The radiographic pleural abnormalities in asbestos exposure: relationship to physiologic abnormalities

Jones, RN; Mcloud, T; Rockoff, SD

HERO ID

2078986

Reference Type

Journal Article

Subtype

Review

Year

1988

Language

English

PMID

3054138

HERO ID 2078986
Material Type Review
In Press No
Year 1988
Title The radiographic pleural abnormalities in asbestos exposure: relationship to physiologic abnormalities
Authors Jones, RN; Mcloud, T; Rockoff, SD
Journal Journal of Thoracic Imaging
Volume 3
Issue 4
Page Numbers 57-66
Abstract The effects of asbestos-induced benign pleural conditions on pulmonary function have been controversial since this subject was first studied in the mid-1960s. Firm conclusions have been difficult to reach because of (1) the difficulty of taking into account asbestos exposure, which may have effects on pulmonary function other than those mediated through pleural lesions, (2) the disagreement over the type and extent of radiographic pleural abnormalities, (3) the imprecision in measuring pulmonary function, and (4) the numerous potential confounding factors of reduced pulmonary function, such as cigarette smoking, age, concurrent occupational exposures, and prior chest diseases or trauma. This article critically evaluates the published reports on the functional significance of asbestos-induced pleural conditions. The results of this analysis lead to the conclusion that (1) pleural plaques are not associated with clinically significant reductions in pulmonary function, (2) diffuse pleural thickening, when extensive, can severely impair ventilation, and (3) restriction with a preserved diffusing capacity is the expected pattern when pleural lesions are responsible for reduced pulmonary function.
Doi 10.1097/00005382-198810000-00009
Pmid 3054138
Wosid WOS:A1988Q817200007
Is Certified Translation No
Dupe Override No
Is Public Yes
Language Text English
Keyword DCN-172059; Pneumoconiosis; Pulmonary system disorders; Histopathology; Lung lesions; Chest X rays; Asbestos fibers; Asbestos workers; Physiological response; Mineral dusts; Occupational exposure; 1332-21-4