Khlyzova T.A.,Fedorova O.A., Sivkova E.I
PATHOLOGICAL INFLUENCE OF SALIVA OF BLOOD-SICKING DIPTEROUS INSECTS ON THE HUMAN BODY AND ANIMALS (REVIEW) ^{[№ 7 ' 2017]}
In article the data on pathological influence of saliva of gadflies, mosquitoes, midges and mokrets which are available in literature on an organism of prokormitel are generalized. Saliva of mosquitoes is toxic for animals and the person. In places of stings at cattle inflammatory processes develop, body temperature increases, pulse and respiration become frequent, the level of a hemoglobin and quantity of erythrocytes in a blood goes down, the percent of lymphocytes is enlarged, the general condition of an organism worsens. Saliva of midges, contains enzyme to an apiraz and possesses strong hemolytic action and antikoagulyativny activity. Poison in saliva симулиид possesses toxic action and firmness. He doesn’t lose the toxic properties when heating to 100 °C within 2 hours and is neutralized by alkali with liquid ammonia. As a part of saliva of gadflies there is a substance similar to a hirudin, anticlotting. Therefore during mass attack of gadflies at animals body temperature increases, appetite is lost, the febricula, delicacy and other phenomena of the general intoxication of an organism develops. Animal of a wood louse do more harm, than to people. Because of the continued of stings of mokrets on separate body parts of animals with thin skin often there are local inflammatory processes and ulcers. Stings of some blood-sicking flies including mokrets, can cause an identical clinical picture of an epizoonoz at whom the hakrakter and extent of response of a skin of an object of a krovososaniye depends on its immunologic reactivity. Toxic effect of saliva is one of aspects of harmful impact of blood-sicking dipterous insects on a human body and animals. With a high number of the attacking bloodsuckers intoxication can have serious value and be shown as external signs in the form of inflammatory processes in a skin, so by change of physiological indicators, such as body temperature and a blood count.

Sivkova E.I., Khlyzova T.A., Fyodorova O.A.
SOME ASPECTS OF STUDYING OF NASOPHARYNGEAL GADFLIES (SEM.OESTRIDAE) IN SIBERIA ^{[№ 3 ' 2017]}
For Siberia wide hozyaystvenno — representatives of three genus of nasopharyngeal gadflies have economic value (r. Oestrus L., p. Cephenomyia Latr, r. Rhinoestrus Br.,). The analysis of scientific materials has shown that 122 experts 34 research establishment have devoted to their studying the researches (NRU). In the study r. Oestrus L. attended by 69 researchers, p. Cephenemyia Latr. — 32 and 21 r. Rhinoestrus Br. — 21. Development of means and methods of protection of sheep against a nasopharyngeal gadfly (42.7 %) was the main direction of researches and the most productive, environmental issues, methodologies occupy 30.7 % and epizootologiya — 16.2 %. In other regions these works, except for the Chita region, have made in general across Eastern Siberia — 18.9 %, to the Far East — 13.8 % of total amount. Reduced animal productivity losses due to parasitic diseases is a problem, the relevance of which is indisputable. The sheep to diseases related Estrosi, reindeer herding — tsefenomiyoz in horse breeding — rinestroz. Western Siberia as zone of the most developed sheep breeding (Altai, Sayan Mountains, Zauralie), especially needed carrying out such researches as эстроз (a false vertyachka) annually carried away up to 6–10.0 % of sick sheep from life, as causes high share of participation of scientists in this region (67.2 %). Environmental issues (29.0 %), protection of deer (27.9 %) and epizootologiya (23.4 %) belong to the main directions of researches of scientists of a tsefenomiyoz. Data on the executed researches demonstrate that in general 97 scientists and experts have devoted to studying of a rinestroz the researches. 65.9 % have executed researches in Western Siberia from them, 27.8 % in Eastern Siberia. 25.7 % are devoted to development of means and methods of protection of horses against a gadfly, epizootologiya — 24.7 % and ecology — 18.5 %.

Fedorova О.А., Gavrichkin A.A.
BLOOD-SUCKING MIDGES (DIPTERA, SIMULIIDAE) SOUTHERN TAIGA TYUMEN REGION ^{[№ 2 ' 2016]}
The article presents the results of many years of research on the species composition, seasonal population dynamics and the daily rhythm of activity of blood-sucking midges in the southern taiga subzone. Literature data on the blood-sucking midges southern taiga of the Tyumen region are rather limited. Objective — study of the current state of the fauna and ecology of biting midges in the southern taiga subzone of the Tyumen region. Studies were conducted in 2003–2015 in Nizhnetavdinsky District of the Tyumen region, relating on the climatic conditions in the southern taiga subzone of the forest zone. Counts of the number of midges was carried out using butterfly net with removable pouches. When determining the degree of abundance used scale AI Bakanova. The threshold numbers for determining the mass flight period established on the basis of studies RP Pavlova. The studies found that the first specimens of midges start flying in late May. The highest number of investigations into the season was observed in June and for the first ten days of July, mass species is B. maculatus (ID 71.4 %), many — Sch. Pusilla (ID 28 %). midges population level is determined by prevailing in the summer season weather conditions. Ends midges years, mainly in August, but in some seasons may continue until the end of September. Midges are active in the daytime with the number of lifts in the evening (21 h) and morning (7 h) time. By reducing the number of day-light midges increases sharply.

Fedorova L.V.
TO THE BIO-VARIETY OF SOME ANTHROPOGENIC ECOTOPES IN OREKHOVO-ZUEVO MOSCOW REGION ^{[№ 6 ' 2009]}