Prevention of Work-related Asthma: Study Search Results

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Prevention LevelAuthorStudy YearMolecular Weight of AgentSpecific AgentAgent CategoryOutcome/Diagnosis 
PrimaryAllmers2002HMWLatexPlantsOccupational asthmadetails
SecondaryAllmers1998HMWLatexPlantsNatural rubber latex allergydetails
SecondaryBernstein2003HMWLatexPlantsNatural rubber latex allergydetails
SecondaryBrugnami1995HMWLatexPlantsOccupational asthma details
PrimaryFishwick D2011HMWFlour dustPlantsRespiratory symptoms and sensitizationdetails
PrimaryHeilman DK1996HMWLatexPlantsLatex aeroallergen levelsdetails
PrimaryJones KP2004HMWLatexPlantsSensitization to Natural Rubber Latex(NRL)details
PrimaryLee A2001HMWLatexPlantsLatex glove usedetails
PrimaryLevy DA1999HMWLatexPlantsSensitization to Latexdetails
PrimaryLiss2001HMWLatexPlantsOccupational asthmadetails
PrimaryMeijster T2011HMWFlour dustPlantsOccupational asthma and rhinitisdetails
SecondaryMuller-Wening1998HMWGrain dustPlantsOccupational asthmadetails
SecondaryObase2000HMWWheat, buckwheatPlantsOccupational asthmadetails
BothRenstrom2006HMWWheatPlantsReduction of inhalation of wheat allergendetails
PrimarySaary2002HMWLatexPlantsOccupational asthmadetails
SecondarySmith1999HMWGrain dust, Fungal amylaseBaking allergens, PlantsOccupational asthmadetails
PrimarySussman GL1998HMWLatexPlantsSensitization to latex and presence of symptomsdetails
SecondaryTaivainen1998HMWCow dander, grainsAnimal-derived antigens, PlantsOccupational asthmadetails
PrimaryTarlo SM2001HMWLatexPlantsOccupational Asthmadetails
SecondaryVandenplas1995HMWLatexPlantsOccupational asthmadetails
SecondaryVandenplas2002HMWLatexPlantsOccupational asthmadetails
Page last reviewed: February 20, 2020