Schmidt F
Legekontoret i Søfjordsenteret, Odda.
Tidsskr Nor Laegeforen. 1997 Jan 20;117(2):199-202.
The results described are based on a study of 26 male cell house employees. They were exposed to a combination of static magnetic fields (3-10 mT) and low frequency oscillating magnetic fields of variable frequency and strength for eight hours a day over a period of four weeks. Every fifth week was spent off work. Urine samples collected at the end of the four weeks of exposure were compared with samples collected at the end of the week off work. The results show that the cell house workers excreted significantly more mercury in their urine after exposure to magnetic fields (p = 0.01). The mercury/creatinine ratio was also significantly higher after exposure (p < 0.01). These results support findings by Schmidt in a study from 1992 when the levels of mercury and creatinine in the urine of cell house workers were compared with the levels in office personnel.
上述结果基于一项对26名男性细胞房工作人员的研究。他们每天暴露于静态磁场(3 - 10毫特斯拉)以及频率和强度可变的低频振荡磁场中,持续四周,每天暴露八小时。每隔五周休息一周。将四周暴露期结束时收集的尿液样本与休息一周结束时收集的样本进行比较。结果显示,细胞房工作人员在暴露于磁场后,尿液中汞的排泄量显著增加(p = 0.01)。暴露后汞/肌酐比值也显著升高(p < 0.01)。这些结果支持了施密特在1992年一项研究中的发现,当时将细胞房工作人员尿液中的汞和肌酐水平与办公室人员的水平进行了比较。