Features of hear microelement composition in children with type 1 diabetes mellitus

Objective: Assessment of the characteristics of the microelement composition of the hair of children with type 1 diabetes mellitus (T1DM) to develop recommendations for diet correction. Material and methods. The study involved children with T1 DM (n=28) and practically healthy children from the comparison group (n=56) aged 3-5 years living in the Omsk region. The elemental composition of hair was analyzed by atomic emission and mass spectrometry with inductively coupled argon plasma. The research materials were subjected to statistical processing using nonpara-metric criteria. Results. The elemental profile of hair of children with T1 DM has been determined. Significant differences were found in the amounts of microelements in hair: lower values of beryllium (p=0.0001), chromium (p=0.003), lithium (p=0.005), vanadium (p=0.005), selenium (p=0.043), and large amounts of cuprum (p=0.025), phosphorus (p=0.001) in the hair of children with diabetes in comparison with the group of practically healthy ones. In the group of children with T1DM, there was a smaller proportion of people with insufficient magnesium (p=0.003), phosphorus (p=0.001), and cuprum (p=0.001). The severity of mineral metabolism disorders (MMD) was less in the group of children with T1DM: 53.6% of children were classified as having no MMD or having minor MMD. Conclusions. The elemental composition of the hair of children with T1DM was characterized by higher amounts of phosphorus and cuprum, lower content of chromium, selenium, beryllium, lithium and vanadium. The proportion of children with insufficient supply of magnesium, phosphorus, cuprum was higher in the comparison group. The degree of MMD in the group of children with T1 DM was generally less.