Am. J. Respir. Crit. Care Med., Vol 152, No. 5, Nov 1995, 1478-1484.
Airway obstruction in boilermakers exposed to fuel oil ash. A prospective investigation
R Hauser, S Elreedy, JA Hoppin and DC Christiani
Department of Environmental Health (Occupational Health Program and Environmental Science and Engineering Program), Harvard School of Public Health, Boston, MA 02115, USA.
We prospectively investigated the lower airway response in boilermakers
overhauling an oil-powered boiler. We studied 26 male boilermakers with a
mean age (SD) of 43.3 (8.6) yr. Pre-exposure spirometry and methacholine
challenge tests were performed before beginning the boiler overhaul;
postexposure tests were performed after approximately 4 wk of work on the
boiler. Exposure to particulates with an aerodynamic diameter of 10 microns
and smaller (PM10) and respirable vanadium dust were estimated using daily
work diaries and a personal sampling device for respirable particles. Using
these estimates, we calculated average and peak exposure between pre- and
postexposure tests for each subject. The average PM10 concentration ranged
from 1.44 to 6.69 mg/m3, with a mean (SD) of 3.22 (1.42) mg/m3; the average
vanadium concentration ranged from 2.2 to 31.3, with a mean (SD) of 12.2
(9.1) micrograms/m3. The mean postexposure fall in FEV1 was 140 +/- 160 ml
(p < 0.01); 24 of 26 subjects had a drop in FEV1. For each subject, the
adjusted change in FEV1 (delta FEV1.adj) was calculated by dividing the
change in FEV1 by the average of the pre- and postexposure FEV1 values. The
delta FEV1.adj was regressed, controlling age and current smoking status,
on average and peak exposure to both PM10 and vanadium. There was a dose-
response relationship between average and peak PM10 exposure and delta
FEV1.adj: beta = -0.91% per mg/m3, p = 0.08 and beta = -1.03% per mg/m3, p
= 0.03, respectively. However, there was no relationship between delta
FEV1.adj and respirable vanadium dust concentration. Furthermore, there was
no postexposure change in nonspecific airway responsiveness. In summary, we
found a significant fall in FEV1 and a dose-response relationship between
delta FEV1.adj and average and peak PM10 exposure.(ABSTRACT TRUNCATED AT
250 WORDS)
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Copyright © 1995 American Thoracic Society
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