Prevention and Control of Occupational Lung Disease

Harber, Philip

doi:10.1016/s0272-5231(21)00131-3

Clinics in Chest Medicine

1981

DOI: 10.1016/s0272-5231(21)00131-3

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Prevention and Control of Occupational Lung Disease

Philip Harber

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1989

1999

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Cited by 2 publications

References 45 publications

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Effects of respirator dead space, inspiratory resistance, and expiratory resistance ventilatory loads

Harber

Shimozaki

Barrett

et al. 1989

American J Industrial Med

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The effects of respiratorlike inspiratory resistance (IR), expiratory resistance (ER), and dead space (DS) were assessed in a group of 11 normal volunteers during moderate steady-state (SS) and rapidly incremented (RI) exercise. The physiologic effects of IR were predominant, increasing inspiratory time, duty cycle, and several measures of ventilatory work. Effects of DS appear related to increased minute ventilation and include increasing flow rates and duty cycle and requiring greater ventilatory work; during RI exercise, the DS effect became relatively smaller at higher exercise levels. ER compressed expiratory time. These results characterize the response to IR, ER, and DS loads and suggest that DS may be relatively less physiologically significant than IR.

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Effects of respirator dead space, inspiratory resistance, and expiratory resistance ventilatory loads

Harber

Shimozaki

Barrett

et al. 1989

American J Industrial Med

Self Cite

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Follow up investigation of workers in synthetic fibre plants with humidifier disease and work related asthma.

Pal¹,

Monchy²,

Groothoff³

et al. 1999

Occup Environ Med

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Objective-To investigate the clinical and sociomedical outcome in patients with various clinical manifestations of humidifier disease and work related asthma after removal from further exposure. Methods-Follow up investigation (range 1-13 years) of respiratory symptoms, spirometry, airway responsiveness, sickness absence, and working situation in patients with (I) humidifier fever (n=12), (II) obstructive type of humidifier lung (n=8), (III) restrictive type of humidifier lung (n=4), and (IV) work related asthma (n=22). All patients were working at departments in synthetic fibre plants with microbiological exposure from contaminated humidification systems or exposure to small particles (<1 µm) of oil mist.

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Prevention and Control of Occupational Lung Disease

Cited by 2 publications

References 45 publications

Effects of respirator dead space, inspiratory resistance, and expiratory resistance ventilatory loads

Effects of respirator dead space, inspiratory resistance, and expiratory resistance ventilatory loads

Follow up investigation of workers in synthetic fibre plants with humidifier disease and work related asthma.

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