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首页> 外文期刊>Revista Brasileira de Medicina do Esporte >Níveis de lactecidemia durante jogo de pólo aquático: estudo preliminar
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Níveis de lactecidemia durante jogo de pólo aquático: estudo preliminar

机译:水球比赛中的Lactecidemia水平:初步研究

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The water polo game is an sport event of intermittent characteristic, with four periods of 7 min and 2 min of interval between the periods. In cases of game extension, after a 5-min resting period, the game follows on with two game periods of 3 min each, with a 1-minute interval for the teams to change sides. In events with these characteristics, the use of blood lactate measurement has been suggested as an indicative of metabolic response. For this reason, the aim of the present study was to check blood lactate accumulation [La] immediately after each period of a game of the 1999 State Championship for Children and Adolescents (a game to classify the 3rd place in the Championship), and to verify if there are [La] differences between game periods and extension periods. The sample was made of five athletes of the Clube Internacional de Regatas Team (age = 15.8 + 0.4 years; body mass = 71.5 + 11.0 kg and height = 180 + 4 cm). Blood was drawn from the ear lobe and analyzed by a Yellow Springs model 1500 Sport analyzer. Kruskal-Wallis Oneway statistical analysis was used to compare [La] among the periods. The results of the [La] are not different (chi-square = 0.9615; p = 0.9156), in the different periods (period 1 = 4.64 + 1.21 mM; period 2 = 5.08 + 1.95 mM; period 3 = 4.72 + 1.33 mM; period 4 = 4.32 + 1.12 mM; extension = 4.11 + 1.03 mM). Results indicate low demand from the anaerobic glycolysis, and suggest that there is a higher demand from the anaerobic system (ATP-CP) in the decisive moments of the game, and from the aerobic metabolism in the interval between the periods. Due to the lack of studies involving water polo, the preparation of new papers that bring more conclusive information may be appropriate.
机译:水球游戏是一项具有间歇性特征的体育赛事,具有四个周期,每个周期为7分钟,两个周期之间为2分钟。在延长比赛时间的情况下,经过5分钟的休息时间后,比赛继续进行,每个比赛周期为3分钟,每个比赛周期为3分钟,每隔1分钟让球队换边。在具有这些特征的事件中,已经建议使用血液乳酸测量作为代谢反应的指示。因此,本研究的目的是在1999年州青少年儿童冠军赛(将冠军排名第三的游戏)的每个阶段之后立即检查血乳酸的积累[La],并验证游戏周期和扩展周期之间是否存在[La]差异。样本由国际俱乐部俱乐部的五名运动员组成(年龄= 15.8 + 0.4岁;体重= 71.5 + 11.0公斤,身高= 180 + 4厘米)。从耳垂抽取血液,并用Yellow Springs 1500 Sport分析仪进行分析。使用Kruskal-Wallis Oneway统计分析来比较各个时期之间的[La]。在不同的时段(时段1 = 4.64 + 1.21 mM;时段2 = 5.08 + 1.95 mM;时段3 = 4.72 + 1.33 mM),[La]的结果没有不同(卡方= 0.9615; p = 0.9156)。 ;周期4 = 4.32 + 1.12 mM;扩展= 4.11 + 1.03 mM)。结果表明厌氧糖酵解的需求较低,并且表明在比赛的决定性时刻厌氧系统(ATP-CP)和两个时间间隔之间的有氧代谢的需求较高。由于缺乏有关水球的研究,因此可能需要准备能带来更多结论性信息的新论文。

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