BIOMECHANICAL PROFILE OF THE MUSCLES OF THE UPPER LIMBS IN SPORT CLIMBERS

Journal Title: Polish Journal of Sport and Tourism - Year 2018, Vol 25, Issue 1

Abstract

Introduction. Studies have demonstrated an important role of muscle strength and endurance in climbing. However, little research has explored the speed parameters of the muscles of climbers. This study aimed to evaluate biomechanical indices of the functional status of the upper limbs in climbers. Material and methods. Group G1 (n = 3) were athletes who were able to climb 8c+/9a climbing routes using the red-point style and 7c+/8b routes with the on-sight style. Group G2 (n = 5) comprised climbers who were able to climb 8a/8b+ and 7b+/8a routes, respectively. Maximum muscle torques were measured in the elbow and arm flexors and extensors. Hand grip tests, dynamometric arm strength tests, and laboratory endurance tests were conducted. Results. Strength parameters in both joints were similar in the two groups of climbers. Maximum absolute values of hand grip, crimp grip, and global arm force in hanging did not differ between the groups. Furthermore, significant differences were found for relative indices (from circa 3% to circa 12%). No significant differences were recorded for the parameters of muscle speed. Furthermore, no significant effect of the subjects’ skill level on the results of endurance tests was found. The results obtained in the groups of athletes (G1, G2, and G1+2) were compared with the values recorded in a control group of students (GC, n = 48). Conclusions. Elite climbers were found to have an advantage over the controls only in strength and muscular endurance. No significant differences were observed in the results of speed tests in the muscles of the athletes and students examined in the study. The climbers (G1 and G2) differed in the strength potential of their muscles, but only when relative force indices were analysed. No differences were found in the biomechanical variables of speed and muscular endurance. Conventional tests are typically not a valuable diagnostic tool for the evaluation of climbers.

Authors and Affiliations

ROBERT STASZKIEWICZ, MICHAIL MICHAILOV, TOMASZ RĘGWELSKI, ZBIGNIEW SZYGUŁA

Keywords

Related Articles

ATTITUDES TOWARD DOPING AMONG POLISH ATHLETES MEASURED WITH THE POLISH VERSION OF PETROCZI’S PERFORMANCE ENHANCEMENT ATTITUDE SCALE

Introduction. The aim of the study was twofold. The first aim was to specify attitudes toward using performance-enhancing drugs (doping) among athletes practising different sports disciplines. The second aim was to prese...

DIRECTION AND VELOCITY OF THE BALL IN VOLLEYBALL SPIKE DEPENDING ON LOCATION ON COURT

Introduction. The aim of this study was to determine the correlations between the direction and velocity of the ball in volleyball spike. We adopted the hypothesis that the direction of an attack is dependent upon the ar...

IDENTIFICATION OF MAPPING MODELS OF PLAYERS COOPERATION IN CREATING POINT SITUATIONS IN VOLLEYBALL DEPENDING ON SETTER POSITION

Introduction. Team games, which have been studied by researchers for several years, include both individual and cooperative actions. Although cooperation is the essence of team sports, there is still a dearth of research...

CHANGES IN THE STIFFNESS OF THIGH MUSCLES IN THE LEFT AND RIGHT LIMBS DURING SIX WEEKS OF PLYOMETRIC TRAINING IN VOLLEYBALL PLAYERS

Introduction. Monitoring muscle stiffness in athletes can be a good method of assessing fatigue caused by high training loads, and the early detection of fatigue can help prevent the occurrence of micro-trauma in the mus...

YOUTH PHYSICAL ACTIVITY AS AN OUT-OF-CLASS OCCUPATION

Introduction. Every year, the lack of physical activity causes the death of 600,000 people in Europe; lack of exercise also leads to overweight and obesity in more than one million people [1]. The study of the Latvian Pu...

Download PDF file
  • EP ID EP541764
  • DOI 10.2478/pjst-2018-0002
  • Views 71
  • Downloads 0

How To Cite

ROBERT STASZKIEWICZ, MICHAIL MICHAILOV, TOMASZ RĘGWELSKI, ZBIGNIEW SZYGUŁA (2018). BIOMECHANICAL PROFILE OF THE MUSCLES OF THE UPPER LIMBS IN SPORT CLIMBERS. Polish Journal of Sport and Tourism, 25(1), 10-15. https://europub.co.uk/articles/-A-541764