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Table 1 Description of the main characteristics of the studies included that assess risk of lung cancer mortality related with exposure to respirable crystalline silica

From: Occupational exposure to respirable crystalline silica and lung cancer: a systematic review of cut-off points

Author

Study area

Design

Sample size

Follow-up time/data-collection

Population characteristics

Minimum time of exposure

Type of industry

Brown et al. 2005

United Kingdom

Cohort

2703

1950–2001

M: 2365 (87.5%)

1 year

Sand

Mean age of death: 64.6 years

McDonald et al. 2005

USA

Case-control

Cases: 105

1995–2000

M: 293 (100%)

3 years

Sand

Controls: 188

Vacek et al. 2010

USA

Case-control

Cases: 356

1947–2004

M: 1297 (100%)

Not specified

Granite

Controls: 941

Mundt et al. 2011

Germany

Cohort

17,573

1938–2005

M: 8183 (47.0%)

6 months

Porcelain

Olsen et al. 2012

USA

Cohort

2650

1945–2004

M: 2474 (93.4%)

1 year

Mining

Sogl et al. 2012

Germany

Cohort

58,677

1946–2003

M: 58,677 (100%)

6 months

Uranium

Cherry et al. 2013

United Kingdom

Cohort

4801

1985–2008

M: 4801 (100%)

1 year

Ceramic

Graber et al. 2014

USA

Cohort

8829

1969–2007

M: 8829 (100%)

Not specified

Mining

Mean age of registration: 45 years

Gallagher et al. 2015

USA

Cohort

2343

1942–2011

M: 2343 (100%)

1 year

Diatoms

Allen et al. 2015

USA

Nested case-control

Cases: 1706

1960–2010

M: 4820 (94.8%)

Not specified

Taconite mining

Controls: 3381

Lai et al. 2018

China

Cohort

7665

1960–2012

M: 6542 (85.4%)

1 year

Iron mining

Mean age of entering the cohort: 24.8 years

Wang et al. 2020

China

Cohort

44,708

1960–2003

M:38,221 (85.5%)

1 year

Ceramic and metal mining

Mean age of entering the cohort: 26.9 years

Kleischmidt et al. 2022

USA

Cohort

2650

1945–2015

M: 2473 (93.3%)

1 year

Mining

  1. Abbreviations: M: men, USA: United States of America