View clinical trials related to Basketball Players.
Filter by:Introduction. In basketball, the lower extremities have the highest prevalence of injury, regardless of gender and professional category. Objective. To analyse the efficacy of a physiotherapy intervention using a protocol of plyometric exercises and dry needling in non-professional basketball athletes. Methods. Randomised clinical study. 20 players will be randomised to an experimental group (plyometric exercises and dry needling of the gastrocnemius muscles) and a control group (plyometric exercises). The intervention will include 8 sessions over 4 weeks. The study variables will be: range of motion in dorsal flexion in loading (Leg Motion®) and unloading (goniometer) and vertical jump (MyJump2®). Expected results. An intervention of plyometric exercises and dry needling produces significant differences in range of motion and vertical jump in basketball players, compared to the isolated administration of plyometric exercises.
In this study, it is aimed to remove the limitations that cause asymmetry and weak connections in functional movement patterns with myofascial relaxation method to be applied to certain muscles and to remove the obstacles in front of the power factor as a result of its application, to reach the highest efficiency of the athlete's performance and to reduce the risk of injury in the musculoskeletal system.Study; It was planned as a control group (n:30) and an intervention group (n:30). Apart from routine training, the intervention group will be treated twice a week for 6 weeks before the training. On the other hand, no application will be made to the control group other than routine training. The evaluations are; It will be done at the beginning of the study and after the 6-week period.
In the literature neuromuscular exercise programs are often used for prevention in sport players. Literature lacks of perturbation exercises and its effects on peroneal's muscle strength, fatigue and individual's performance parameters. This study will investigate if it is possible to achieve improvements on peroneal eccentric strength, fatigue, dynamic balance and individual's performance with the exercises mainly based on side perturbations.
In the sports world, physical training is the most important factor because physical training increases the efficiency and the effectiveness of the sports. The players performance depends on various factors, but the main factor of players performance is physical training. Training contributes tremendously towards the achievement of such aims of this area in sports. The circuit training is a non-stop, high intensity, basketball specific workout. It increases overall speed and quickness, explosive power, upper and lower body strength, vertical jump and, most of all, the athlete's conditioning.
The relationship between elbow proprioception, upper extremity physical performance, and passing accuracy in adolescent basketball players will be explored.
The specific training of the elastic-explosive force of the muscles involved in vertical jump and active mobilizations is used to improve the quality of the jump. It is also intended to reduce the loss of centimeters, recovery times and fatigue produced during a series of vertical jumps. The objective of the study is to assess the effectiveness of active mobilizations together with specific training in lower limbs, in ankle mobility, the perception of effort and the height and resistance of vertical jumping in amateur basketball players. Randomized clinical study. 50 basketball players from 20 to 35 years will be randomized to the study groups: control group (resistance strength exercises, elastic-explosive force) and experimental group (resistance strength exercises, elastic-explosive force together with active mobilizations). The dependent variables will be: repeated jump (15 second Jump test, my Jump 2), maximum vertical jump (CMJ free arms, my Jump 2), subjective perception of effort (Borg scale) and ankle dorsiflexion (goniometer). The sample distribution will be calculated using a Kolmogorov-Smmirnof analysis. The changes after each evaluation will be analyzed with the t-student test and with an ANOVA of repeated measures the intra and intersubject effect will be observed. The effect size will be calculated using Cohen's formula. It is expected to observe an improvement in the resistance of vertical jumps, with a decrease in the loss of centimeters in the repetitions of jumps.