Microwave radiation effect — a test on white mice

A. Rusnani, M. N. Norhayati, N.S. Siti, M. Marina
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引用次数: 9

Abstract

Microwave and radio frequency (RF) radiation technologies have been used in a wide range of applications. These microwave and radio frequency (RF) radiation techniques produce electromagnetic fields (EMFs). EMFs are invisible electrical and magnetic forces radiating from the sources and generate an electro pollution phenomenon. While there have been many benefits from the use of RF radiation, people now are concerned that long-term exposure could affect their body biological system and health. The power deposition within the body from RF radiation is never uniform as it varies depends on the electrical properties of body tissues. Therefore, the experimental study was carried out, to study the biological effects on blood, internal organs, physical activities and birth rate on laboratory mice as the samples. The samples were exposed under radio frequency radiation for certain period of time. The control samples, which were under free radiation, were also involved in the experimental study as to compare the effects. After few months of exposure the samples were observed to be less active and sleepy. For biological test, the samples were taken to Veterinary Laboratory at Bukit Tengah, Seberang Prai Tengah, Pulau Pinang. This was carried out on the first week of every month, for seven months period. The same test was also carried out for the Control sample. The blood tests were done to observe any change in average packed cell volume (PCV), hemoglobin, red blood cells and white blood cells. It showed that the average White Blood Cells level increases as the samples were kept longer under the RF radiation while the average Red Blood Cells drops to about 3 million cells per micro liter. The exposure to RF radiation has some biological effects to the laboratory mice as well as human being, as they have some similarities in biological characteristics.
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微波辐射效应——对小白鼠的试验
微波和射频(RF)辐射技术已被广泛应用。这些微波和射频(RF)辐射技术产生电磁场(emf)。电磁场是不可见的电力和磁力从源辐射,并产生电污染现象。虽然使用射频辐射有很多好处,但人们现在担心长期接触可能会影响他们的身体生物系统和健康。射频辐射在体内的能量沉积从来不是均匀的,因为它根据身体组织的电学特性而变化。因此,开展实验研究,以实验小鼠为样本,研究其对血液、内脏、身体活动和出生率的生物学效应。样品在一定时间内暴露在射频辐射下。在自由辐射下的对照样本也参与了实验研究,以比较其影响。几个月后,观察到这些样本的活跃度和困倦度都有所下降。为了进行生物检测,样本被送到槟榔岛的武吉登加、西槟榔普登加的兽医实验室。这是在每个月的第一个星期进行的,为期七个月。对对照样本也进行了同样的测试。进行血液检查,观察平均堆积细胞体积(PCV)、血红蛋白、红细胞和白细胞的变化。结果表明,随着样品在射频辐射下保存的时间越长,白细胞的平均水平就越高,而红细胞的平均水平则下降到每微升约300万个细胞。射频辐射暴露对实验小鼠和人类都有一定的生物学效应,因为它们具有某些相似的生物学特性。
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