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Information × Registration Number 0221U103205, 0116U000272 , R & D reports Title Study of skidding risk, and develop the method of prognosis the spread of arbovirus infections (bluetongue disease and Shmallenberg) based on systems geoinfarmatics system popup.stage_title Head Herilovych Anton P, Registration Date 16-02-2021 Organization National Scientific Center Institute of Experimental and Clinical Medicine popup.description2  Screening studies of biological material of cattle and sheep (about 900 samples of stabilized blood and sera taken from 43 farms in 12 regions of Ukraine) proved the absence of genetic material of bluetongue viruses and Schmallenberg disease and specific antibodies to these pathogens. It was found that the greatest risk of direct entry (with infected vectors or with the migration of wild fauna) is bluetongue virus serotype 4. In this way, infection is likely to spread across the western borders with Romania and Hungary. Due to foreign economic relations, the greatest risk is the import of cattle or genetic material infected with serotype 8 from Western Europe (Germany, France, Belgium, etc.). The results of spatial modeling of the relative number of vector-borne sputum indicate a constant but geographically uneven risk of spreading arbovirus infections in ruminants. The vector role of certain species of the disgust entomocomplex in the epizootology of bluetongue and Schmalenberg disease needs further study. Analysis of the possibility of using the Maxent algorithm (and other similar methods) indicates a lack of quantity and quality of input data. Solving this problem requires the joint efforts of specialists from many fields - veterinary medicine, zoology, statistics, geography, etc. Based on the results of this work, spatial databases, standard operating procedures ("Creation and filling of geoinformation databases for use in veterinary epizootology" and "Algorithm for creating ArcMap electronic documents and maps for veterinary epizootology"), and the methodology "Fundamentals" were created. epizootological analysis and prediction of the spread of arbovirus infections in ruminants (bluetongue and Schmallenberg disease) based on geographic information systems ", which can be used to create a risk assessment system for the possible spread of arbovirus infections in ruminants and for general epizootic surveillance. Product Description popup.authors Borodai Nataliia I Kornieikov Oleksandr М. Nedilko Iryna M Oleshko Andrij Yu. Filatov Serhiy V popup.nrat_date 2021-02-16 Close