Abstract

Carbon monoxide, in general, can cause hypoxia and lead to inflammation and stress. This study aims tolook at the relationship of carbon monoxide with stress on city transportation drivers. The study design useda cross-sectional study. The sample in this study was 73 city transportation drivers who met the inclusioncriteria, a man, smoking, having health insurance and willing to draw blood. Research data were obtained byinterview for stress measurement and laboratory testing of blood samples to determine carboxyhemoglobinlevels. Data analysis uses simple linear regression for bivariate analysis. The results showed there was arelationship between carboxyhemoglobin and stress (p-value = 0.003), the level of weak relationship was r= 0.344. The line equation is obtained 0.118, that iscarboxyhemoglobin affects stress by 11.8%, while therest is influenced by other variables. Exposure to carbon monoxide increases carboxyhemoglobin levels sothat it can increase stress. It is hoped that public transport drivers can reduce smoking behavior and conductperiodic testing of vehicle engines.

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