Metabolic syndrome in childhood

The so-called epidemic of childhood obesity has increased the interest in the metabolic syndrome (MS) due to the potential projection into adulthood. Prevalence of the MS in adolescents has been estimated to be 6.7% in young adults and 4.2% in adolescents. Figures rise up to 28.7% in overweight and...

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Veröffentlicht in:Public health nutrition 2007-10, Vol.10 (10A), p.1121-1125
Hauptverfasser: Crespo, Pablo Sanjurjo, Prieto Perera, Jose Angel, Lodeiro, Fernando Andrade, Azuara, Luis Aldámiz-Echevarría
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container_issue 10A
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container_title Public health nutrition
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creator Crespo, Pablo Sanjurjo
Prieto Perera, Jose Angel
Lodeiro, Fernando Andrade
Azuara, Luis Aldámiz-Echevarría
description The so-called epidemic of childhood obesity has increased the interest in the metabolic syndrome (MS) due to the potential projection into adulthood. Prevalence of the MS in adolescents has been estimated to be 6.7% in young adults and 4.2% in adolescents. Figures rise up to 28.7% in overweight and obese adolescents. The most widely accepted hypothesis links the syndrome to obesity. In the Bogalusa study, the best predictors were obesity and being in the upper quartile of basal insulin levels. Ethnic and genetic factors play a role in order to explain the syndrome in the non-obese population and the differences of interobesity. The relationship between MS and type 2 diabetes and cardiovascular disease is well established in adults. This association can be suggested in children as well, although the syndrome in childhood urgently needs to be clearly defined. In this age group, it is also of great interest to identify diagnosis criteria of the so-called pre-MS. Detection of the syndrome focuses mainly on obese and overweight young people. Other population groups such as newborns with low or high birth weight, infants with accelerated growth, or children of obese or with gestational diabetes mothers are at a higher risk of developing peripheral insulin resistance. The measurement of abdominal circumference can be a useful screening tool. Physical exercise and restriction of saturated and trans fatty acids are basic for treatment. If reducing weight is necessary, a reduction of carbohydrate intake, especially for refined sugars, must be emphasised. Dietary fibre improves insulin sensitivity.
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Prevalence of the MS in adolescents has been estimated to be 6.7% in young adults and 4.2% in adolescents. Figures rise up to 28.7% in overweight and obese adolescents. The most widely accepted hypothesis links the syndrome to obesity. In the Bogalusa study, the best predictors were obesity and being in the upper quartile of basal insulin levels. Ethnic and genetic factors play a role in order to explain the syndrome in the non-obese population and the differences of interobesity. The relationship between MS and type 2 diabetes and cardiovascular disease is well established in adults. This association can be suggested in children as well, although the syndrome in childhood urgently needs to be clearly defined. In this age group, it is also of great interest to identify diagnosis criteria of the so-called pre-MS. Detection of the syndrome focuses mainly on obese and overweight young people. Other population groups such as newborns with low or high birth weight, infants with accelerated growth, or children of obese or with gestational diabetes mothers are at a higher risk of developing peripheral insulin resistance. The measurement of abdominal circumference can be a useful screening tool. Physical exercise and restriction of saturated and trans fatty acids are basic for treatment. If reducing weight is necessary, a reduction of carbohydrate intake, especially for refined sugars, must be emphasised. 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Prevalence of the MS in adolescents has been estimated to be 6.7% in young adults and 4.2% in adolescents. Figures rise up to 28.7% in overweight and obese adolescents. The most widely accepted hypothesis links the syndrome to obesity. In the Bogalusa study, the best predictors were obesity and being in the upper quartile of basal insulin levels. Ethnic and genetic factors play a role in order to explain the syndrome in the non-obese population and the differences of interobesity. The relationship between MS and type 2 diabetes and cardiovascular disease is well established in adults. This association can be suggested in children as well, although the syndrome in childhood urgently needs to be clearly defined. In this age group, it is also of great interest to identify diagnosis criteria of the so-called pre-MS. Detection of the syndrome focuses mainly on obese and overweight young people. Other population groups such as newborns with low or high birth weight, infants with accelerated growth, or children of obese or with gestational diabetes mothers are at a higher risk of developing peripheral insulin resistance. The measurement of abdominal circumference can be a useful screening tool. Physical exercise and restriction of saturated and trans fatty acids are basic for treatment. If reducing weight is necessary, a reduction of carbohydrate intake, especially for refined sugars, must be emphasised. Dietary fibre improves insulin sensitivity.</abstract><cop>Cambridge, UK</cop><pub>Cambridge University Press</pub><pmid>17903319</pmid><doi>10.1017/S1368980007000596</doi><tpages>5</tpages><oa>free_for_read</oa></addata></record>
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subjects Adolescent
Adolescent Nutritional Physiological Phenomena
Adolescents
Cardiovascular diseases
Children
Comorbidity
Diabetes
Diet
Dietary fiber
Female
Foetal programming
Genetic factors
Humans
Insulin Resistance
Male
Metabolic disorders
Metabolic syndrome
Metabolic Syndrome - blood
Metabolic Syndrome - diagnosis
Metabolic Syndrome - epidemiology
Nutrition
Obesity
Obesity - blood
Obesity - diagnosis
Obesity - epidemiology
Overweight - blood
Overweight - diagnosis
Overweight - epidemiology
Risk Factors
Trans fats
Type 2 diabetes
Young adults
title Metabolic syndrome in childhood
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