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One of the challenges of space exploration is the biological effects of exposure to heavy ion radiation levels,so evaluation of potential health effects from radiation exposure is important for the astronaut and terrestrial humans who are continuously and simultaneously exposed to numerous environmental radiations[1,2]. Recently,it became more and more important to determine the time-effects relationship of exposure radiation when assessing human health risks[3,4].The aims of this study were to evaluate the effects of different doses of 12C6+ ion irradiation and administration modes of Vitamin-E against carbon ion irradiation in mice. Kun-Ming mice were divided into three groups,control group,Vitamin-E and brine-treated groups,and then whole-body irradiated was given by 12C6+ ion with 0,0.5,1
One of the challenges of space exploration is the biological effects of exposure to heavy ion radiation levels, so evaluation of potential health effects from radiation exposure is important for the astronaut and terrestrial users who are continuously and simultaneously exposed to numerous environmental radiations [1, 2 Recently, it has been more and more important to determine the time-effects relationship of exposure radiation when assessing human health risks [3,4]. The aims of this study were to evaluate the effects of different doses of 12C6 + ion irradiation and administration modes of Vitamin-E against carbon ion irradiation in mice. Kun-Ming mice were divided into three groups, control group, Vitamin-E and brine-treated groups, and whole-body irradiated was given by 12C6 + ion with 0,0.5, 1