Is There Really a Need to Create «regional Percentile Curves» of Weight-Height Parameters? (Comment to the Article by Rita R. Kildiyarova «assessing Physical Development of Children With Percentile Diagrams»)

Макарова, С. Г.

doi:10.15690/vsp.v16i5.1809

Cited by 5 publications

(3 citation statements)

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“…Таким образом, возникает необходимость сравнения численности клеток крови у испытуемых с различным «уровнем» физического развития, то есть определенной длиной и массой тела, ранжированной по некой общепризнанной классификации. В литературе нет однозначного мнения, какой подход к оценке физического развития необходимо считать эталонным [8,[10][11][12]. Ряд специалистов настаивают на создании в России обновленных нормативов с учетом этнических, регионарных и конституциональных особенностей физического развития населения [8] и считают метод центильных таблиц А.В.…”

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“…Мазурина и И.М. Воронцова устаревшим из-за акселерации развития детей [10]. Однако же большинство авторов [10][11][12] предлагают для дан-ных целей использовать рекомендации Всемирной организации здравоохранения (ВОЗ) [16].…”

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“…Воронцова устаревшим из-за акселерации развития детей [10]. Однако же большинство авторов [10][11][12] предлагают для дан-ных целей использовать рекомендации Всемирной организации здравоохранения (ВОЗ) [16]. Данный метод прост в использовании, материалы для его применения общедоступны [11,12].…”

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Physical development and blood composition correlation in adolescents

et al. 2020

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The goal of the study was to assess the correlation between height and body mass deviations measured with the aid of Z-index in teens and cell component of their peripheral blood. Materials and methods. Apical height was measured in 83 adolescent boys in the course of regular prophylactic medical examination. Z-index was calculated according to WHO Growth Reference, 2007. Cell blood composition was studied with the help of automatic hematologic analyzer. The empiric data was processed statistically using Spearmans correlation coefficient. Results. The analysis of hematologic parameters correlation with deviations of height and bodymass by Z-index has yielded relationship as follows: moderate positive correlation of Hb concentration with bodymass index Z-index, hematocrite with bodymass and height Z-index. Besides there is a mild positive correlation of Hb concentration with bodymass Z-index; RBC number with bodymass and height Z-index, MCV with bodymass and height Z-index. There is no correlation of MCH, MCHC, WBC and Plt number with bodymass and height Z-index. Conclusion. The study has demonstrated there is a correlation between RBC number, Hb concentration and height deviations in case of normochromicity. The relationship ascertained may be explained by an assumption that peculiarities of erythropoiezis correlate with body size. Lower RBC number and Hb concentration in children with smaller bodymass index may be due to general plastic deficiency in their organism. The results obtained in the present study may be used to reveal and analyze physical development and the organism morpho-functional peculiarities correlation markers.

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Physical development and blood composition correlation in adolescents

et al. 2020

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Assessment of Anthropometric Data of Children Died at Perinatal Period

Moiseeva

Ivanov

Yurev

et al. 2023

Vopr. sovr. pediatr.

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Background. Despite the decrease in fetoinfantile losses, the levels of perinatal mortality and stillbirth remain quite high. One of the medical criteria for viability is the anthropometric indicators of the child, therefore, their relevant medical and statistical assessment may allow us to establish potential opportunities for reducing the loss of viable children at perinatal period.Objective. The aim of the study is to assess anthropometric data of children died at perinatal period.Methods. We have analyzed 277 cases of children deaths at ante- and intranatal periods and 197 cases of newborns deaths during first 7 days of life. Assessment of anthropometric data of children died at perinatal period was presented via the method of sigmal deviations and the centile method.Results. Anthropometric data of premature infants died at perinatal period in 90–94% of cases corresponded to the physical development for children of this gestational age. Anthropometric data of full-term children died during the first 168 hours of life, in 70.0% of cases, corresponded to 3–6 corridors of physical development (P10–P90), in 20.0% of cases — 7–8 corridors. 58.3% of full-term children died at perinatal period have harmonious development which significantly exceeds the proportion of children with sharply disharmonious development (19.5%) and with disharmonious development (22.2%). 79.0% of all neonatal deaths occur in the first 72 hours of life (for the early neonatal period), while losses on the first day account for 54.0% of all deaths in children during the first week.Conclusion. This study has shown that the anthropometric data of children died at perinatal period significantly corresponded to the standard indicators established for children of this gestation age.

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