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Suplementasi Besi Mampu Memperbaiki Kadar Hormon TSH Anak Sekolah di Daerah Endemik GAKI
Multiple nutritional and environmental influences contribute to the prevalence and severity of IDDs in iodine deficient areas, including iron. In many developing countries, children are at high risk of both goiter and iron deficiency anemia. Iron deficiency adversely affects thyroid metabolism and may reduce the efficacy of iodized salt.
The aim of this study was to investigate whether iron supplementation can improve thyrothrophin hormone in school children in iodine deficient areas. A trial of iron supplementation was carried out in an area of endemic goiter in Kertek Wonosobo (n = 35), another group given placebo (n = 35). At baseline, anthropometri, TSH, ferritin, urinary iodine excretion and level of iodized salt were measured. After 13 weeks supplementation, the same data collecting was conducted. Supplement’s compliance during the study reached 100%. Two subject were excluded from from the analysis because they have extreme bio chemical data than the overall average. Statistical test showed no differences in age and gender proportion between groups.
There were no significant difference in nutritional status, level of EIU, and level of iodine in salt between groups after the intervention, but there was a significant increase in ferritin level in the iron group (31.0 vs 44.8 μg/l, p 70% RDA, the effect of iron supplementation was proved to be effective in changing TSH level (p
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