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Information × Registration Number 0201U001325, 0198U000724 , R & D reports Title The complex valuing system of regulation of calcium-phosphorus homeostasis and structure-functional condition of osseous tissue of children, who lives in radio-active contamination territory popup.stage_title Head Luk'yanova O. M., Registration Date 29-01-2001 Organization Institute of Pediatrics, Obstetrics and Gynecology AMS of Ukraine popup.description2 It was complex investigation of 313 children, who were born after catastrophe in NPP, who lives in radio-active contamination territory for sex compared with 175 children of "conditionally clean" regions. It was study structure-functional condition of osseous tissue, physical development, stomatological status, significants of calcium-phosphorus exchange and fundamental system its regulation, significants of metabolism and mineralisation of osseous tissue and morpho-functional condition placent and osseous tissue, if there existence incorporation radionuclides. It was established provided incorporation radionuclides in placent the development of involution processes speed up, calcium exchange breaks and break synthesis and secretion of organic matrix and processes calcification of osseous tissue foetus. At following stage of ontogenesis, it was discovery increase of pathology of motor-bearning system of children, who lives in radio-active contamination territory compared with children of "conditionally clean" regions decrease of elasticity and solidity of osseous tissue in the girls of 7-10 age old, aggravate tissue of paradonte in girls of 7 age and boys of 4-6 and 11 age. Earlier change milk-tooth's for fixt in children 4-6 age old may evidence of stimulate influence of small doses of ionic irradiation on formation of fixt teethes. In children. In children, who lives in radio-active contamination territory was discovery breach of calcium - phosphorus exchange, copper, iron, magnesium exchange, what accompany different for character structure changing of osseous tissue - for osteomalation to osteoporosis. Calcium-regulation system for that work with effort, but not always improve the metabolism of osseous tissue. First conduct the condition of osseous tissue in children with studies of calcium-phosphorus homeostasis and metabolism of osseous tissue, that have scientific, practical and social meaning. The prophylactic of early development of structure-functional breach in osseous tissue of children work ou t. That make it possible to decrease frequency of development of motor - bearning system, disability older. Product Description popup.authors popup.nrat_date 2020-04-02 Close