[EPIZOOTOLOGICAL AND EPIDEMIOLOGICAL ZONING OF THE TERRITORY OF NORTH CAUCASUS FEDERAL REGION BYA DEGREE OF NON-WELFARE BYANTHRAX USING ARC GIS10 PROGRAM].

Aim: Conducting epizootological and epidemiological zoning of the territory ofNorth Caucasus -Federal Region (NCFR) by the degree of non-welfare by anthrax using Arc GIS10 program.

Materials And Methods: 2 parameters were used during zoning ofthe territories of subjects of NCFR (Stavropol Region, Karachaevo-Cherkessia, Kabardino-Balkaria, Chechen, North Ossetia-Alania, Ingushetia, Dagestan Republics) by non-welfare by anthrax: integrated parameter of infection risk and epizootics risk. The parameters were input into the Arc GIS 10 program.

[Using modern information technology in the practice of the sanitary-epidemiological surveiliance during the XXII Olympic Winter Games and XI Paralympic Winter Games in Sochi].

To improve the sanitary and epidemiological surveillance at the Olympic Games has developed a system of GIS for monitoring objects and situations in the region of Sochi. The system is based on software package ArcGIS, version 10.2 server, with Web-java.

[The epidemiological situation in the Republic of Abkhazia in 2013-2014 and Rospotrebnadzor participation in activities for its stabilization].

Official statistics of Republican SES on infectious diseases are used. The characteristics of the current epidemiological situation in the Republic of Abkhazia is given. The analysis of infectious dis- eases from 2012 to 2014 is presented.

[Analysis of foreign experience of maintenance of biological safety of the Olympic Games].

The analysis of the international experience in providing measures of health and disease safety at the Olympic Games was done. The stages of the formation of bio-security system at public events were considered, including measures to prevent infection outbreaks, the use of computer and information technologies.

[Improvement of epidemiologic control of infectious diseases by using geoinformational systems].

Problems of the perspective of geoinformational systems (GIS) use for improvement of epidemiologic control of infectious diseases including during mass events are examined. A scheme of creation of the decision making support system (DMSS) is proposed, the system is based on GIS, has general primary data and analytical-prognostic tool base including subsystems: real-time primary information intake, information analysis, epizootic and epidemic activity prognosis on the certain territories and the federal level. Specialized personnel training, creation of infrastructure for DMSS functioning in primary Federal Service of Surveillance for Protection of Consumers Rights and Human Welfare units are designated as priority tasks.