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Biomedical subjects

T G Robins

Publications and source records attributed to T G Robins.

41 records · Page 3Linked to original sources

Hazard communication in a large U.S. manufacturing firm: the ecology of health education in the workplace.

This article describes the design, implementation, and evaluation of a workplace health and safety education program intended to bring a large U.S. manufacturing firm into compliance with a Federal regulation, the Hazard Communication Standard. The methods of program delivery and levels of resources allocated were decided by local plant management and union representatives resulting in marked variations among the five plants studied. These differences in program delivery were associated with differences in employee assessment of the training's usefulness, changes in employee work practices, working conditions, and organizational handling of health and safety problems. In all five plants, the program evidenced indirect beneficial effects on the use of hazard control measures and organizational approaches to health and safety issues which went beyond the requirements of the federal Standard. The results appear well-explained by an ecological model which views health and disease as outcomes of a complex system of interactions between the individual worker and multiple levels of environmental influences. Implications of these findings for health educators are discussed.

Communication↗

Respiratory symptoms associated with the use of azodicarbonamide foaming agent in a plastics injection molding facility.

Respiratory health variables were studied cross-sectionally in 227 employees of a plastics molding facility where numerous complaints had been apparently associated with the use of azodicarbonamide foaming agent in injection molding. Pre- and postshift respiratory status measures and azodicarbonamide concentrations were also obtained for 17 employees. Cross-sectional pulmonary function differences by injection molding status were not observed. Modest decrements in pulmonary function measures were observed between start and end of shift but with no dose-effect relationship. A strong association was observed for injection molding workers for eye/nose/throat irritation, cough, and wheezing. Additionally, wheezing, chest tightness, and symptoms of chronic bronchitis were strongly associated with work in injection molding during periods in which azodicarbonamide was in use. These results suggest respiratory symptom causation by some combination of azodicarbonamide itself, reaction products of azodicarbonamide formed during injection molding, or other unidentified agents uniquely associated with the process of injection molding with azodicarbonamide foaming agent.

Adult↗