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PubMedDate not supplied

Body height and weight of children in Novi Sad.

BACKGROUND: Height and weight are the most important measures of growth and development and indirect indicators of living conditions. The socio-economic conditions in Serbia have varied drastically. In 1990, a political and economic crisis started causing a rapid fall of standards of living. AIM: The study aimed to determine the height and weight of children aged 3-11 in the periods between 1971, 1981, 1991 and 2001 in Novi Sad, Serbia. SUBJECTS AND METHODS: This investigation was carried out in the same primary schools and pre-school institutions. The data included children of Serbian nationality born in Novi Sad whose parents were also born there and had the same socio-economic background. RESULTS: Positive changes in height and weight were recorded in the decades 1971-1981 and 1981-1991, except for the height of 8-year-old children. In the period 1991-2001, an increase in height was observed only at the age of 8 in boys and until the age of 9 in girls. As for weight, an increase was recorded in 9-year-old boys, while in girls it was present at all ages except for the ages of 7 and 10. Considering the period 1971-2001, positive changes in height were recorded from the age of 6 in boys and 5 in girls. The changes in weight were positive at all ages except the age of 5 in boys and after the age of 6 in girls. CONCLUSION: Lower values of height and weight recorded in 2001 are probably due to the changes in living conditions or they indicate that the acceleration reached its peak.

Body Height↗
PubMed2002

[A child's growth mirrors health and illness. Regular measurement of body height is an important diagnostic tool].

The growth of children is an important health indicator. In the individual child, growth mirrors health or illness. At the child population level, growth may be used to monitor living conditions. Continued deviations may indicate somatic disorders or psychosocial problems. The assessment of the growth of an individual child is complicated due to the difficulty to measure children. Thus, the height of the child will have to deviate substantially from that of the reference population before action is called for. The progress over time of the child's growth, on the other hand, is a much more sensitive indicator of ill health than is the height of the child at a certain age. Systematic assessment of each measuring may serve as an aid to detect abnormal growth and thereby facilitate a correct diagnosis.

Body Height↗
PubMed1996

The effect of nursing or rampant caries on height, body weight and head circumference.

In this study, the effect of nursing bottle caries and rampant caries on height, weight and head circumference was evaluated. For this purpose, 126 children, aged 3 to 5 years old, who have nursing or rampant caries were selected. One hundred twenty-six children with no caries and similar age and sex were matched as a control group. When the children who had rampant or nursing caries were evaluated in the direction of the mean weight, it was corresponding to mean weight between 25th and 50th percentiles. The mean percentile weight for control group were corresponding to mean weight between the 50th and 75th percentiles. Of the nursing or rampant caries children, 7.1% weighed less than 80% of their ideal weight, compared with only 0.7% of the control group children. When the children, who had rampant or nursing caries, were evaluated in the direction of the mean height, it was corresponding to mean height between 10th and 25th percentiles. The mean percentile height for control group were corresponding to mean height between the 25th and 50th percentiles. When the head circumference is evaluated, there was no significant statistical difference between the two groups. Since the height and weight of the control group showed a higher percentile category than the nursing or rampant caries group, (P<0.001), it can be stated that rampant or nursing caries may correlate with adversely affected growth of the body.

Body Constitution↗
PubMed1997

Circulating non-22 kDa growth hormone isoforms in healthy children of normal stature: relation to height, body mass and pubertal development.

The proportion of non-22 kDa GH isoforms was evaluated in 93 healthy children (48 boys aged 6.8-18.4 years and 45 girls aged 3.9-18.4 years) of normal stature (height +/- 2 s.d. score) at different stages of puberty. In addition, correlations among the proportion of non-22 kDa GH isoforms, auxology, spontaneous GH secretion and biochemical measurements were investigated. Serum non-22 kDa GH levels, expressed as percentage of total GH concentration in the samples, were determined by the 22 kDa GH exclusion assay, in which monomeric and dimeric 22 kDa GH are removed from serum and the non-22 kDa GH isoforms are quantitated using a polyclonal antibody GH assay. Samples were selected from spontaneous GH peaks in 24-h GH profiles. For boys, the median proportion of non-22 kDa GH isoforms was 8.5% (range 3.2-26.6%) and for girls it was 9.6% (1.8-17.4%), with no influence of age and no sex-related difference in prepubertal (boys, 7.2%; girls, 8.8%) or pubertal children (boys, 9.1%; girls, 9.9%). However, the median proportion of non-22 kDa GH isoforms was significantly higher in pubertal boys (9.1%) than in prepubertal boys (7.2%; P = 0.03). In pubertal boys, height S.D. scores (SDS) were inversely correlated to the proportion of non-22 kDa GH isoforms (r = -0.38; P = 0.02), especially at mid-puberty (r = -0.7; P = 0.01), indicating that the presence of increased amounts of circulating non-22 kDa GH isoforms was associated with less growth. In prepubertal children, positive correlations between non-22 kDa GH and weight SDS (r = 0.46; P = 0.03), weight-for-height SDS (r = 0.51; P = 0.01) and body mass index (r = 0.42; P = 0.04) were observed. No significant correlations were seen with spontaneous GH secretion or measurements of IGF-1, IGF-binding protein-3, insulin and leptin. These findings in normal children indicate that the proportion of circulating non-22 kDa GH isoforms may have physiologic significance for growth and metabolism in different stages of development, and emphasize the importance of evaluating the circulating ratio of 22 kDa and non-22 kDa GH in children with growth disorders.

Adolescent↗
PubMedDate not supplied

[Use of self-reported values of body weight and body height in nutritional status evaluation in adolescents].

INTRODUCTION: The aim of our study was to assess validity of self-reported body weight and height compared to measured values in a group of adolescents. We also investigated differences in reported and measured values and factors responsible for them in this particular population. MATERIAL AND METHODS: 295 adolescents aged 11-14 (114 boys and 131 girls) attending primary schools in central Belgrade, recorded their BMI and completed a series of questionnaires measuring body satisfaction and eating patterns. All participants were measured afterwards. RESULTS: Differences between reported and measured weights were highly significant in girls (48.84 +/- 8.42 kg vs 49.69 +/- 9.28 kg). Significant differences between reported and measured weights were established in the group of adolescents with weight problems (-3.18 +/- 4.03 kg). Adolescents on diets presented a difference of -1.36 +/- 3.36 kg. Weight problems (OR 3.72, 95%CI: 2.10-4.75) and female gender (errors occurred more often for 22%, 95%CI: 0.23-1.80) were significant predictors in multivariate regression model for discrepancy of reported and measured weights. In a multivariate regression model, where differences in BMI were dependent variable, weight category was a significant predictor, with differences being 1.65 times more common (95%CI: 1.13-2.11). DISCUSSION: Our results suggest that self-reported body weight and height have limited reliability and can be used only in normal weight male adolescents. This method should not be recommended in surveys that involve overweight and/or obese adolescents and those who are on diet.

Adolescent↗
PubMed1991

[Gestational age related correction of birth weight by parity. Body height and weight of the mother].

Corrections to the real birthweight of infants are proposed from the 28th to 42nd week of pregnancy. These take account of the influence of parity and maternal height and weight. The effect of these three characteristics on the birthweight is calculated both one and two dimensionally by combining the characteristics with the actual duration of pregnancy. Thus, for example, after 40 full weeks of pregnancy 560g of the birthweight would be considered the weight correction. For newborn infants of relatively short light-weight mothers, this account should be added to the real birthweight ascertained, and for the babies of relatively tall, heavy mothers it would be subtracted. Only after this correction can the two dimensional classification of neonates into hypotrophic, eutrophic or hypertrophic take place according to birthweight and duration of gestation.

Adult↗
PubMed1989

[Neonatal percentile values for East Germany--1985. 3. On the correlation of body height and weight of the mother in a two-dimensional classification of newborn infants according to birth weight and gestational age].

There were published percentiles of birthweight in relation to bodyheight of the mother as well as in relation to bodyweight and parity, bodyheight and bodyweight of the mother for term range 37th to 41st week of pregnancy. They were calculated through median quantities. The dates again derive from the investigation of 51,570 single births in elected regions of GDR in 1984 and 1985. The length of pregnancy was stated in full weeks. It was determined on the base of three parameters (by Naegele method, by sonography, and by neonatal maturity judgment). Selected percentiles of birthweight regarding the above influencing factors, distributed into sex, were summarized for use in practice.

Birth Weight↗
PubMed1993

[Study of the growth and final body height in a young adult population].

To know the final height of young adults in our environment, we obtained a control group with 340 students of medical and professional training and compared them with the patterns of Hernandez et al. Medium values of weight, height, weight/height rate, and tricipital and subscapular skinfolds are similar in both groups. If we separate them by birth year (1965-1966 and 1970-71), we find significant differences, on behalf of the younger group, in women for weight and weight/height rate (p < 0.05), and in both sexes for skinfolds (p < 0.001). If we separate them by oriing (medicine-professional training), we find significant differences, on behalf of male university students in weight and weight/height rate (p < 0.05) and of female professional students in skinfolds (p < 0.001). We verify the suitability of the tables of Hernandez et al. for the final growth of young people around us and justify their use in the daily practise.

Adult↗