Validation of an exploratory method for analyzing the mycological population by the use of spore traps Abstract The method most commonly used to document the presence of mould in the air of an environment consists of cultivating the sampled microorganisms in the laboratory, which requires extensive expertise and a lot of time due to the incubation period. The processes used for analyzing an environment’s cultivable mycological flora do not determine the non-cultivable flora, which can also have impacts on health. The spore trap method, limited to mould analysis, is a rapid exploratory technique.The authors were able to document this method’s limits of detection and quantification, verified its scope and precision, but mainly, the IRSST now has an exploratory method for analyzing total mycological contamination Produced Under this Project Scientific Reports Validation of a method for the exploratory analysis of the mycological population by using spore traps Research Report: R-605 Simplified Articles Des moisissures dans l’air ?Les trappes à spores pour les caractériser et pour les calculer plus rapidement Volume 22, n0 4 Scientific Publications The effect of the number of counted traverses on the estimation of the total spore count sampled on a non-culturable slit impactorMarchand G., Cloutier Y., Pépin C., Drolet D.Source : in 108th Conference of the American Society for Microbiology / ASM (108th : June, 1-5, 2008 : Boston, Mass., USA), 2008The effect of the number of counted traverses on the estimation of the total spore count sampled on a non-cultivable slit impactorMarchand G., Cloutier Y., Pépin C., Drolet D.Source : Journal of Environmental Monitoring, vol. 10, no 9, 2008, p. 1060-1063A miniaturized bioaerosols exposition chamber serving the development of methodsMarchand G., Cloutier Y., Pépin C.Source : in International Congress on Aerobiology / ICA (9th : Ausust 23-27, 2010 : Buenos Aires, Argentina), 2010 Additional Information Type: Project Number: 0099-4970 Status: Completed Year of completion: 2009 Research Field: Chemical and Biological Hazard Prevention Team: Geneviève Marchand (IRSST)