… sinensis to evolve a high insecticide resistance. This study highlights the complex network
of mechanisms conferring multiple resistances to chemical insecticides in mosquito vectors …

… Insecticide resistance has become a major obstacle to vector-borne … sinensis field mosquito
populations. Evidence of … different resistance levels to multiple insecticides with complex …

… become a serious obstacle to the control of mosquito-borne … insecticide resistance; molecular
mechanism of insect diapause … For many researchers, it is difficult to retrieve information on …

… sinensis is holometabolous insect and has four different … The IRE_BP1 may be useful
as a resistance control target and … Anopheles sinensis has a complex life cycle. Current …

… mechanisms, including the target-site insensitivity caused by … Anopheles sinensis mosquitoes
were collected from 15 … to demographic effects, it is difficult to conclude whether positive …

… The mosquito Anopheles sinensis is the major malaria vector … Two major resistance
mechanisms are known: a) mutations … range-gorge region with complex terrain and climate, where …

… gamma-aminobutyric (GABA) receptor-chloride channel complex [12]. Among these, mutations
in … that the emergence of mosquito resistance might be the result of multiple mechanisms. …

… of insecticide resistance and associated mechanisms in Anopheles … The intensive use of
these insecticides in mosquito-targeted … obstacle in effective vector control [1]. Implementation of …

… Multiple mechanisms contribute to the physiological resistance to pyrethroids in mosquitoes,
… underlying the observed behavioural modifications seem to be complex, including factors …

… and rapid spread of resistance, which represents the major obstacle to malaria control …
resistance occurs through complicated mechanisms, typically requiring the interaction of multiple …