ASSESSMENT OF THE TOXICITY OF MAN-MADE FIBERS - A FINAL REPORT OF A WORKSHOP HELD IN PARIS, FRANCE 3-4-FEBRUARY-1994

[1] Beilmann B., Muhle H., Kamstrup O., Draeger U.F., Biopersistence of Respirable Synthetic Fibres and Minerals

[2] Bermudez E., Recovery of particles from the pleural cavity using agarose casts: A novel method for the determination of fiber dose to the rat pleura, Inhalation Toxicol, 6, pp. 115-124, (1994)

[3] Bernstein D.M., An evaluation of the use of an inhalation model versus intrapentoneal injection model for the assessment in rats of the carcinogenicity of natural and man-made vitreous fibres, Zbl. Arbeitsmed, 43, pp. 120-128, (1993)

[4] Bernstein D.M., Mast R., Anderson R., Hesterberg T.W., Musselman R., Kamstrup O., Hadley J., An experimental approach to the evaluation of the biopersistence of respirable synthetic fibers and minerals, Biopersistence of Respirable Synthetic Fibres and Minerals

[5] Bunn W.B., Bender J., Hesterberg R.T.W., Chase G.R., Konzen J.L., Recent studies of man- made vitreous fibers: Chronic animal inhalation studies, J. Occup. Med, 35, pp. 101-113, (1993)

[6] Carlton W.W., Proliferative keratin cyst, a lesion in the lungs of rats following chronic exposure to para-aramid fibrils. Report of a Pathology Workshop, Fundam. Appl. Toxicol

[7] Cherrie J.W., Bodsworth P.L., Cowie H.A., Groat S.A., Pettie S., Dodgson J., A Report on Environmental Conditions at Seven European Ceramic Fibre Plants

[8] Coin P.G., Roggli V.L., Brody A.R., Deposition, clearance and translocation of chrysotile asbestos from peripheral and central regions of the rat lung, Environ. Res, 58, pp. 97-116, (1992)

[9] Davis J.M.G., Experimental studies on mineral fibre carcinogenesis: An overview, Mechanisms in Fibre Carcinogenesis, pp. 51-58, (1991)

[10] Doll R., Peto J., Asbestos. Effects on health of exposure to asbestos, Health and Safety Commission, (1985)

[1] Beilmann B., Muhle H., Kamstrup O., Draeger U.F., Biopersistence of Respirable Synthetic Fibres and Minerals

[2] Bermudez E., Recovery of particles from the pleural cavity using agarose casts: A novel method for the determination of fiber dose to the rat pleura, Inhalation Toxicol, 6, pp. 115-124, (1994)

[3] Bernstein D.M., An evaluation of the use of an inhalation model versus intrapentoneal injection model for the assessment in rats of the carcinogenicity of natural and man-made vitreous fibres, Zbl. Arbeitsmed, 43, pp. 120-128, (1993)

[4] Bernstein D.M., Mast R., Anderson R., Hesterberg T.W., Musselman R., Kamstrup O., Hadley J., An experimental approach to the evaluation of the biopersistence of respirable synthetic fibers and minerals, Biopersistence of Respirable Synthetic Fibres and Minerals

[5] Bunn W.B., Bender J., Hesterberg R.T.W., Chase G.R., Konzen J.L., Recent studies of man- made vitreous fibers: Chronic animal inhalation studies, J. Occup. Med, 35, pp. 101-113, (1993)

[6] Carlton W.W., Proliferative keratin cyst, a lesion in the lungs of rats following chronic exposure to para-aramid fibrils. Report of a Pathology Workshop, Fundam. Appl. Toxicol

[7] Cherrie J.W., Bodsworth P.L., Cowie H.A., Groat S.A., Pettie S., Dodgson J., A Report on Environmental Conditions at Seven European Ceramic Fibre Plants

[8] Coin P.G., Roggli V.L., Brody A.R., Deposition, clearance and translocation of chrysotile asbestos from peripheral and central regions of the rat lung, Environ. Res, 58, pp. 97-116, (1992)

[9] Davis J.M.G., Experimental studies on mineral fibre carcinogenesis: An overview, Mechanisms in Fibre Carcinogenesis, pp. 51-58, (1991)

[10] Doll R., Peto J., Asbestos. Effects on health of exposure to asbestos, Health and Safety Commission, (1985)