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This image shows an ultrasound transducer secured over the posterior lower leg using a fixation device to allow consistent imaging during movement or loading tasks. This setup enables the assessment of dynamic tissue behavior, including muscle and fascial displacement, which can be analyzed to evaluate fascial gliding and interlayer motion.

This image shows an ultrasound transducer secured over the posterior lower leg using a fixation device to allow consistent imaging during movement or loading tasks. This setup enables the assessment of dynamic tissue behavior, including muscle and fascial displacement, which can be analyzed to evaluate fascial gliding and interlayer motion.

Fascial Gliding and Ultrasound: A New Way to Measure Recovery in Athletes

Ultrasound is evolving beyond static imaging. This article explores how fascial gliding can be quantified using motion tracking and what this reveals about tissue behavior, recovery, and performance. A shift from structure to measurable tissue mechanics.

Apr 273 min read

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