Search academic texts

Information × Registration Number 0308U001407, 0106U002357 , R & D reports Title To study the role of some hormones of a certain brain structures and of fat tissue in regulation of the body mass in persons, which suffered from consequences of the Chornobyl catastrophe popup.stage_title Дослідити особливості гормональної регуляції маси тіла у осіб, які постраждали внаслідок аварії на ЧАЕС Head Коvаlеnkо О.М., Derevyanko L.P., Registration Date 31-01-2008 Organization Research Centre for Radiation Medicine popup.description2 Object: persons , who suffered from the consequences of Chornobyl nuclear power station catastrophe(liquidators 1986-1987, evacuees); the group of comparison (persons who had no relation to the a normal body mass, who did not suffer from the Chornobyl nuclear power station catastrophe); altogether 375 persons were studied. The aim: To study peculiarities of the body mass hormone regulation in 40 persons with a redundant body mass, who suffered from the consequences of Chornobyl nuclear power station catastrophe. Methods of the study: clinical, laboratoryal, antropometric, biochemical, radioimmunologicale, mathematical. Hormone levels in a certain brain structure, of the fat tissue, of the pancreas, of the thyroid gland and the lipid concentration were determined in persons with a redundant body mass, who suffered from the consequences of Chornobyl nuclear power station catastrophe. A certain peculiarities of a hormonedisregulation of body mass were found. It was shown, that persons in thecomparison group had physiologic reaction – increase of alfa-MSH proportionally to the increase of the body mass, however persons , who suffered from the consequences of Chornobyl nuclear power station catastrophe this mechanism of power adaptation was disturbed – increase of alfa-MSH was not observed. For the first time the regularity was shown, which makes a difference of the brain, which Was exposed to the influence of Chornobyl nuclear power station catastrophe in comparison with the brain that was not irradiated. This differenceis characterised by the disturbancies of mechanisms of power adaptation in the systemof melanocortyne, which put obstacles the body mass increase. This causis the changes of integral regulation of power balance and of food behaviour. Product Description popup.authors popup.nrat_date 2020-04-02 Close