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• W2181088082 abstract "Resistance to insecticides that impairs nervous transmission has been widely investigated in mosquito populations as insecticides are crucial to effective insect control. The development of insecticide resistance is also of special interest to evolutionary biologists since it represents the opportunity to observe the genetic consequences of a well-characterized alteration in the environment. Although the frequencies of resistance alleles in Culex pipiens populations against different groups of insecticides have been reported, no detailed information is available on the relative change in these allele frequencies over time. In this study, we collected mosquitoes of the Cx. pipiens complex from six locations in three seasons in the Aegean region of Turkey and examined the i) seasonal variations in resistance to four different chemical classes of insecticides, ii) seasonal fluctuations in frequencies of resistance-associated target-site mutations of the three genes (ace-1, kdr, and Rdl), and iii) potential seasonal variations in wing morphometric characters that may be modified in resistant mosquitoes. Our bioassay results indicated the presence of different levels of resistance to all tested insecticides for all three seasons in all locations. The results of the PCR-based molecular analysis revealed low frequencies of mutations in ace-1 and Rdl that are associated with resistance to malathion, bendiocarb, and dieldrin and no obvious seasonal changes. In contrast, we detected high frequencies and striking seasonal changes for two kdr mutations associated with resistance to DDT and pyrethroids. In addition, the evaluation of the field populations from all seasons in terms of the combinations of polymorphisms at four resistance-associated mutations did not reveal the presence of insects that are resistant to all pesticides. Results from the morphological analysis displayed a similar pattern for both wings and did not show a clear separation among the samples from the three different seasons. The results of this study have advanced our knowledge of the potential dynamics of insecticide resistance among populations of the Cx. pipiens complex. The implications of these results to the understanding of the evolution of insecticide resistance and the management of resistance in mosquitoes are discussed." @default.
• W2181088082 created "2016-06-24" @default.
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• W2181088082 date "2016-05-01" @default.
• W2181088082 modified "2023-09-28" @default.
• W2181088082 title "Seasonal dynamics of insecticide resistance, multiple resistance, and morphometric variation in field populations of Culex pipiens" @default.
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• W2181088082 cites W1835981108 @default.
• W2181088082 cites W1858867378 @default.
• W2181088082 cites W1894396536 @default.
• W2181088082 cites W1931883190 @default.
• W2181088082 cites W1965354374 @default.
• W2181088082 cites W1967210528 @default.
• W2181088082 cites W1967564010 @default.
• W2181088082 cites W1970044258 @default.
• W2181088082 cites W1970087350 @default.
• W2181088082 cites W1971316337 @default.
• W2181088082 cites W1978434195 @default.
• W2181088082 cites W1991717293 @default.
• W2181088082 cites W2000565511 @default.
• W2181088082 cites W2001044194 @default.
• W2181088082 cites W2002161218 @default.
• W2181088082 cites W2003271727 @default.
• W2181088082 cites W2007551887 @default.
• W2181088082 cites W2014236024 @default.
• W2181088082 cites W2017471100 @default.
• W2181088082 cites W2022518852 @default.
• W2181088082 cites W2023162642 @default.
• W2181088082 cites W2023270829 @default.
• W2181088082 cites W2026175148 @default.
• W2181088082 cites W2028462134 @default.
• W2181088082 cites W2036378698 @default.
• W2181088082 cites W2045582533 @default.
• W2181088082 cites W2045966074 @default.
• W2181088082 cites W2050743210 @default.
• W2181088082 cites W2052610625 @default.
• W2181088082 cites W2054728603 @default.
• W2181088082 cites W2056607304 @default.
• W2181088082 cites W2061645527 @default.
• W2181088082 cites W2063030134 @default.
• W2181088082 cites W2064375199 @default.
• W2181088082 cites W2068579476 @default.
• W2181088082 cites W2070139512 @default.
• W2181088082 cites W2075975707 @default.
• W2181088082 cites W2079241806 @default.
• W2181088082 cites W2081722648 @default.
• W2181088082 cites W2081744191 @default.
• W2181088082 cites W2087825498 @default.
• W2181088082 cites W2088103454 @default.
• W2181088082 cites W2092216826 @default.
• W2181088082 cites W2095319135 @default.
• W2181088082 cites W2096836461 @default.
• W2181088082 cites W2098086227 @default.
• W2181088082 cites W2099020299 @default.
• W2181088082 cites W2100067621 @default.
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• W2181088082 cites W2107430389 @default.
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• W2181088082 cites W2132346025 @default.
• W2181088082 cites W2132632499 @default.
• W2181088082 cites W2133315237 @default.
• W2181088082 cites W2135547884 @default.
• W2181088082 cites W2138992402 @default.
• W2181088082 cites W2144191413 @default.
• W2181088082 cites W2147840353 @default.
• W2181088082 cites W2147937519 @default.
• W2181088082 cites W2159879820 @default.
• W2181088082 cites W2162975970 @default.
• W2181088082 cites W2169199704 @default.
• W2181088082 cites W2176148305 @default.
• W2181088082 cites W2176159357 @default.
• W2181088082 cites W2180879559 @default.
• W2181088082 cites W2183069388 @default.
• W2181088082 cites W2317245011 @default.
• W2181088082 cites W2324925011 @default.
• W2181088082 cites W2328320938 @default.
• W2181088082 cites W336209693 @default.
• W2181088082 cites W4231946821 @default.
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• W2181088082 doi "https://doi.org/10.1016/j.pestbp.2015.10.012" @default.
• W2181088082 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27017877" @default.
• W2181088082 hasPublicationYear "2016" @default.
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