National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Adipose tissue distribution by preschool children- comparative study
Petrů, Dominika ; Dylevský, Ivan (advisor) ; Adámková, Věra (referee) ; Navrátil, Leoš (referee)
CHARLES UNIVERSITY IN PRAGUE FACULTY OF PHYSICAL EDUCATION AND SPORT ADIPOSE TISSUE DISTRIBUTION BY PRESCHOOL CHILDREN- COMAPARATIVE STUDY ABSTRACT Head of the dissertation: Author: Prof. MUDr. Ivan Dylevský, DrSc. Mgr. Dominika Petrů Prague, 2014 Abstract The dissertation provides information about the distribution of subcutaneous adipose tissue in preschool-aged /5-6 years, n=141/ and younger school-aged children /8- 9 years, n=137/ in the Ústí region. In this review, we describe and evaluate the child's body with anthropometric parameters, skinfold, bioelectrical impedance analysis and selected sample /n=31/ with ultrasonography. We found an increased distribution of adipose tissue in older file with a concentration in the abdominal area and a higher reliability of skinfold than the BIA, considering the ultrasound examination. Key words: subcutaneous fat, skinfold, bioelectrical impedance analysis, ultrasonography
Adipose tissue distribution by preschool children- comparative study
Petrů, Dominika ; Dylevský, Ivan (advisor) ; Adámková, Věra (referee) ; Navrátil, Leoš (referee)
CHARLES UNIVERSITY IN PRAGUE FACULTY OF PHYSICAL EDUCATION AND SPORT ADIPOSE TISSUE DISTRIBUTION BY PRESCHOOL CHILDREN- COMAPARATIVE STUDY ABSTRACT Head of the dissertation: Author: Prof. MUDr. Ivan Dylevský, DrSc. Mgr. Dominika Petrů Prague, 2014 Abstract The dissertation provides information about the distribution of subcutaneous adipose tissue in preschool-aged /5-6 years, n=141/ and younger school-aged children /8- 9 years, n=137/ in the Ústí region. In this review, we describe and evaluate the child's body with anthropometric parameters, skinfold, bioelectrical impedance analysis and selected sample /n=31/ with ultrasonography. We found an increased distribution of adipose tissue in older file with a concentration in the abdominal area and a higher reliability of skinfold than the BIA, considering the ultrasound examination. Key words: subcutaneous fat, skinfold, bioelectrical impedance analysis, ultrasonography

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