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Biomedical subjects

T D Sterling

Publications and source records attributed to T D Sterling.

At least 73 records · Page 4Linked to original sources

Ventilatory function changes over a workshift.

Thirty-four production workers at three chemical plants were tested for acute changes in lung function over the course of their three-day, twelve-hour workshift. Mean percentages of the predicted lung function indices (FVC, FEV, and FEF 25-75) showed a workshift decrement, particularly evident in the evening shift. A workweek effect was shown in that no recovery in mean %FEV1 and %FEF-25-75 was shown by the last working day. Diurnal variation in respiratory function was regarded as being only partly responsible for the observed workshift effect.

Adult↗

The health effects of low-dose radiation on atomic workers. A case study of employer-directed research.

The 15-year history of a study on the health effects of low-dose radiation on workers at the Hanford Atomic Plant in Washington State demonstrates different facets of political control by employers over investigations of employee working conditions. Evidence obtained through the Freedom of Information Act shows that the original study, under the guidance of Dr. Thomas Mancuso, an experienced and respected occupational health epidemiologist, wah proof to employees that their exposure levels were safe. When it turned out that the study might show an increase in cancer rates among plant employees, its control was transferred to the employer. Public reports by scientists working for the employer are at variance with independent analyses of the same data. Lessons from these events are that it may be necessary for organized labor to negotiate the conduct of occupational health investigations as part of negotiated settlements and for legal means to be developed to make health scientists accountable for actions that influence public health policies.

Biomedical Research↗

Does smoking kill workers or working kill smokers? OR The mutual relationship between smoking, occupation, and respiratory disease.

Evidence accumulated since 1964 appears to show that occupation, not cigarette smoking, may be the primary cause of lung disease, especially of cancer and chronic obstructive disease. Comparisons of groups of individuals who smoke more with those who smoke less actually serve to contrast groups with a high proportion of blue-collar workers exposed to toxic fumes and a low proportion of professionals, managers, and proprietors with groups having lower proportions of blue-collar workers and higher proportions of professionals, managers, and proprietors. Thus, many diseases associated with smoking actually may be of occupational origin. Indeed, more than a dozen recent investigations of lung cancer epidemics among industrial workers have failed to find smoking to be a major cause (in some, not even a contributing cause). This evidence is strengthened further by shifts in the incidence of lung cancer that follow in time shifts in industrial employment patterns. Yet a worker's past smoking habits seem to play a key role in decreasing compensation awards for injuries that actually may be due to occupational exposure rather than personal habits. Thus, the relationship between smoking, occupation, and disease needs serious clarification. Smoking appears to have been used to divert attention away from the effects of occupational and environmental exposures to toxic substances.

Adult↗

New evidence concerning smoking and health.

In the last 20 years, and especially as a result of smoking and health studies, we have learned a great deal about the impact of all airborne substances on human health. We are now painfully aware of the many sources of toxic and carcinogenic agents in our air. New evidence shows a complex relationship existing for exposure from many sources of pollutants from the community, smoking and other personal habits. This new evidence indicates that these pollutants, especially those encountered in blue collar occupations, account for a far larger proportion of cancers of the lung and of other sites (and of other diseases) than has been heretofore thought to be the case.

Adult↗

Smoking characteristics by type of employment.

Smoking habits are examined in a probability sample of 75,827 American men and women. The data was obtained from The 1970 Household Interview Survey conducted by The National Center for Health Statistics. There are pronounced differences in prevalence intensity, kind, cessation of smoking related to type of employment. Occupations tend to be more of a factor in white males, where occupational choice is least encumbered, than in black males or in females. While blacks uniformly smoke with greater prevalence, they are much lighter smokers than whites. Employed women tend to smoke with prevalence approaching males for many occupations. Prevalence of smoking almost uniformly is highest among blue collar occupations and lowest among professionals, managers, and proprietors.

Adult↗