Turnout is Related to High Internal Loads in Ballet

Debora Cantergi; Edgar Wagner; Barbara May; James Shippen; Jefferson Loss

Turnout is Related to High Internal Loads in Ballet

Debora Cantergi, Edgar Wagner, Barbara May, James Shippen, Jefferson Loss

School of Art and Design

Research output: Contribution to conference › Paper › peer-review

Abstract

Turnout, the capacity to laterally rotate the lower limb, is the most fundamental element of ballet [1-4] and must be reached by rotating the hip joint [5]. Though dancers aim for a 180º between feet, only a few are capable of reaching this amplitude [6-8]. Most use compensations that enhance other lower limb joints
rotation, which is said to increase internal loads, and the rate of turnout related injuries in dancers [9-11]. However, literature searches failed to identify studies evaluating internal loads in ballet movements?

Original language	English
Pages	282-283
Publication status	Published - 8 May 2017
Event	XVII Congresso Brasiliero de Biomechánica - Porto Alegre, Brazil Duration: 8 May 2017 → 11 May 2017 Conference number: 17 http://biomecanica2017.com.br/

Conference

Conference	XVII Congresso Brasiliero de Biomechánica
Country	Brazil
City	Porto Alegre
Period	8/05/17 → 11/05/17
Internet address	http://biomecanica2017.com.br/

Keywords

Biomechanics

Access to Document

http://eventos.livera.com.br/conteudo/arquivo/livro-de-resumos---cbb---final-1495655093.pdf

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AB - Turnout, the capacity to laterally rotate the lower limb, is the most fundamental element of ballet [1-4] and must be reached by rotating the hip joint [5]. Though dancers aim for a 180º between feet, only a few are capable of reaching this amplitude [6-8]. Most use compensations that enhance other lower limb jointsrotation, which is said to increase internal loads, and the rate of turnout related injuries in dancers [9-11]. However, literature searches failed to identify studies evaluating internal loads in ballet movements?

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