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The strongest correlation observed was between maximal jump height and arm length (p learn more 3). Table 2 Correlations and p-values between all test variables performed in-water Table 3 Correlations between strength related variables obtained from laboratory testing and in-water specific test variables in elite German water polo players A significant positive relationship between the eggbeater tests (endurance eggbeater (EE) and endurance agility eggbeater (EaE)) and jump height (J) (EE vs. J: p = 0.01, r = 0.65; EaE vs. J: p = click here variables and the endurance agility eggbeater test. Specifically, agility endurance of the eggbeater kick was positively correlated with the dynamic strength of all muscles except for the adductors. The throwing velocity was positively correlated with the strength of the left abdominal muscles and both pectoralis muscles. Discussion To our knowledge, this is the first study to measure the dynamic and isometric strength of important muscles and muscle groups for elite water polo players. We measured the strength of the adductors and abductors of the legs, abdominal muscles and pectoralis muscles of elite water polo players. We did not observe any significant muscular imbalances between the left and right abdominal muscles or pectoralis muscles (left vs. right). Findings from the endurance agility eggbeater test showed positive correlations with nearly all muscles, except for the adductor muscles. An important contribution of the current study is that a significant, positive relation between the eggbeater tests (endurance eggbeater and endurance agility eggbeater) and jump height was observed Montelukast Sodium in our elite water polo players. In water polo, a high vertical reach is essential for a strong defense as well as an accurate and fast throwing technique. The careful screening of athletes for those with a high vertical reach may be helpful for coaches in selecting strong water polo players as well as developing appropriate training strategies to improve this skill within the maturation of youth players. Kondri? et al. (2012), Uljevi? et al. (2013), and Idrizovi? et al. (2013) reported smaller jumping heights in their testing batteries. These smaller heights when compared to those of the current study may be explained by the younger age of the junior and youth athletes in these studies. Additionally, our elite water polo players were, in comparison to their peers, physically accelerated.
