The repercussion is an essential of the football training, also called "Cool Down". Static stretching and slow running are typical activities of this section, but in the last few years static stretching has had a great infl uence on performance functionality and is one of the most debated topics in sports sciences and medicine. The aspiration of this research is to show the impact of recovery associated with static stretching and the agility performance of young football players. This research was conducted between August and November with a sample of 20 players age 12.1±0.3 years (range 11-13 years) separated into two groups-control and experimental. First measurements that have been initiated are body weight 40.6±6.5 kg, height 152.6±6.9 cm and agility performance (Ajax test 5x10 m and zig-zag test with and without ball). Agility was measured with electronic photocells' , with a measurement of .01 sec. Experimental testing proposed that both groups have completed the regular training program, while the experimental group (despite the control group) during the recuperation (cool down) except running, they conveyed out the experimental treatment / static stretching exercises. Each exercise lasts at least 20 seconds. After completing the experimental program members in both groups underwent fi nal measurements. The results that were reached by univariate analysis of variance (ANOVA) at initial and fi nal measurements, have shown insignifi cant statistical values between the control and experimental group in the agility performance.
Anthropometric characteristics and physical performance are closely related to the game demands of each playing position. This study aimed to first examine the differences between playing positions in anthropometric characteristics and physical performance with special emphasis on the isokinetic strength of elite male handball players, and secondly to examine the correlations of the latter variables with ball velocity. Anthropometric characteristics, maximal isokinetic strength, sprinting and vertical jumping performance, and ball velocity in the set shot and jump shot were obtained from 93 elite handball players (age 22 ± 5 years, height 184 ± 8 cm, and weight 84 ± 14 kg) pre-season. Wing players were shorter compared to other players, and pivots were the heaviest. Wings had the fastest 20 m sprints, and, along with backcourt players, jumped higher, had better maximal knee isometric strength, and achieved the highest ball velocity compared to pivots and goalkeepers, respectively. There were no significant differences between playing positions in unilateral and bilateral maximal leg strength imbalances. Ball velocity was significantly correlated with height, weight, squat jump and maximal torque of extensors and flexors. Our study suggest that shooting success is largely determined by the player’s height, weight, muscle strength and power, while it seems that anthropometric characteristics and physical performance are closely related to the game demands of each playing position.
The purpose of this research is Latent Structure of the morphological characteristics and motor basic abilities and situational to basketball players 14-15 years. The sample was of 84 basketball players aged 14-15 who have followed the training process of basketball game. The variable samples are 23, 11 of them in morphological space, 8 tests in the area of basic motor character and 4 of them in situational motor of basketball game. In this research our experiment is extracted in two main components which explain 79.16% the general variance of the morphological system, from which are extracted two morphological elements, with this we confi rmed the previous scientifi c knowledge that was enabled to use during the research more precisely in extracting the latent structure in the morphological area. While in the motor area are extracted three main components that explain together 63.60% the variance of the basic and situational motor system of which three factors are extracted.
Handball is a sport, which requires high physical preparation as well as technical and tactical skills. Being tough sport scrolled with multiple players, it has huge power requirements, as well as a certain level of intelligence for solving of complex situations in the game. The aim of this research was monitoring of some strength parameters. The sample of subjects consists of 14 handball players, members of Handball Club Pristina. Subjects were female, aged 20±2 years old. The measurements were made during the training sessions, in the sports gym where they train, during the 2008/09 season, initial measurement was made in the fi rst micro cycle of preparatory period, while the fi nal measurement was done after the end of the championship.Paired T-test were calculated for in initial and fi nal measurement. The majority of variables have no statistically signifi cant diff erences, and this should have come as a result of inadequate dosage of training loads and lack of proper training program.
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