用直接附着的放射性矿物研究低水平辐射对人体的生化影响

M. Takatori
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引用次数: 0

摘要

以前,我们已经报道了低水平辐射的临床意义,也证明了确定人体放射性水平阈值的必要性。在本研究中,除了通过口服氡222溶解水或吸入氡222气体直接暴露α射线外,还进行了通过佩戴含有Samarskite的棉袋并与皮肤直接接触一个月直接暴露β射线和γ射线的实验。麻袋表面的β和γ射线平均水平约为400 μ SV/小时。包括免疫标记的生化实验室测试在开始和结束时进行评估。在这项研究中,人体局部但持续地直接暴露于-射线和-射线一个月没有显示出有害的影响。任何生物标记都没有明显的变化。虽然这项研究在受试者数量上是有限的,但程序很简单;因此,利用这种方法通过调整放射性的类型和水平来收集数据,将有助于准确地找出人体的放射性阈值。
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Biochemical Effect of Low-Level Radiation on Human Beings Examined by Directly Attached Radioactive Mineral
: Previously, we have reported the clinical significance of low-level radiation and also demonstrated the necessity to determine the threshold of radioactive levels in human beings. In the present study, apart from the direct exposure of alpha-ray with oral intake of radon 222 dissolved water or inhaling radon 222 gas, the experimental direct exposure to beta- and gamma-rays by wearing a cotton sack containing Samarskite with direct contact to skin for one month was conducted. The average of beta- and gamma-ray levels on the sack surface was approximately 400 µSV/hour. The biochemical laboratory tests involving immunological markers were assessed at the initial and end points. In this study, the partial but continual direct exposure of human body to beta- and gamma-rays for one month showed no harmful effects. There are no significant changes in any of the bio markers. Although this study is limited regarding the number of subjects, the procedure is quite simple; thus, the gathering data using this procedure by adjusting the types and levels of radioactivity would be helpful in finding out the accurate radioactive threshold in human beings.
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