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EN
Background: Functional parameters of the respiratory system, the level of fatty tissue and connected with it the weight/growth index constitute important information attesting health condition of the population. The purpose of the study is to compare somatic features and determine the degree of correlation between these features taking into consideration different ecological conditions of the place of residence.Material/Methods: A total of 114 children aged 13 (56 boys) and 12 (58 girls), representatives of the urban and country school population participated in the research. A city school was represented by a group of 30 boys and 27 girls. 26 boys and 31 girls were representatives of a village school. Research on physical development concerned body height and weight, thickness of the fatty tissue and functional parameters of the respiratory system.The arithmetic mean and standard deviation were assessed. The importance of difference of the arithmetic means in town and village groups of both sexes was tested by the Student t-test, and the correlation coefficient was assessed. The level of significance alpha = 0.05 was accepted. The assessment was made by means of Statistica 9 programme. The tests were taken in spring 2008.Results: Research findings present significant relationships between the thickness of the fatty tissue and the body mass. The relationships between the remaining somatic features, for example lung ventilation parameters, are less essential.Conclusions: The assumption that the place of residence and associated with it different ecological conditions influence the biological development indicators seems to be untrue with reference to the tested group of pupils.
EN
Background: The purpose of the study was to present components of fitness and body composition and to determine the correlation between parameters of biological development in a group of schoolchildren. Material/Methods: Analysis of somatic features of 12-year-old children, of both sexes, from the Pomeranian province in Poland (99 boys and 96 girls) included basic parameters of the respiratory system, body fat, height and body weight. Functional indicators, i.e. components of motor abilities, have been tested. Results: Boys had significantly better results of endurance and jumping ability, and girls dominated in flexibility and somatic components like height, weight and skinfold thickness and additionally in Forced Vital Capacity and Forced Expiratory Volume in One Second. In the group of boys the Maximal Mid Expiratory Flow25/75 was significantly correlated with shoulders strength. In the group of girls Forced Expiratory Volume in One Second and its relationship to Forced Vital Capacity was correlated with shoulders strength. The Peak Expiratory Flow rate was significantly correlated with abdominal strength and flexibility. Forced Vital Capacity was correlated with flexibility and Forced Expiratory Volume in One Second - with flexibility too. The biggest intensity of correlation was observed in the case of boys skinfold thickness with speed, jumping ability, shoulder strength, agility and endurance. The group of girls has weight correlated with speed and jumping ability and skinfold thickness correlated with the same parameters. Boys’ endurance of was significantly correlated with weight and skinfold thickness and girls’ endurance additionally with height. Conclusions: Significant differences between males and females have been identified with regard to body type and fitness. In the group of girls more correlations between parameters of the respiratory system and basic components of fitness were observed. However, the opposite situation appeared in the case of relationships between the remaining somatic indicators (height, weight and skinfold thickness) and general components of fitness, where more correlations in the group of boys have been reported.
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