Growth-related changes in anthropometry and physical fitness in girls aged 10-13 years

This study is aimed at evaluating 10-13-year-old girls' motor skills and anthropometric characteristics as well as their interrelationships during their growth. Three hundred seventy-eight girls from elementary schools underwent a standard anthropometry (body height, weight and body mass index)...

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Main Authors: Katsikadelis Michail, Đokić Zoran
Format: Article
Language:English
Published: University Educons, Faculty of Sports and Tourism, Novi Sad 2020-01-01
Series:TIMS: Acta
Subjects:
Online Access:https://scindeks-clanci.ceon.rs/data/pdf/1452-9467/2020/1452-94672001017K.pdf
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spelling doaj-f07ba631c9554cfdbd56d43f3b08083d2020-11-25T04:01:01ZengUniversity Educons, Faculty of Sports and Tourism, Novi SadTIMS: Acta1452-94672406-13442020-01-0114117291452-94672001017KGrowth-related changes in anthropometry and physical fitness in girls aged 10-13 yearsKatsikadelis Michail0Đokić Zoran1University of Patras, Experimental School, Patras, GreeceFaculty of sport and tourism, Novi Sad, SerbiaThis study is aimed at evaluating 10-13-year-old girls' motor skills and anthropometric characteristics as well as their interrelationships during their growth. Three hundred seventy-eight girls from elementary schools underwent a standard anthropometry (body height, weight and body mass index) and motor fitness tests (sprint run for 20 meters, Bent knee push-up, sit-up test for 30 seconds, standing long jump and sit and reach). Data was stratified by age. Age-specific percentile values (i.e., P5 to P95) were generated. Significant age-related main effects for body height, body weight, and body mass indexes were observed, including running speed, abdominal strength, and muscle endurance, as well as the explosive leg power. Physical fitness was considerably affected by anthropometric parameters. Body height seemed to be positively correlated with the explosive leg power and abdominal strength and muscles endurance, and negatively with speed, strength and endurance of the upper body muscle groups. Test results for assessing strength were insufficient. Likewise, body weight appeared positively correlated with explosive leg power and negatively with speed, strength and endurance of the upper body muscle groups and flexibility. As for the body mass index, it was proven to be negatively correlated with strength and the endurance of the upper body muscle groups and flexibility.https://scindeks-clanci.ceon.rs/data/pdf/1452-9467/2020/1452-94672001017K.pdfbody heightbody weighttestingschool children
collection DOAJ
language English
format Article
sources DOAJ
author Katsikadelis Michail
Đokić Zoran
spellingShingle Katsikadelis Michail
Đokić Zoran
Growth-related changes in anthropometry and physical fitness in girls aged 10-13 years
TIMS: Acta
body height
body weight
testing
school children
author_facet Katsikadelis Michail
Đokić Zoran
author_sort Katsikadelis Michail
title Growth-related changes in anthropometry and physical fitness in girls aged 10-13 years
title_short Growth-related changes in anthropometry and physical fitness in girls aged 10-13 years
title_full Growth-related changes in anthropometry and physical fitness in girls aged 10-13 years
title_fullStr Growth-related changes in anthropometry and physical fitness in girls aged 10-13 years
title_full_unstemmed Growth-related changes in anthropometry and physical fitness in girls aged 10-13 years
title_sort growth-related changes in anthropometry and physical fitness in girls aged 10-13 years
publisher University Educons, Faculty of Sports and Tourism, Novi Sad
series TIMS: Acta
issn 1452-9467
2406-1344
publishDate 2020-01-01
description This study is aimed at evaluating 10-13-year-old girls' motor skills and anthropometric characteristics as well as their interrelationships during their growth. Three hundred seventy-eight girls from elementary schools underwent a standard anthropometry (body height, weight and body mass index) and motor fitness tests (sprint run for 20 meters, Bent knee push-up, sit-up test for 30 seconds, standing long jump and sit and reach). Data was stratified by age. Age-specific percentile values (i.e., P5 to P95) were generated. Significant age-related main effects for body height, body weight, and body mass indexes were observed, including running speed, abdominal strength, and muscle endurance, as well as the explosive leg power. Physical fitness was considerably affected by anthropometric parameters. Body height seemed to be positively correlated with the explosive leg power and abdominal strength and muscles endurance, and negatively with speed, strength and endurance of the upper body muscle groups. Test results for assessing strength were insufficient. Likewise, body weight appeared positively correlated with explosive leg power and negatively with speed, strength and endurance of the upper body muscle groups and flexibility. As for the body mass index, it was proven to be negatively correlated with strength and the endurance of the upper body muscle groups and flexibility.
topic body height
body weight
testing
school children
url https://scindeks-clanci.ceon.rs/data/pdf/1452-9467/2020/1452-94672001017K.pdf
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