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Kenji Kanazawa, Yoshihiro Hagiwara, Takuya Sekiguchi, Ryo Fujita, Kazuaki Suzuki, Masashi Koide, Akira Ando, and Yutaka Yabe

restriction in shoulder ROM. Shear-wave elastography is a technique that was developed to analyze tissue quality, with a focus on elasticity. 17 Shear-wave elastography provides noninvasive quantitative and local elastic information on soft tissues in real time, based on viscoelastic properties. 17 The

Open access

Connor Burk, Jesse Perry, Sam Lis, Steve Dischiavi, and Chris Bleakley

elastography can explicitly quantify mechanical properties of fascial tissues under in vivo conditions. 11 For example, cross-correlation calculations derived from real-time ultrasound has already been used to estimate relative movements of fascial tissue, including sliding of fascial layers and shear strain

Open access

Kenneth Färnqvist, Stephen Pearson, and Peter Malliaras

parameter missing for a change in tendon thickness. No studies utilizing elastography or more traditional measurement (ie, ultrasound) to investigate change in mechanical properties after exercise were identified. Given the lack of studies, no conclusions can be made about the relationship between change in