Isokinetic Performance of Shoulder External and Internal Rotators in Adolescent Male Volleyball Athletes

Authors

  • Kelly Cristine Franceschini
  • Naíma Nissola
  • Bruno Soldatelli Zardo
  • Gerson Sacilotto Tadielo
  • Leandro Viçosa Bonetti Universidade de Caxias do Sul. City - Caxias do Sul State - Rio Grande do Sul Country - Brazil

DOI:

https://doi.org/10.3823/2011

Keywords:

sports, muscle strength, torque

Abstract

Title: Isokinetic performance of shoulder external and internal rotators in young male volleyball athletes.

Background: Volleyball is a sport characterized by short, intensive and explosive actions. In the performance of these repetitive movements, the shoulder joint receives the largest load. Therefore, a detailed assessment of biomechanics and muscle performance is fundamental in the evaluation, treatment and in prevention of shoulder injuries in volleyball athletes.

Methods and Findings: Information from a database concerning the isokinetic evaluation of the shoulder’s external and internal rotator muscles at the 60°/s and 180°/s angular velocities from 20 male volleyball athletes under 17 years of age was assessed. At a velocity of 60°/s the average values for internal rotators on the non-dominant limb were significantly smaller than those of the dominant limb, and at a velocity of 180°/s both the internal and external rotators average values for the non-dominant limb were significantly smaller than those for the dominant limb. For the external-internal rotator ratio analyses, there was no significant difference between the limbs.

Conclusions: In conclusion, the unilateral demands during typical movements in volleyball resulted in higher peak torque values for the dominant limb in comparison to that of the non-dominant limb. For the external-internal rotators, no relevant differences were found between limbs, and the average values were within the parameters of normality.  

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Published

2016-07-14

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Section

Sports Medicine