Thorax · 1985 · 125 citations · 12 references
Life SciencesToxicologyAllergyHypersensitivityOccupational HealthAllergen ExposureEnvironmental AllergensInhalation InjuryOccupational AllergyOccupational Lung DiseaseRespiratory ToxicologyAsthma PathophysiologyFormaldehydeFormaldehyde ExposureOccupational Fume ExposureOccupational Inhalation ToxicityOccupational Inhalation ToxicologyOccupational Respiratory Allergy
Bronchial provocation studies on 15 workers occupationally exposed to formaldehyde are described. The results show that formaldehyde exposure can cause asthmatic reactions, and suggest that these are sometimes due to hypersensitivity and sometimes to a direct irritant effect. Three workers had classical occupational asthma caused by formaldehyde fumes, which was likely to be due to hypersensitivity, with late asthmatic reactions following formaldehyde exposure. Six workers developed immediate asthmatic reactions, which were likely to be due to a direct irritant effect as the reactions were shorter in duration than those seen after soluble allergen exposure and were closely related to histamine reactivity. The breathing zone concentrations of formaldehyde required to elicit these irritant reactions (mean 4.8 mg/m3) were higher than those encountered in buildings recently insulated with urea formaldehyde foam, but within levels sometimes found in industry.
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K. de Vries, J.T. Goei, H. Booy-Noord et al. · International Archives of Allergy and Applied Immunology · 2009 · 263 citations
D.J. Hendrick, D J Lane · Occupational and Environmental Medicine · 1977 · 125 citations · Full text
ROLE OF BRONCHIAL IRRITANT RECEPTORS IN ASTHMA
M G Harries, P.E. Parkes, M.H. Lessof et al. · The Lancet · 1981 · 93 citations