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  1. Lung function in Lancashire cotton and man made fibre spinning mill operatives.

    Article - En anglais

    Objectives-This survey was conducted to investigate current lung function levels in operatives working with cotton and man made fibres.

    Dust concentrations, smoking history, and occupational details were recorded so that factors influencing lung function could be identified.

    Methods-A cross sectional study of respiratory symptoms and lung function was made in 1057 textile spinning operatives of white caucasian extraction.

    This represented 96.9% of the total available working population to be studied.

    Most (713) worked currently with cotton.

    The remainder worked with man made fibre.

    Lung function was assessed by measuring forced expiratory volume in one second (FEV1) and forced vital capacity (FVC).

    Exposure to cotton dust was measured in the work area and personal breathing zones, and retrospective exposure to cotton dust over a working life was estimated with accurate work history and best available hygiene data.

    Results

    3.5% of all operatives had byssinosis, 55 (5.3%) chronic bronchitis, 36 (3.5%) work related persistent cough, 55 (5.3%) non-byssinotic work related chest tightness, and 56 (5.3%) work related wheeze.

    A total of 212 static work area dust samples (range 0.04-3.23 mg/m3) and 213 personal breathing zone samples (range 0.14-24.95 mg/m3) were collected.

    Percentage of predicted FEV1 was reduced in current smokers (mean 89.5,95% confidence interval (95% CI) 88-91) in comparison with non-smokers (93.1,90.5-94.1) and FVC was reduced in operatives c...

    Mots-clés Pascal : Industrie textile, Fibre textile, Fibre synthétique, Fibre naturelle, Fibre coton, Fonction respiratoire, Toxicité, Exposition professionnelle, Homme, Médecine travail, Etude transversale, Byssinose, Poussière, Royaume Uni, Europe, Appareil respiratoire pathologie

    Mots-clés Pascal anglais : Textile industry, Textile fiber, Synthetic fiber, Natural fiber, Cotton fiber, Lung function, Toxicity, Occupational exposure, Human, Occupational medicine, Cross sectional study, Byssinosis, Dust, United Kingdom, Europe, Respiratory disease

    Logo du centre Notice produite par :
    Inist-CNRS - Institut de l'Information Scientifique et Technique

    Cote : 96-0084371

    Code Inist : 002B03L03. Création : 199608.