The impact of temperature on insecticide toxicity against the malaria vectors Anopheles arabiensis and Anopheles funestus

Malaria Journal(2018)

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Abstract
It is anticipated that malaria elimination efforts in Africa will be hampered by increasing resistance to the limited arsenal of insecticides approved for use in public health. However, insecticide susceptibility status of vector populations evaluated under standard insectary test conditions can give a false picture of the threat, as the thermal environment in which the insect and insecticide interact plays a significant role in insecticide toxicity.
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Key words
Anopheles funestus,Anopheles arabiensis,WHO tube bioassays,Environmental variation,Insecticide resistance,Malaria elimination,Vector control,Temperature
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