韩国调幅广播发射机附近的癌症发病率。

Mina Ha, Hyung-Jun Lim, Soo-Hun Cho, Hyung-Do Choi, Kwang-Yun Cho
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引用次数: 14

摘要

各种研究的结果表明,暴露于电场和/或磁场与患各种癌症的风险之间存在潜在的联系。作者使用了横断面生态学研究设计来调查这种潜在的关联。在接近42个调幅(AM)无线电发射机的区域,确定了11个高功率研究点(即暴露于100-1500千瓦发射功率的区域)和31个低功率研究点(即暴露于50千瓦发射功率的区域)。每个发射机2公里半径内的癌症发病率是根据(a) 1993年至1996年的韩国医疗保险数据、(b) 1995年的人口普查数据和(c) 1995年的居民登记数据得出的。作者计算了所有癌症、白血病、恶性淋巴瘤、脑癌和乳腺癌的年龄标准化发病率比,并比较了大功率发射机2公里内的癌症发病率与低功率发射机2公里内的发病率。每个大功率发射机还选择了四个控制区。控制区位于与大功率站点相同或最邻近的省份,但距离任何发射机至少2公里。分别为每个发射机和按功率级别定义的4组发射机(即100千瓦、250千瓦、500千瓦和1500千瓦)计算高功率站点与对照区域的间接标准化观察/预期比率。作者发现,除了女性的总癌症和脑癌外,高权力部位与低权力部位的年龄标准化癌症发病率比没有显著增加。11个高功率部位中,2个部位白血病发病率显著增高,1个部位脑癌发病率显著增高。未来的研究应纳入更多详细的暴露评估和强有力的分析研究设计,以探索调幅无线电发射机的射频辐射与癌症之间的可能联系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Incidence of cancer in the vicinity of Korean AM radio transmitters.
Results of various studies have indicated a potential association between exposures to electrical and/or magnetic fields and risks of various cancers. The authors used a cross-sectional ecological study design to investigate such a potential association. In areas proximate to 42 amplitude modulated (AM) radio transmitters, 11 high-power study sites (i.e., areas exposed to 100-1,500-kW transmission power) and 31 low-power study sites (i.e., areas exposed to 50-kW transmission power) were identified. The incidence of cancer within a 2-km radius of each transmitter was obtained from (a) Korean medical-insurance data for the years 1993 through 1996, (b) population census data for the year 1995, and (c) resident registration data for the year 1995. The authors calculated age-standardized rate ratios for total cancer, leukemia, malignant lymphoma, brain cancer, and breast cancer, and compared the incidence of cancer within 2 km of the high-power transmitters vs. the incidence within 2 km of the low-power transmitters. Four control areas for each high-power transmitter were also selected. The control areas were located in the same, or nearest adjacent, province as the high-power sites, but were at least 2 km from any of the transmitters. Indirect standardized observed/expected ratios for the high-power sites vs. control areas were calculated for each transmitter separately, and for 4 transmitter groupings defined by power level (i.e., 100 kW, 250 kW, 500 kW, and 1,500 kW). The authors found no significant increase in age-standardized rate ratios of cancers for high-power vs. low-power sites, with the exceptions of total cancer and of brain cancer in women. Among the 11 high-power sites, there were significantly increased incidences of leukemia in 2 areas and of brain cancer in 1 area. Future studies should incorporate additional detailed exposure assessments and a strong analytical study design to explore the possible association between radiofre-quency radiation from AM radio transmitters and cancer.
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