[Autoradiographic investigations on the effect of city smog extract on DNA synthesis and cell cycle of mammalian cells in vitro. II. Alterations of the cell cycle of hamsters kidney cells and hamster embryonic cells in presence of city smog extract (author's transl)].

N Seemayer, G Krampitz
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Abstract

We used the autoradiographic method according to Quastler and Sherman to analyse alterations in the cell cycle under the influence of city smog extracts. Investigations were performed on logarithmically growing cultures of kidney and embryonic cells of the Syrian golden hamster. Low concentrations of city smog extracts (0.125 micrograms/ml Benzo(a)pyren-equivalent) induced a remarkable delay of cell entrance into DNA-synthesis. Furthermore a considerable prolongation of generation time and phase of DNA-synthesis was detected. The number of mitosis was strongly reduced. Already a doubling of concentration of city smog extract caused an almost complete breakdown of the cell cycle and a disappearing of mitosis for a time period of 10 hours. Our results strongly indicate that city smog extracts lead to a severe alteration of the molecular biology of the cell. Taking this in consideration, it can be assumed that a long term exposure of human beings to the city smog could induce an injury of health.

城市烟雾提取物对体外哺乳动物细胞DNA合成和细胞周期影响的放射自显影研究。2城市烟雾提取物对仓鼠肾细胞和仓鼠胚胎细胞细胞周期的影响[作者译]。
根据Quastler和Sherman的理论,我们使用放射自显影法分析了城市烟雾提取物对细胞周期的影响。对叙利亚金仓鼠肾脏和胚胎细胞的对数生长培养进行了研究。低浓度的城市烟雾提取物(0.125微克/毫升苯并(a)芘当量)诱导细胞进入dna合成的显著延迟。此外,检测到dna合成的世代时间和阶段有相当大的延长。有丝分裂的数量明显减少。城市烟雾提取物的浓度已经增加了一倍,导致细胞周期几乎完全崩溃,有丝分裂消失了10小时。我们的研究结果强烈表明,城市烟雾提取物导致细胞分子生物学的严重改变。考虑到这一点,可以假设人类长期暴露在城市烟雾中会对健康造成损害。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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