Abstract:SummaryStudy aim: The aim of the study was to examine the differences in physical fitness between deaf female soccer players and their deaf peers who did not practise any sport.Material and methods: The research involved 13 deaf female soccer players and 16 deaf untrained girls. Physical fitness was assessed by a jump test and the Eurofit test. In the jump test, each participant performed an akimbo counter-movement jump (ACMJ), a counter-movement jump (CMJ) and a spike jump (SPJ) on a force plate. The followin… Show more
“…Moreover, normal-hearing athletes were said to have better values in “harmstring/quadriceps ratio” and “maximum voluntary contraction” values. Buśko et al (2020) reported that deaf female football players had better jump performance than normal-hearing healthy individuals. These results confirm that deaf athletes have lower performance in basic motor features compared to normal athletes.…”
Since deaf athletes do not have any physical deficiencies, it is known that they can easily participate in sports competitions if their communication problems are resolved. This study aimed to compare the performances of olympic deaf and elite normal-hearing volleyball players in different jumping test protocols. A total of 26 male volleyball players participated in the study, comprised of 12 olympic level deaf and 14 elite level normal-hearing. Following anthropometric measurements, athletes performed bilateral counter movement, squat and drop jump tests on a force plate. Each test was performed 3 times with maximal effort separated by 45 seconds of passive recovery and the mean of the three trials was selected for analysis. Independent Samples t-test was used to compare the differences in mean values of jumping test parameters between the groups. Normal-hearing athletes are observed to have significantly better scores than deaf athletes in all test protocols. Considering that the number of studies on athletic performance in deaf athletes is limited, it can be said that our study will contribute to researchers and coaches in respect of detecting a key ability in volleyball, such as jumping, in different jump protocols.
“…Moreover, normal-hearing athletes were said to have better values in “harmstring/quadriceps ratio” and “maximum voluntary contraction” values. Buśko et al (2020) reported that deaf female football players had better jump performance than normal-hearing healthy individuals. These results confirm that deaf athletes have lower performance in basic motor features compared to normal athletes.…”
Since deaf athletes do not have any physical deficiencies, it is known that they can easily participate in sports competitions if their communication problems are resolved. This study aimed to compare the performances of olympic deaf and elite normal-hearing volleyball players in different jumping test protocols. A total of 26 male volleyball players participated in the study, comprised of 12 olympic level deaf and 14 elite level normal-hearing. Following anthropometric measurements, athletes performed bilateral counter movement, squat and drop jump tests on a force plate. Each test was performed 3 times with maximal effort separated by 45 seconds of passive recovery and the mean of the three trials was selected for analysis. Independent Samples t-test was used to compare the differences in mean values of jumping test parameters between the groups. Normal-hearing athletes are observed to have significantly better scores than deaf athletes in all test protocols. Considering that the number of studies on athletic performance in deaf athletes is limited, it can be said that our study will contribute to researchers and coaches in respect of detecting a key ability in volleyball, such as jumping, in different jump protocols.
“…Futsal is a sport consisting of a wide variety of repetitive multiplanar moves of high intensity [28] and needs high anaerobic efficiency and excellent operating capabilities [29]. Some studies have shown that children who cannot hear less than their healthy peers, regardless of gender, are physically fit [30]. Nutrition is an essential element in improving an athlete's success.…”
Introduction. The level of fitness is fundamental in the athlete's success in achieving optimum performance. Aim. This paper aims to know the rate of recommended dietary allowances (RDA) and the physical activity to stay fit. Material and Methods. Analytical observational analysis with the cross-sectional design was the approach used in this study. Participants in this study is women's futsal player of 16 subjects was selected for measures of physical health, macronutrient consumption, nutritional status, nutritional awareness, and level of physical activity. Fitness levels were assessed using a Multi-stage Fitness Test (MFT), and nutritional knowledge and physical activity with the International Physical Activity Questionnaire (IPAQ). Analysis of data is carried out in univariate, bivariate, and multivariate form using statistical software. Results. The findings of this analysis are that energy consumption, carbohydrates, and proteins are all under the RDA for most female futsal athletes. Nutritional status is not a significant relation with the degree of fitness. Better dietary awareness may enable us to pay more attention to safer and more healthy eating behavior. The conclusion is that the average intake of calories, carbohydrates, and proteins in most female futsal athletes is still well below the RDA. Nutritional status has no significant relationship with fitness level. Good nutritional knowledge will encourage a person to pay more attention to his eating behavior to be healthier and more balanced. Conclusions. The conclusion is that the average intake of energy, carbohydrates, and protein in most female futsal athletes is still far below the recommended Nutritional Adequacy Rate (RDA)
“…The monitoring and early diagnosis of motor skills and cognitive performance in both healthy and sick people [ 1 , 2 ], including deaf athletes plays an important role [ 3 , 4 ]. The complexity of the mechanisms and the large number of parameters that need to be taken into account make artificial intelligence(AI) a great potential solution for speeding up and increasing the accuracy of such analyses.…”
The aim of the study was to build a fuzzy model of lower limb peak torque in an isokinetic mode. The study involved 93 male participants (28 male deaf soccer players, 19 hearing soccer players and 46 deaf untraining male). A fuzzy computational model of different levels of physical activity with a focus on the lower limbs was constructed. The proposed fuzzy model assessing lower limb peak torque in an isokinetic mode demonstrated its effectiveness. The novelty of our research lies in the use of hierarchical fuzzy logic to extract computational rules from data provided explicitly and then to determine the corresponding physiological and pathological mechanisms. The contribution of our research lies in complementing the methods for describing physiology, pathology and rehabilitation with fuzzy parameters, including the so-called dynamic norm embedded in the model.
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