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LOWER EXTREMITY MUSCLES BIOMECHANICAL PROPERTIES AND JOINT RANGE OF MOTION IN SWIMMERS

Clinical trials for LOWER EXTREMITY MUSCLES BIOMECHANICAL PROPERTIES AND JOINT RANGE OF MOTION IN SWIMMERS explained in plain language.

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Fin type may change Swimmers' leg muscles and injury risk

Knowledge-focused Ongoing

This study looks at how using a single large fin (monofin) versus two fins (bi-fins) affects leg muscles and joint flexibility in young swimmers aged 12-18. Researchers will measure muscle stiffness, elasticity, and joint range of motion in 42 healthy swimmers who train regularly…

Matched conditions: LOWER EXTREMITY MUSCLES BIOMECHANICAL PROPERTIES AND JOINT RANGE OF MOTION IN SWIMMERS

Sponsor: Istanbul Gelisim University • Aim: Knowledge-focused

Last updated Jun 27, 2026 13:00 UTC

LOWER EXTREMITY MUSCLES BIOMECHANICAL PROPERTIES AND JOINT RANGE OF MOTION IN SWIMMERS

Get alerted when new LOWER EXTREMITY MUSCLES BIOMECHANICAL PROPERTIES AND JOINT RANGE OF MOTION IN SWIMMERS trials appear

Fin type may change Swimmers' leg muscles and injury risk