Morphological model of the population of working-age women in Belgrade measured using electrical multichannel bioimpedance model: Pilot study
The aim of this study was to define the actual model of body composition status of working age women in the territory of Belgrade. The sample comprised 109 women respondents, of an average age of 35.2±9.5 and the length of service = 9.6±9.3 years. All measurements were performed in the period from 2...
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University of Belgrade, Faculty of Sport and Physical Education
2013-01-01
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doaj-2c6e637b364f4f59bda81ee1991bc1542021-04-02T15:03:29ZengUniversity of Belgrade, Faculty of Sport and Physical EducationFizička Kultura0350-38282217-947X2013-01-0167210311210.5937/fizkul1302103D0350-38281302103DMorphological model of the population of working-age women in Belgrade measured using electrical multichannel bioimpedance model: Pilot studyĐorđević-Nikić Marina0Dopsaj Milivoj1Rakić Slađana2Subošić Dane3Prebeg Goran4Macura Marija5Mlađan Dragan6Kekić Dalibor7University of Belgrade, Faculty of Sports and Physical Education, Belgrade, SerbiaUniversity of Belgrade, Faculty of Sports and Physical Education, Belgrade, SerbiaUniversity of Belgrade, Faculty of Sports and Physical Education, Belgrade, SerbiaCriminology and Police Academy, Belgrade, SerbiaUniversity of Belgrade, Faculty of Sports and Physical Education, Belgrade, SerbiaUniversity of Belgrade, Faculty of Sports and Physical Education, Belgrade, SerbiaCriminology and Police Academy, Belgrade, SerbiaCriminology and Police Academy, Belgrade, SerbiaThe aim of this study was to define the actual model of body composition status of working age women in the territory of Belgrade. The sample comprised 109 women respondents, of an average age of 35.2±9.5 and the length of service = 9.6±9.3 years. All measurements were performed in the period from 2011-2012 in the Teaching -research laboratory of the Faculty of Sport and Physical Education of the University of Belgrade, by applying standardized procedure of electrical multichannel bioimpedance method. The researched encompassed twenty-two (22) variables - fourteen basic (14) and eight (8) derived (index) variables. Basic variables were: BH - body height, BM - body mass, ICF - intracellular fluid, ECW - extracellular fluid, TBW - total body fluids, Proteins, Minerals, BMC (Osseous) - bone mineral contents, BFM - total body fat mass, SMM - skeletal muscle mass, VFA - visceral fat area, BCM - body cell mass, BMR - basal metabolic rate, FIS - fitness score as assessment of body composition. The derived (index) variables were: BMI - body mass index, PBF% - percent of body fat, PBW - percent of body water, PFI - protein fat index, PSMM - percent of skeletal muscle mass, SMMD - skeletal muscle mass density, OBMi - Osseous-body mass index, PBMi - protein body mass index. The results showed that the average body mass of the respondents was 67.66±13.39 kg, body height 167.04±6.62 cm, body mass index 24.27±4.66 kg/m2, muscle mass 26.55±4.46 kg, muscle mass percentage 29.09±8.47, body fat mass 20.52±9.74 kg, body fat percentage 29.09±8.47, visceral fat area was 77.92±40.23 cm2 and fitness score 73.23±6.75 of index points. The obtained results led to the conclusion that the current morphological status of the studied women partially corresponds to a type of normal weight. BMI and the representation of body fat had nearly limiting values towards obesity. A very high percentage of women was recorded in the category of pre-obese and obese according to BMI (40%) and PSMM (36%). Based on the results of this study, it can be claimed that the four-dimensional model (4D model) of body composition of working-age women from the measured sample has the following characteristics: in women of average body mass of 67.66 kg - water content is 34.58 L or 51.11%, protein mass is 9.25 kg or 13.68%, mineral mass is 3.30 kg or 4.88% and fat mass is 20.25 kg or 30.32%.http://scindeks-clanci.ceon.rs/data/pdf/0350-3828/2013/0350-38281302103D.pdfbody compositionbioimpendancewomenadipose tissueBMI |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Đorđević-Nikić Marina Dopsaj Milivoj Rakić Slađana Subošić Dane Prebeg Goran Macura Marija Mlađan Dragan Kekić Dalibor |
spellingShingle |
Đorđević-Nikić Marina Dopsaj Milivoj Rakić Slađana Subošić Dane Prebeg Goran Macura Marija Mlađan Dragan Kekić Dalibor Morphological model of the population of working-age women in Belgrade measured using electrical multichannel bioimpedance model: Pilot study Fizička Kultura body composition bioimpendance women adipose tissue BMI |
author_facet |
Đorđević-Nikić Marina Dopsaj Milivoj Rakić Slađana Subošić Dane Prebeg Goran Macura Marija Mlađan Dragan Kekić Dalibor |
author_sort |
Đorđević-Nikić Marina |
title |
Morphological model of the population of working-age women in Belgrade measured using electrical multichannel bioimpedance model: Pilot study |
title_short |
Morphological model of the population of working-age women in Belgrade measured using electrical multichannel bioimpedance model: Pilot study |
title_full |
Morphological model of the population of working-age women in Belgrade measured using electrical multichannel bioimpedance model: Pilot study |
title_fullStr |
Morphological model of the population of working-age women in Belgrade measured using electrical multichannel bioimpedance model: Pilot study |
title_full_unstemmed |
Morphological model of the population of working-age women in Belgrade measured using electrical multichannel bioimpedance model: Pilot study |
title_sort |
morphological model of the population of working-age women in belgrade measured using electrical multichannel bioimpedance model: pilot study |
publisher |
University of Belgrade, Faculty of Sport and Physical Education |
series |
Fizička Kultura |
issn |
0350-3828 2217-947X |
publishDate |
2013-01-01 |
description |
The aim of this study was to define the actual model of body composition status of working age women in the territory of Belgrade. The sample comprised 109 women respondents, of an average age of 35.2±9.5 and the length of service = 9.6±9.3 years. All measurements were performed in the period from 2011-2012 in the Teaching -research laboratory of the Faculty of Sport and Physical Education of the University of Belgrade, by applying standardized procedure of electrical multichannel bioimpedance method. The researched encompassed twenty-two (22) variables - fourteen basic (14) and eight (8) derived (index) variables. Basic variables were: BH - body height, BM - body mass, ICF - intracellular fluid, ECW - extracellular fluid, TBW - total body fluids, Proteins, Minerals, BMC (Osseous) - bone mineral contents, BFM - total body fat mass, SMM - skeletal muscle mass, VFA - visceral fat area, BCM - body cell mass, BMR - basal metabolic rate, FIS - fitness score as assessment of body composition. The derived (index) variables were: BMI - body mass index, PBF% - percent of body fat, PBW - percent of body water, PFI - protein fat index, PSMM - percent of skeletal muscle mass, SMMD - skeletal muscle mass density, OBMi - Osseous-body mass index, PBMi - protein body mass index. The results showed that the average body mass of the respondents was 67.66±13.39 kg, body height 167.04±6.62 cm, body mass index 24.27±4.66 kg/m2, muscle mass 26.55±4.46 kg, muscle mass percentage 29.09±8.47, body fat mass 20.52±9.74 kg, body fat percentage 29.09±8.47, visceral fat area was 77.92±40.23 cm2 and fitness score 73.23±6.75 of index points. The obtained results led to the conclusion that the current morphological status of the studied women partially corresponds to a type of normal weight. BMI and the representation of body fat had nearly limiting values towards obesity. A very high percentage of women was recorded in the category of pre-obese and obese according to BMI (40%) and PSMM (36%). Based on the results of this study, it can be claimed that the four-dimensional model (4D model) of body composition of working-age women from the measured sample has the following characteristics: in women of average body mass of 67.66 kg - water content is 34.58 L or 51.11%, protein mass is 9.25 kg or 13.68%, mineral mass is 3.30 kg or 4.88% and fat mass is 20.25 kg or 30.32%. |
topic |
body composition bioimpendance women adipose tissue BMI |
url |
http://scindeks-clanci.ceon.rs/data/pdf/0350-3828/2013/0350-38281302103D.pdf |
work_keys_str_mv |
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