Allergic sensitization to workplace allergens can result in occupational asthma (OA), rhinitis, and dermatoses.
Occupational asthma, accounting for 2% to 15% of all new cases of asthma, is caused by more than 240 reactive chemicals or natural proteins.
Diisocyanates, used in urethane production and spray painting, are the leading causes of OA.
Occupational asthma must be objectively confirmed by demonstrating significant decreases in lung function associated with exposure to a causative agent.
An early diagnosis of OA followed by elimination of exposure to a causative agent may be curative and prevent progression to chronic asthma.
In the last decade, protein allergens in natural rubber latex gloves have emerged as the leading cause of work-related cutaneous and respiratory allergic disorders in health care workers.
In the workplace, occupational allergic contact dermatitis is almost always caused by chemicals, including nickel, chromates, and epoxy resins, whereas contact urticarial reactions are most often due to protein allergens.
The primary treatment of occupational allergic disorders is strict avoidance of exposure to the inciting agent.
Mots-clés Pascal : Allergie, Exposition professionnelle, Asthme, Peau, Rhinite, Incidence, Produit, Facteur risque, Physiopathologie, Traitement, Article synthèse, Homme, Immunopathologie, Appareil respiratoire pathologie, Bronchopneumopathie obstructive, Peau pathologie, ORL pathologie, Nez pathologie, Médecine travail
Mots-clés Pascal anglais : Allergy, Occupational exposure, Asthma, Skin, Rhinitis, Incidence, Product, Risk factor, Pathophysiology, Treatment, Review, Human, Immunopathology, Respiratory disease, Obstructive pulmonary disease, Skin disease, ENT disease, Nose disease, Occupational medicine
Notice produite par :
Inist-CNRS - Institut de l'Information Scientifique et Technique
Cote : 98-0102988
Code Inist : 002B06C03. Création : 22/06/1998.