0000000000165616

AUTHOR

Fabrice Chandre

0000-0002-1994-9705

showing 4 related works from this author

Proposed use of spatial mortality assessments as part of the pesticide evaluation scheme for vector control

2013

Background: The WHO Pesticide Evaluation Scheme to evaluate the efficacy of insecticides does not include the testing of a lethal effect at a distance. A tool was developed to evaluate the spatial mortality of an insecticide product against adult mosquitoes at a distance under laboratory and field conditions. Operational implications are discussed. Methods: Insecticide paint, Inesfly 5A IGR (TM), containing two organophosphates (OPs): chlorpyrifos and diazinon, and one insect growth regulator (IGR): pyriproxyfen, was the product tested. Laboratory tests were performed using "distance boxes" with surfaces treated with one layer of control or insecticide paint at a dose of 1 kg/6 sq m. Field …

Scheme (programming language)WHOPESInsecticidesMosquito ControlBiologyToxicologyIndoor residual spraying (IRS)Insecticide paintMass effectStatisticsAnophelesInsecticide-treated nets (ITNs)Animalscomputer.programming_languageSpatial AnalysisVector controlResearchLong-lasting insecticidal nets (LLINs)insecticidal nets (LLINs)PesticideSurvival AnalysisVector controlCulexInfectious DiseasesLong-lastingParasitologycomputerField conditionsMalaria Journal
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Efficacy of an insecticide paint against malaria vectors and nuisance in West Africa--part 2: field evaluation.

2010

Abstract Background Widespread resistance of the main malaria vector Anopheles gambiae to pyrethroids reported in many African countries and operational drawbacks to current IRS methods suggest the convenience of exploring new products and approaches for vector control. Insecticide paint Inesfly 5A IGR™, containing two organophosphates (OPs), chlorpyrifos and diazinon, and one insect growth regulator (IGR), pyriproxyfen, was tested in Benin, West Africa, for 12 months. Methods Field trials were conducted in six experimental huts that were randomly allocated to one or two layers of insecticide at 1 Kg/6 m2 or control. Evaluations included: (i) early mosquito collection, (ii) mosquito release…

Insecticideslcsh:Arctic medicine. Tropical medicineDiazinonMosquito ControlTime Factorslcsh:RC955-962CulexPyridinesAnopheles gambiaeDrug Resistancelcsh:Infectious and parasitic diseasesToxicologychemistry.chemical_compoundparasitic diseasesAnophelesPaintPyrethrinsmedicineAnimalsBeninlcsh:RC109-216biologyResearchbiology.organism_classificationmedicine.diseaseSurvival AnalysisCulex quinquefasciatusMosquito controlCulexInfectious DiseaseschemistryDiazinonParasitologyFemaleChlorpyrifosPyriproxyfenNuisanceMalariaMalaria journal
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Efficacy of an insecticide paint against insecticide-susceptible and resistant mosquitoes - Part 1: Laboratory evaluation

2010

Abstract Background The main malaria vector Anopheles gambiae and the urban pest nuisance Culex quinquefasciatus are increasingly resistant to pyrethroids in many African countries. There is a need for new products and strategies. Insecticide paint Inesfly 5A IGR™, containing two organophosphates (OPs), chlorpyrifos and diazinon, and insect growth regulator (IGR), pyriproxyfen, was tested under laboratory conditions for 12 months following WHOPES Phase I procedures. Methods Mosquitoes used were laboratory strains of Cx. quinquefasciatus susceptible and resistant to OPs. The paint was applied at two different doses (1 kg/6 m2 and 1 kg/12 m2) on different commonly used surfaces: porous (cemen…

MaleInsecticideslcsh:Arctic medicine. Tropical medicineDiazinonMosquito ControlTime Factorslcsh:RC955-962PyridinesAnopheles gambiaeDrug Resistancelcsh:Infectious and parasitic diseasesToxicologychemistry.chemical_compoundInsect growth regulatorPaintAnimalslcsh:RC109-216biologyResearchbiology.organism_classificationFecunditySurvival AnalysisCulex quinquefasciatusMosquito controlCulexInfectious DiseaseschemistryChlorpyrifosDiazinonParasitologyFemaleChlorpyrifosPyriproxyfen
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Ecologie de la santé

2017

Quand l'écologie pose son diagnostic. L'actualité nous le rappelle sans cesse : les maladies comme le paludisme, le Sida, ébola ou zika sont difficiles à combattre, et les maladies chroniques de type cancer, diabète ou maladies cardio-vasculaires toujours plus meurtrières. Pour la première fois de son histoire, l'humanité voit même son espérance de vie diminuer. Pour comprendre les raisons de cette crise sanitaire, l'écologie scientifique pose un autre regard sur la santé qui prend en considération les transformations de l'environnement et l'évolution de nos modes de vie. Cette nouvelle approche évolutive et écologique des problèmes de santé tente d'élucider les mécanismes en jeu dans la tr…

[SDV] Life Sciences [q-bio][SDE] Environmental Sciencesdiagnostic[SDV.BV] Life Sciences [q-bio]/Vegetal Biologysantévulgarisationécologie
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