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The relationship between coordination, motor abilities and anthropometric characteristics of preschool girls

EFFECTS OF BODY COMPOSITION ON THE MANIFESTATION OF STATIC STRENGTH IN GIRLS OF LOWER ELEMENTARY SCHOOL AGE

Akoš Taboroši
Akoš Taboroši

Grammar School for Talented Students “Kosztolányi Dezső”, Subotica, Serbia

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Published: 01.06.2013.

Vol 5, No 1 (2013), 2013, 5 (1);

pp. 53-59;

https://doi.org/10.31382/EQOL201301035T

Abstract

This study presents the results of the analysis of the effects of body composition on the
manifestation of static strength in girls of lower elementary school age. The sample consisted
of 63 girls aged seven. All the girls were from Subotica and attend elementary schools. Height
was measured by the use of Martin’s anthropometer, weight was measured by the use of InBody
230. The measures of body composition (body fat, total body water and skeletal muscle mass)
were assessed by InBody 230, a device which functions on the base of bioelectrical impedance.
The static strength of arms and shoulder area was assessed by „Bent-arm hang” test. The results
pointed to the statistically significant effects of the body composition on the manifestation of static
strength in girls of lower elementary school age. 

Keywords

body composition,

static strength,

girls

References

1.
Babin J, Bavčević T, Moretti V. Kanoničke relacije latentne morfološke strukture i varijabli snage učenica u dobi od šest do sedam godina [Canonical relations of the latent morfological structure and strength variables in girl pupils aged six-seven.
2.
Findak UV. 15. In: Ljetna škola kineziologa Republike Hrvatske. p. 62–6.
3.
Bala G. Uspešno pisanje u kineziologiji [Successful Writing in Kinesiology]. Novi Sad: Fakultet sporta i fizičkog vaspitanja.
4.
Bala G, Jakšić D, Popović B. Trend relacija morfoloških karakteristika i motoricičkih sposobnosti predškolske dece [Trend of relations between morphological characteristics and motor abilities of pre-school children.
5.
Bala UG. Relacije antropoloških karakteristika i sposobnosti predškolske dece.
6.
Bala G, Stojanović M, Stojanović M. Merenje i definisanje motoričkih sposobnosti dece [Measurement and Definement of Motor Abilities of Children.
7.
Krsmanović B, Berković L. Teorija i metodika fizičkog vaspitanja [Theory and Methodics of Physical Education.
8.
Madić D, Popović B, Tumin D, Obradović J, Pantović M, Cvetković M. Uticaj telesne kompozicije na izvođenje složenih kretnih struktura kod devojčica uzrasta 11–12 godina [Effects of body composition on the performance of complex movement exercises in girls aged 11–12. Vol. 46, Glasnik Antropološkog društva Srbije. p. 287–92.
9.
Mészáros Z. A szomatikus fejlődés, a testösszetétel és a motorikus teljesitmény változása alsó tagozatos fiúknál [Somatic development, body composition, and change of motor achievement of junior school age boys.
10.
Nićin Đ. Antropomotorika.
11.
Parizková J. Body composition and exercise during growth and development. In: Rarick.
12.
In: Physical Activity, Human Growth and Development. p. 97–124.
13.
Stojiljković S, Mandarić S, Todorović K, Mitić D. Efekti primene “omnibus“ aerobika na telesnu kompoziciju žena [The effects of “omnibus” aerobics application on women`s body compositin. Vol. 64, Fizička kultura. p. 59–67.
14.
Vajda I. A motorikus teljesítmények és az antropometriai jellemzők kapcsolata 7–10 éves nem sportoló gyermekeknél [The correlation between motor performance and anthropometric features with 7–10 year-old, non-athletic children.
15.
Zatsiorsky MV, Kraemer JW. Science and Practice of Strength Training [Nauka i praksa u treningu snage.

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