Evaluation of the health status of preschool children stratified based on the weight-length index (WLI).
- Author:
Kyung Ok SHIN
1
;
Keun Hee CHUNG
;
Hyun Suh PARK
Author Information
- Publication Type:Original Article
- Keywords: WLI; nutrient intakes; blood parameters; hair mineral
- MeSH: Child; Child, Preschool; Eggs; Food Habits; Hair; Hematocrit; Hemoglobins; Humans; Nutritional Status; Obesity; Overweight; Ovum; Plasma; Reference Values; Thinness; Transferrin
- From:Nutrition Research and Practice 2010;4(5):383-392
- CountryRepublic of Korea
- Language:English
- Abstract: This study was conducted to prepare basic materials and offer advice regarding dietary habits to prevent and cure childhood obesity by comparing and analyzing dietary habit, nutritional status, blood factors, and mineral contents of hair. All subjects were stratified by their weight-length index (WLI). According to the standard WLI values, 64.9% of children were within the normal value, 13.5% of children were underweight, and 21.6% of children were overweight and obese (WLI > or = 110%). Overall, the score assessed dietary habit for all children was 21.32 +/- 2.55 point (921 subjects), with 5.1% of children having excellent dietary habits and 3.1% having poor dietary habits. Additionally, 37.9% of underweight children, 37.6% of normal weight children, and 43.2% of overweight and obese children consumed higher amounts of protein than underweight children did (meat, fish, eggs, and soy products) (P < 0.05). Overweight and obese children consumed more fried foods than underweight or normal weight children (P < 0.05). Moreover, 38.0% of the children had hemoglobin levels of 12 g/dl, while 7.6% were anemic (11.1 g/dl). When a hematocrit level of 33% was taken as the standard, 11.0% of children were anemic. The plasma transferrin content was 263.76 +/- 54.52 mg/dl in overweight and obese children. The mean values of Fe, Cu, Ca, Cr, Mn, Se, Na, K, Li, V, Co, and Mo were within the reference values, but the Zn concentrations of underweight, normal weight, and overweight and obese children were 67.97 +/- 28.51 ppm, 70.09 +/- 30.81 ppm, and 73.99 +/- 30.36 ppm, respectively. The Zn concentration of overweight and obese children (73.99 +/- 30.36 ppm) was lower than that of the standard value (180~220 ppm). Therefore, a nutritional education program and new guidance for dietary pattern should be developed to reduce the number of underweight and overweight and obese children.
