Luftveje

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Diesel udstødning

16 August 2022|

Name: DIESEL JEM Reference: This matrix is an extension of the published matrix by Plato N, Lewné M, Gustavsson P. A historical job-exposure matrix for occupational exposure to diesel exhaust using elemental carbon as an indicator

Lunge carcinogener

7 June 2022|

Name: SYNJEM88 Reference: Peters, S., Vermeulen, R., Portengen, L., Olsson, A., Kendzia, B., Vincent, R., Savary, B., LavouCrossed Sign, J. D. S., Cavallo, D., Cattaneo, A., Mirabelli, D., Plato, N., Fevotte, J., Pesch, B.,

Støv, røg damp – ACE

23 May 2022|

Name: ACE JEM (L-JEM) (P-JEM) Reference: S S Sadhra, O P Kurmi, H Chambers, K B H Lam, D Fishwick. Development of an occupational airborne chemical exposure matrix. Occup med 2016; 66(5):358-64 Contact information: Steven Sadhra;

Støv, røg damp – ALOHA

7 March 2019|

Name:  ALOHA JEM Reference: The original ALOHA JEM (with just the 4 general exposure categories) was first used and described in the literature in these papers: Matheson MC1, Benke G, Raven J, Sim MR, Kromhout H, Vermeulen

Endotoxin

7 March 2019|

Name: Endotoxin JEM, an Insustry Exposure Matrixsurem. Short describtion: 3,200 endotoxin measurements and 3540 organic dust measurements from Denmark, Switzerland, Spain, Germany, Netherlands, Canada, and Norway. Methodology similar to the paper on

Organisk støv

7 March 2019|

Name: Organic Dust JEM, an Insustry Exposure Matrixsurem. The JEMname is IOM - the same JEM as the one concerning endotoxin. 3,200 endotoxin measurements and 3540 organic dust measurements from Denmark, Switzerland, Spain, Germany, Netherlands,

Støv, røg, damp – NOCCA

19 January 2016|

Name: NOCCA-JEM Reference:  Kauppinen T, Heikkila P, Plato N, et al. Construction of job-exposure matrices for the Nordic Occupational Cancer Study (NOCCA). Acta Oncol 2009; 48: 791-800. Contact information: Johnni Hansen, The Danish Cancer Society Research Center, Copenhagen, Denmark Access: To

Træstøv

13 January 2016|

Name: WOOD JEM A report is available describing 12,653 dust measurements from wood related industries from Denmark, Finland, UK, France, Norway, Netherlands. Methodology similar to the paper on modelling of occupational respirable crystalline silica exposure

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