The effects of vitamin A in the inhibition of chromosomal damage induced by radiation and bone marrow of mice with the erythrocyte

This study examined the effects of vitamin A Chromosomal damage induced by the inhibition of cell phone radiation on the bone marrow erythrocytes on mice. In this experimental study 48 male rats BALB/c were dividedrandomly into four groups: control, laboratory sample1, 2and the empirical distribution, the control mice were kept in natural condition, samples were first for four consecutive days and every day for three hours (12-9) in vitro and cell phone signals within the passive mode (OFF), were studied The mice in laboratory sample 2 were exposed to mobile phones in vitro within three hours (12-9) for four days and the samples of experimental group were injected with15,000 Iu/kg vitamin A intraperitoneally for five consecutive days and on the second day they were exposed to mobile phone inactive mode (ON)for four consecutive days and every day for three hours (12-9). All different groups of mice were described and micronucleus test of polychromatic erythrocytes in bone marrow of mice was performed. Quantitative data obtained with software Spss and were analyzed by ANOVA test (p <0.05). The frequency of micronucleus in polychromatic erythrocytes in bone marrow of experimental mice (25/23) compared with controls (68/34), group 1 (88/35) and control 2 (55/45) showed a significant reduction said. The group 2 compared with control groups has shown significant increase in the number of micronucleus. Vitamin A reduces the in duction of chromosome damageinduced by waves in the mobile mouse bone marrow polychromatic cerythrocytes of adult male BALB/c.