Development of an Innovative Method for Combating Blood-Sucking Diptera insects

Abstract

This article describes an innovative method for regulating populations of blood-sucking Diptera that parasitize cows. This relates to the field of agriculture, namely to the means of protecting farm animals from insect bites, and can be used to protect farm animals from ectoparasites during the period of their grazing. To produce these products, the polymer was treated with an impregnating solution containing pyrethroid (2-26% by weight of the untreated polymer product), an inhibitor of arthropod detoxification enzyme systems (0.5-20.0%), a lubricant (0.1-3.0%) and an aliphatic ketone (5-90%). The method was simple in execution, and the insecticidal acaricidal polymer products obtained according to the method had a long shelf life of at least seven months. The products were resistant to environmental influences and did not lead to environmental pollution with excess active substances.
 Keywords: Ear tags, s-fenvalerate, piperonyl butoxide, Diptera

Repellent efficacy of Cyfluthrin-based drug against dipterans in young cattle

“…Решение проблемы подразумевает профилактические мероприятия с использованием инсектоакарицидных препаратов для наружного применения [2,3,10], а также изыскания новых репеллентных препаратов, обладающих более длительным сроком отпугивающего действия [6].…”

“…Наши результаты по определению репеллентного действия испытуемого препарата, полученные в двух производственных опытах, согласуются с данными испытания препарата Флайблок (ДВ -цифлутрин), проведенного на TREATMENT AND PREVENTION 2024;18(1):67-73 ЛЕЧЕНИЕ И ПРОФИЛАКТИКА коровах пяти молочно-товарных ферм. Авторы установили период защитного действия препарата: через 12-14 сут -97%, 17-20 сут -86%, 23-27 сут -78% и 30 сут -75%, т. е. репеллентное действие препарата составило 28-30 сут [2]. При испытании препарата Флайблок, проведенного на лошадях, его защитное действие против двукрылых кровососущих насекомых составило 3-4 недели [4].…”

Protection of Beef Cattle from Gnats and Gadflies in the South of the Tyumen Region

“…[11]. Midges are mechanical carriers of the causative agent of tularemia, anaplasmosis, onchocerciasis in cattle, anthrax, glanders, leprosy, and plague [12]. Some Russian and foreign researchers have proven the participation of blood-sucking biting midges in the transfer of pathogens of bluetongue, tularemia, onchocerciasis, bird heposporidiosis, and other diseases [13].…”