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Information × Registration Number 0203U006411, 0101U002760 , R & D reports Title Influence of pollutants on the behavioral particularities, makrostructure and physiological and biochemical indicators of various tissues and organs of molluscs. popup.stage_title Head Stadnychenko A.P., Registration Date 13-05-2003 Organization Zhytomyr State Pedagogical University named after Ivan Franko popup.description2 The influence of pollutants to the behaviour pecularities, macrostructure and physiology and biochemistry indices of different tissues and organs of mollucks.The object of investigasion is 18 species of freshwater mollusks. The aim of the investigation is to find out the changes in behaviour, anatomy and histology, physiology and biochemistry in mollsks that are under the influence of pollutants and establishing of the meaning of the maximum possible concentration.The methods of investigation are ethological, anatomical, hystological, toxicological (there are 26 methods in all).The diffence and adaptation and pathological reaction of thee mollusks under the influence of pollutants in water of different origin and concentration is established. The main types of changes of anatomy-hystology structure of the mollusks under the influence of different toxicants are distinguished. The changes of physiological reactions are registed, that is in the work of heart, the organs of breath, digestion and reproduction. The influence of pollutants on 22 biochemical indices of protein, fat, carbo-hydrate exchange, vitamine balance is described. The meanings of the main toxicological indices for 13 toxicants are settled. All the investigations are new for science, their results are additional to those ones that exist in world science in the spere of water toxicology.The results of the research are widely spead in the process of studying of the following cources: "Zoology of invertebrate", "The Basis Ecology", "The Basis of Biocenology", "General Hydrobiology" and in scientific work of teachers, post-graduates and students as well. The results of this research can be used in the work of unique ecological systems of maximum possible concentrations. Product Description popup.authors popup.nrat_date 2020-04-02 Close