电离辐射是一把双刃剑，一方面，过度接受电离辐射会诱发疾病产生，另一方面

Ionizing radiation is a double-edged sword, on the one hand, excessive ionizing radiation can induce disease produce, on the other hand, ionizing radiation can be applied to cancer treatment among mankind. How to make good use of the sword, dose selection is a key issue. Biological Radiation Effects Research Laboratory has been working on radiation dose sensitive biological markers of exploration, designed to answer the link between radiation dose and the reaction itself; microRNA is an old friend of our laboratory, through his connections from ionizing radiation and tumor cells relationship proliferation; mitochondria-related protein occupies an important position in the biological effects of ionizing radiation caused by his research will bring unexpected new discovery.

电离辐射是一把双刃剑，一方面，过度接受电离辐射会诱发疾病产生，另一方面，电离辐射可以应用于肿瘤治疗当中造福人类。如何利用好这把剑，剂量的选取是一个关键问题。生物辐射效应研究室一直致力于探索辐射剂量生物敏感标志物的研究，旨在解答辐射剂量与自身反应之间的联系；microRNA是我们研究室的老朋友，通过他连接起了电离辐射和肿瘤细胞增殖的关系；线粒体相关蛋白在电离辐射引起的生物效应中占据着重要的位置，通过对他的研究将会带来意想不到的新发现。

Ionizing radiation is a double-edged sword. On the one hand, excessive exposure to ionizing radiation can induce disease. On the other hand, ionizing radiation can be applied to cancer treatment for the benefit of mankind. How to make good use of this sword, the selection of dose is a key problem. The biological radiation effect research lab has been devoted to the research of radiation dose biomarkers, aiming to answer the relationship between radiation dose and self response; microRNA is an old friend of our lab, through which we connected the relationship between ionizing radiation and tumor cell proliferation; mitochondrial related proteins play an important role in the biological effects caused by ionizing radiation His research will bring unexpected new findings.<br>