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Shifting the Paradigm in Radiation Safety

机译:改变辐射安全范式

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The current radiation safety paradigm using the linear no-threshold (LNT) model is based on the premise that even the smallest amount of radiation may cause mutations increasing the risk of cancer. Autopsy studies have shown that the presence of cancer cells is not a decisive factor in the occurrence of clinical cancer. On the other hand, suppression of immune system more than doubles the cancer risk in organ transplant patients, indicating its key role in keeping occult cancers in check. Low dose radiation (LDR) elevates immune response, and so it may reduce rather than increase the risk of cancer. LNT model pays exclusive attention to DNA damage, which is not a decisive factor, and completely ignores immune system response, which is an important factor, and so is not scientifically justifiable. By not recognizing the importance of the immune system in cancer, and not exploring exercise intervention, the current paradigm may have missed an opportunity to reduce cancer deaths among atomic bomb survivors. Increased antioxidants from LDR may reduce aging-related non-cancer diseases since oxidative damage is implicated in these. A paradigm shift is warranted to reduce further casualties, reduce fear of LDR, and enable investigation of potential beneficial applications of LDR.
机译:当前使用线性无阈值(LNT)模型的辐射安全范式是基于这样的前提,即即使是最少量的辐射也可能导致突变,从而增加患癌症的风险。尸检研究表明,癌细胞的存在不是临床癌症发生的决定性因素。另一方面,免疫系统的抑制使器官移植患者罹患癌症的风险增加了一倍以上,这表明其在控制隐匿性癌症中的关键作用。低剂量辐射(LDR)可以提高免疫反应,因此可以降低而不是增加患癌症的风险。 LNT模型只关注DNA损伤,这不是决定性因素,而完全忽略了免疫系统反应,这是重要因素,因此在科学上是不合理的。通过不认识免疫系统在癌症中的重要性,并且没有探索运动干预,当前的范例可能错过了减少原子弹幸存者中减少癌症死亡的机会。 LDR中增加的抗氧化剂可以减少与衰老相关的非癌症疾病,因为其中涉及氧化损伤。有必要进行范式转换,以减少更多的人员伤亡,减少对LDR的恐惧,并能够调查LDR的潜在有益应用。

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  • 来源
    《Dose-response》 |2012年第4期|共页
  • 作者

    Mohan Doss;

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  • 中图分类 药学;
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  • 入库时间 2022-08-18 15:49:41

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