionally, peak eccentric hamstring strength (ECC-P_HS) and eccentric hamstring strength capacity (ECC-CAP_HS) were measured during the NHE.

Ten players were lost to follow-up, thus 25 players were analyzed (CG n = 14; IG n = 11). Between-group differences in mean changes were observed in favor of the IG for sprint performance outcomes; TST (?0.649 s, p = 0.056, d = 0.38), 10mST (?0.047 s, p = 0.005, d = 0.64) and L10mST (?0.052 s, p = 0.094, d = 0.59), and for strength outcomes; ECC-P_HS (62.3 N, p = 0.006, d = 0.92), and ECC-CAP_HS (951 N, p = 0.005, d = 0.95).

In conclusion, the NHE showed small-to-medium improvements in sprint performance and large increases in peak eccentric hamstring strength and capacity.

Trial Registration Number: NCT02674919     

Back to the Future – in support of a renewed emphasis on generic agility training within sports-specific developmental pathways

Perhaps as a consequence of increased specialism in training and support, the focus on engendering and maintaining agility as a generic quality has diminished within many contemporary sports performance programmes. Reflecting this, we outline a rationale suggesting that such a decreased focus represents an oversight which may be detrimental to maximising the potential of performers. We present an evidence-based argument that both generic and specific elements of agility performance should be consistently emphasised within long-term performance-training programmes. We contend that prematurely early specialisation in athlete development models can diminish focus on generic movement skill development with a subsequent detriment in adult performance. Especially when this is coupled with poor primary physical education and limited movement experiences. More speculatively, we propose that generic agility can play a role in operationalising movement development through facilitating skill transfer: thereby enabling the learning of new skills, reduce incidence of injury and facilitating re-learning of old skills during rehabilitation and Return-to-Play processes.     

球类比赛数学模拟竞技诊断的理论与实践--以乒乓球比赛分析为例

介绍了球类比赛数学模拟竞技诊断的理论与方法,并用乒乓球比赛的数学模拟竞技诊断实例进行了说明。数学模拟竞技诊断的基本思想是用一个比赛状态(技术或战术)转移概率矩阵概括地描述一场球类比赛,在此基础上通过马尔可夫链计算比赛获胜概率并进一步确定各种比赛状态(技术或战术)的竞技效率值。与传统的球类比赛分析方法相比较,数学模拟竞技诊断不但能通过各种比赛状态的转移概率对技、战术进行描述性统计分析,而且能确定各种比赛状态(技术或战术)对整场比赛获胜概率的影响。