2015
DOI: 10.4025/reveducfis.v26i3.24511
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Epidemiologia e etiologia das lesões em canoístas de alto nível

Abstract: Nesta pesquisa descritiva de retrospectiva transversal, analisamos as lesões mais frequentes em atletas canoístas de águas calmas. Contamos com a participação de 362 canoístas,que responderam a um questionário sobre lesões. Obtivemos um índice de lesões nos canoístas homens de 1,43 e nas mulheres de 1,50; 53,9% foram lesões do tipo leve. As lesões nos ombros atingiram 32% nos homense 42,7% nas mulheres. Encontraram-se diferenças significativas (p<0,01) nos homens em relação à duração do treinamento e também às… Show more

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Cited by 1 publication
(1 citation statement)
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“…This phenomenon could be due to the fact that this is a key area in the technical performance of this sport, an excessive use, post-traumatic stress (since the potential energy applied to each paddling stroke is transmitted directly to this joint), or even to the impact of the paddle on the bottom in shallow places. In addition, a great similarity was found in the anatomical regions with the study of Treus et al [19], highlighting that, in addition to coinciding in this predominant injury area, the second area with greater injury rate, i.e., the lumbar segment (with 10.7%), was similar in both studies. Moreover, considering that the most frequent time when the injuries appeared was during the second half of the training sessions, it can be asserted that consistent overtraining can logically lead to muscular imbalances, glenohumeral and scapular kinematic dysfunctions, soft tissue damage and inflammatory processes.…”
Section: Discussionsupporting
confidence: 78%
“…This phenomenon could be due to the fact that this is a key area in the technical performance of this sport, an excessive use, post-traumatic stress (since the potential energy applied to each paddling stroke is transmitted directly to this joint), or even to the impact of the paddle on the bottom in shallow places. In addition, a great similarity was found in the anatomical regions with the study of Treus et al [19], highlighting that, in addition to coinciding in this predominant injury area, the second area with greater injury rate, i.e., the lumbar segment (with 10.7%), was similar in both studies. Moreover, considering that the most frequent time when the injuries appeared was during the second half of the training sessions, it can be asserted that consistent overtraining can logically lead to muscular imbalances, glenohumeral and scapular kinematic dysfunctions, soft tissue damage and inflammatory processes.…”
Section: Discussionsupporting
confidence: 78%