Kamolrat Saksomboon, Margaret McMillan, Krys Cholowski
An evaluation of the baccalaureate-nursing program within the (MOPH), Thailand
Nurse education today
reducing residential pesticide exposure requires identification exposure pathways compared agriculture worker takehome residential use pathways evidence drift pathway pesticide exposure inconsistent questionnaire data individuals n 99 dust samples n 418 households across three growing seasons 2011 healthy kids study summed dimethyl organophosphate pesticide op azinphosmethyl phosmet malathion concentrations quantified house dust samples spatiallyweighted orchard densities surrounding households calculated based various distances homes regression models tested associations orchard density residential pesticide use agriculture worker residents summed dimethyl op house dust concentrations estimated relationships orchard density dimethyl op house dust mixed 5 increase orchard density resulted 03 05 decreases dimethyl op house dust concentrations considering landcover 750 1250 away households respectively null associations landcover 60 200 away dimethyl op house dust concentrations 400 higher within homes least two residents agriculture workers despite inconclusive evidence drift pathway due potential bias relationships number agriculture workers dimethyl op house dust concentration underscores takehome pathway