Sandmark B, Broms I, Löfgren L, Ohlson C G
Department of Otolaryngology, Orebro Medical Center Hospital, Sweden.
Scand J Work Environ Health. 1989 Feb;15(1):60-3. doi: 10.5271/sjweh.1881.
The olfactory receptor cells are in direct contact with the exterior environment, and some chemical agents can impair olfactory function. The olfactory function of 54 painters exposed to organic solvents was compared with that of 42 unexposed referents. A new clinical test validated for the sense of smell was used, the University of Pennsylvania Smell Identification Test. Age, smoking habits, exposure to organic solvents, and medical disorders of importance for the sense of smell were recorded. The painters had a somewhat lower test score than the referents. However, the influence of the exposure variable was not statistically significant in a multiple regression analysis including age and smoking habits. The exposure to organic solvents was low, and therefore an effect of high exposure on olfactory function cannot be ruled out. Since some of the painters had earlier been highly exposed, the effects of high exposure are likely to be reversible.
嗅觉受体细胞直接与外部环境接触,一些化学物质会损害嗅觉功能。将54名接触有机溶剂的油漆工的嗅觉功能与42名未接触的对照者进行比较。采用了一种经过验证的新的嗅觉临床测试方法——宾夕法尼亚大学嗅觉识别测试。记录了年龄、吸烟习惯、有机溶剂接触情况以及对嗅觉有重要影响的疾病。油漆工的测试得分略低于对照者。然而,在包含年龄和吸烟习惯的多元回归分析中,接触变量的影响在统计学上并不显著。有机溶剂接触水平较低,因此不能排除高接触对嗅觉功能的影响。由于一些油漆工之前曾有过高度接触,高接触的影响很可能是可逆的。