目的建立放射线损伤嗅黏膜的小鼠动物模型；
ObjectiveTo establish the experimental model of mice with radioactive-damaged olfactory mucosa;
结论：放射线对耳蜗和前庭毛细胞和神经末稍的损伤是造成其功能障碍的主要原因；
Conclusions :The radiation injuries of hair cells and nerve endings on cochlear and vestibular organs were the reason for their dysfunction.
研究证明氢气水能通过降低羟基自由基减少全身放射线暴露导致的骨髓干细胞损伤。
Zhang J, Xue X, Han X, et al. Hydrogen-Rich Water Ameliorates Total Body Irradiation-Induced HematopoieticStem Cell Injury by Reducing Hydroxyl radical[J].
目的观察放射线对耳蜗功能和形态的损害，探讨放射性内耳损伤中一氧化氮(NO)所起的作用。
OBJECTIVE Inspecting the effect of the function and morphological change of the cochlea by ionizing radiation, to explore the effect of NO in the Radiation-induced cochlea damage.
肾肿瘤对放射线不是很敏感，但对健康的肾脏损伤依然存在，所以放疗作为一线治疗是不可取的。
Kidney tumors are not very sensitive to radiation, but healthy kidneys are, so radiation as a frontline treatment is not advisable.
肾肿瘤对放射线不是很敏感，但对健康的肾脏损伤依然存在，所以放疗作为一线治疗是不可取的。
Kidney tumors are not very sensitive to radiation, but healthy kidneys are, so radiation as a frontline treatment is not advisable.
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