Introduction The purpose of this pilot study was to determine match performance in AS considering playing positions, two halves, and playing time. Material and methods Twelve amputee soccer players were monitored for two days during the tournament of Polish Extra Ligue. The match performance data and heart rate (HR) response were collected from 4 matches (lasted 2x20 min) by Polar Team Pro. Gathered data included HR parameters, time in HRmax zones, speed, covered distance, and speed zones. Differences between two halves, 6-10 min vs. above 10 min playing time, and playing positions were assessed. Results There were not statistically differences between two halves in HR response, percentage of time in HRmax zones, speed, distance, and percentage of time in speed zones (except III HRmax zone). Significantly higher heart rate reserve and HRmax values, and total cover distance were observed in the longer playing time. Goalkeepers had significantly lower results than other players. Midfielders and defenders were similar in terms of HR response and percentage of time spent in HRmax zones. Strikers spent significantly more percentage of time in high-intensity running zone than other players. Conclusions These results brought a new knowledge to amputee soccer coaches and players about significant differences in match load relating to playing position as well as playing time. This knowledge can be beneficial in planning amputee soccer training as well as preparing special physical fitness tests corresponding to real effort during a game.
Introduction Basketball is characterized by high intensity play and a lot of physical contact. Players are required to be well-trained physically in order to be able to face the dynamics, speed and variability of the game and the training loads to which they are exposed. Basketball is a sport that predisposes the athletes to musculoskeletal injuries. The aim of this study was to characterize the injuries experienced by young adult male basketball players. Material and methods Young adult male Polish basketball players from various clubs (17±1.4 years; n = 28; 47%) and amateur basketball players (17±1.4 years; n =30; 53%) took part in this study. To assess the injuries of young basketball players, a survey consisting of 28 questions was used. Results The most common injuries were lower limb injuries (54%), of which ankle injuries prevailed (ankle injuries were the most common injuries of all). Upper limb injuries accounted for 36% of all injuries. Of these, subluxations in finger joints occurred most often. Most often, injuries occurred during physical contact with another player (40%). Despite an injury, the players either did not alter the length of their warm-up or they devoted more time to it. In terms of stretching before a training session or a match, differences between players training up to three times a week and players training four or more times per week were statistically significant (χ2 = 8.926, p = 0.012, V = 0.392). Conclusions Basketball is a sport that causes injuries. Basketball players mostly experience lower limb injuries.
Introduction Physical activity is defined as every movement performed by skeletal muscles above resting metabolic rate. It is important for children and youth as it contributes to appropriate emotional, social and somatic development. It may be limited by developmental disorders, diseases and disabilities. The aim of the work was to review the literature regarding physical activity of children and youth with motor disabilities. Material and methods The literature review was performed with the use of EBSCO and PubMed databases. The study inclusion criteria were as follows: publication in the English, Spanish or Polish language (1), abstract and/or title of the work included phrases “physical activity” and “children” and “disability” or “children with disabilities” and “fitness” and “activity” or “performance” and “children with disabilities” and “physical activity” (2), the work was published in the years 2011-2018 (3), it is available as a full-text article (4) and it comes from a scientific journal (5). Results As a result of the literature review, 516 articles were found, out of which 66 were found in EBSCO and 450 in PubMed. Ultimately, 35 papers which fulfilled the inclusion criteria (27 original articles and 8 reviews) were qualified for the study. Conclusions Persons with disabilities take up any forms of physical activity considerably less frequently than functionally fit individuals. Barriers which hinder taking up physical activity by children with disabilities are constituted mainly by environmental, psychological and physical factors. In order to assess physical activity of children and youth with disabilities, accelerometers, endurance tests, participation and quality of life questionnaires and interviews are applied most frequently.
Background The profession of a firefighter involves multiple factors that directly or indirectly impact on the person's health. The aim of this study was to establish the correlation between physical fitness of the selected group of firefighters with respect to anthropometric parameters, additional physical activity, and injury rate. Material and methods The study examined 77 men who worked for the State Fire Service (age: 28.87±9.84 years, body mass: 82.13±9.37 kg, body height: 180.12±6.39 cm). Of he study group, 53% of the fire-fighters had normal BMI, 42% were overweight and 5% had first degree obesity. The study used a survey questionnaire concerning the anthropometric data, previous injuries, physiotherapeutic procedures following the injury, and participants' involvement in additional physical activity. A physical fitness test battery was used to determine the correlation between physical fitness and: age, BMI and additional physical activity and injury rate. Results Musculoskeletal injuries accounted for 51% of all injuries. Of all injuries, 56% were occupational. The correlations between the results of the handgrip test were insignificant with respect to BMI and age, whereas in other tests, the correlations were statistically significant (p<0.05). No differences were observed in the results of handgrip test between the group of firefighters who were and those who were not involve in additional physical activity. Comparison of the results obtained by firefighters following the injury and without previous injuries revealed a statistically significant difference (p<0.05) in the 4 x 10 m shuttle run. Conclusions Age and higher values of BMI are the factors that reduce the level of physical fitness of firefighters. Involvement in additional physical activity is a factor in improving physical fitness of firefighters. Previous injuries the firefighters had suffered did not have an effect on their physical fitness.
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