The rest interval between exercises was 10 seconds Figure 1 Expe

The rest interval between exercises was 10 seconds. Figure 1 Experimental Protocols Table 1 Dynamic Stretching Exercises The participants executed GW, DS and passive static stretching (SS) on Day 4. Seven static stretching exercises for 7 minutes were performed (Table 2). SS followed the same volume as in DS. Table 2 Static Stretching 17-DMAG clinical Exercises However, for unilateral stretching exercises, the first set was performed using the left limb followed by the right limb in the next set. All interventions involving SS were executed to the point of discomfort when stretching. SS was performed on Day 5. SS and GW protocol was administered during Day 6. Lastly, SS, GW and DS were executed by the participants on Day 7. Measures With regard to anthropometrics data, body height (BH) was measured to the nearest 0.

01m with a portable stadiometer (Astra scale 27310, Gima, Italy). Body mass (BM) and body fat percentage (%BF) were measured by a bioelectric body composition analyzer (Tanita TBF-300 increments 0.1%; Tanita, Tokyo, Japan). Countermovement Jump Performance (CMJ) was assessed according to the protocol described by Bosco et al. (1983). Players were asked to start from an upright position with straight legs and with hands on hips in order to eliminate contribution of arm swing on jump height. The players executed a downward movement before the jump. Players performed a natural flexion before take-off. The participants were instructed to land in an upright position and to bend the knees on landing. Each player performed three maximal CMJ jumps, allowing three minutes of recovery between the trials.

The highest score was used for analysis. The jumps were assessed using a portable device called the OptoJump System (Microgate, Bolzano, Italy) which is an optical measurement system consisting of a transmitting and receiving bar (each bar being one meter long). Each of these contains photocells, which are positioned two millimeters from the ground. The photocells from the transmitting bar communicate continuously with those on the receiving bar. The system detects any interruptions in communication between the bars and calculates their duration. This makes it possible to measure flight time and jump height during the jump performance. The jump height is expressed in centimeters. Statistical Analysis Data are expressed as means and standard deviations.

The Kolmogorov-Smirnov test was applied to test the data for normality. Interclass correlation coefficient (ICC) and coefficient of variation (CV) was calculated to assess Cilengitide reliability of the three vertical jump trails. One way repeated measures ANOVA was utilized to determine a significant difference in performance among the interventions. Effect size was established using eta squared. Bonferonni post hoc contrast was applied to determine pairwise comparison between interventions. Statistical significance was set at p<0.05.

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