Assays we perform
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This test is used to determine the efficacy of specific insecticides in killing adult mosquitoes. It can also be used to determine the levels of insecticide resistance in specific mosquito populations.
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This assay that tests the efficacy of mosquito repellents and attractants. Mosquitos are released into the main cage.
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We use artificial glass feeders to blood-feed mosquitoes that are located within a cage. The mosquitoes have to land on and feed through the fabric to get to the blood and are so exposed to it.The results of feeding assay experiments can be used the efficacy of specific treatments for clothing, bed nets, etc.
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This assay can be used to test the efficacy of spray-on repellents, lotions, repellent devices, or repellent-treated clothing.
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The data produced in these experiments are used to calculate the LC50 (lethal concentration that kills 50% of all mosquito larvae in 24 hrs) and the LC90. This information can be used to determine how much larvicide should be used for treating mosquito larval habitat as well as for determining levels of larvicide resistance in specific populations of mosquitoes.
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This test is used to determine the efficacy of repellent and/or insect-killing shampoos for pets such as cats and dogs.
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A pest control method involving the sterilization of male mosquitoes using radiation, followed by their release into an infested area.
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A tick repellency assay conducted according to EPA guidelines, designed to measure the protection time of a repellent that is applied to the forearm. Tick crossings are monitored at intervals to determine the effectiveness of the treatment.
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The wind tunnel assay, similar to the Y-tube, can be used to test mosquito repellants and attractants in a more natural setting
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