Maidannyk V G and Burlaka Ie A
Bogomolets National Medical University, Ukraine
Posters & Accepted Abstracts: J Health Med Informat
Introduction: The increased prevalence of Type I Diabetes (T1D) has also led to an increase in the number of macro
and microvascular complications of diabetes such as coronary heart disease, stroke, visual impairment, diabetic
nephropathy (DN) and end stage renal disease (ESRD). Additionally, diabetes remains the most common reason for
progressing to ESRD.
Aim: To study the levels of basic metabolic disorders in children with T1D and at diabetic nephropathy.
Material & Methods: 26 children I0-16 years old with T1D and diabetic nephropathy examined. An affinity of
hemoglobin to oxygen and oxidation of lipids detected using the method of spectrophotometry. The levels of cellular
hypoxia marker HIF-1 measured using Western Blotting Method.
Results: In the group of children with the firstly diagnosed T1D high level of dissociation of hemoglobin and oxygen
as compared to control group detected. In the group of children with developed diabetic nephropathy the level of
marker was considerably lower than in control group and patients with T1D. High level of intracellular hypoxia
evaluated in all patients compared with the control. HIF-1 level considerably higher in patients with nephropathy
than in children with T1D an increase in lipid oxidation coefficient depending on the level of compensation of T1D.
Discussion: We have studied the key indicators of basic metabolic and hypoxic disorders in children with T1D
and patients with diabetic nephropathy. Further study of these markers and its interdependence in the network of
disorders caused by the deficiency of vitamin D3 and disorders in system of apoptosis control especially in aspect of
diabetic nephropathy progressing is a promising direction of prophylaxis schemes creation and diabetic nephropathy
treatment.
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