. Participants wore a pair of comfortable shoes during the training and treatment sessions. For the goddess exercise, patients stood bilaterally with hands on the pelvis and feet in about 45° external rotation and shoulder-width apart. Then, they squatted down to about 30° (or about 60°, or 90° of knee flexion
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Hamid Reza Bokaeian, Fateme Esfandiarpour, Shahla Zahednejad, Hossein Kouhzad Mohammadi, and Farzam Farahmand
Leah S. Goudy, Brandon Rhett Rigby, Lisa Silliman-French, and Kevin A. Becker
palsy ( Debuse, Gibb, & Chandler, 2009 ). Physical adaptations to EAAT are elicited by the three-dimensional, rhythmic movements of the walking horse, which generates movements at the rider’s pelvis that resembles those essential for ambulation ( Garner & Rigby, 2015 ). Improvements in skeletal muscle
Valeria Rosso, Laura Gastaldi, Walter Rapp, Stefan Lindinger, Yves Vanlandewijck, Sami Äyrämö, and Vesa Linnamo
Paralympic cross-country (XC) sit-skiing is a Paralympic discipline in which athletes are skiing seated because they have an impairment in function or structure of the lower extremities, pelvis, and/or trunk. XC sit-skiers ski using a sledge mounted on a pair of XC skis, named sit-ski, and a couple
Luca Cavaggioni, Athos Trecroci, Damiano Formenti, Luke Hogarth, Massimiliano Tosin, and Giampietro Alberti
started after removing the trunk support. The test ended when the participants were no longer able to maintain the position of the 60° angle. In TEXT, the participants were asked to hold a horizontal prone position as long as possible, with the arms crossed over the chest. The pelvis and knees were fixed
Wojciech Jedziniak, Piotr Lesiakowski, and Teresa Zwierko
and proper head position during the observation of the visual field. Fujishita et al. ( 2018 ) showed that higher single-leg running speed was associated with an increased forward tilt of the pelvis and a shorter crutch stance phase. Consequently, the biomechanics of locomotion during an amputee
Johanna S. Rosén, Victoria L. Goosey-Tolfrey, Keith Tolfrey, Anton Arndt, and Anna Bjerkefors
activating muscles surrounding the pelvis, for example, hip flexor and extensor muscles, might also compensate during the trunk tests with trunk kyphosis or lordosis. Distinguishing the movement caused by using a compensation strategy can be difficult for the classifiers to examine because the compensation
