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Clinical Trial Summary

In the realm of sports performance, particularly in disciplines demanding explosive lower-body strength and agility, such as basketball, an athlete's ability to execute powerful and high-reaching jumps plays a pivotal role. Optimal lower-extremity flexibility, particularly in the hamstrings, is crucial for achieving maximum vertical jump height. Hamstring shortness, characterized by limited flexibility and reduced muscle extensibility, is frequently observed among athletes and has been linked to compromised jump performance.


Clinical Trial Description

Young basketball players, in their developmental stages, often face the challenge of balancing strength, flexibility, and functional movement. Hamstring tightness is a prevalent issue among this demographic, potentially influencing their ability to generate adequate power during jumps. The impact of hamstring shortness on jump performance is multifaceted, affecting the force production, range of motion, and efficiency of movement crucial for executing explosive jumps ;


Study Design


Related Conditions & MeSH terms


NCT number NCT06179862
Study type Observational
Source Istanbul Medipol University Hospital
Contact
Status Completed
Phase
Start date December 21, 2023
Completion date February 8, 2024

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