丙烯酰胺对HEK293细胞株的基因毒性和细胞毒性研究

F. Çelik, T. Cora, A. Yiğin
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引用次数: 11

摘要

直到2000年,人们才认识到丙烯酰胺不是自然形成的,而是可以通过化学方法合成的。Tareke和斯德哥尔摩大学的同事向科学界宣布,当食物在120°C以上的温度下烹饪时,会形成大量的丙烯酰胺。1,2烹调过程中丙烯酰胺的含量与温度和暴露时间成正比。在检测出丙烯酰胺煮熟的食物后,我们每天摄入多少丙烯酰胺的第一项研究是在荷兰进行的。根据这项研究,食用高温烹饪食物的人类受试者根据体重平均每天摄入0.5mg/kg的丙烯酰胺然而,在最近的研究中,据报道,荷兰人口中女性个体的这一量为0.27μg/ kg,男性个体为0.36μg/kg与这些结果相似,在美国的人口研究中发现,这一量为每人每天0.44μg/kg
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Investigation of genotoxic and cytotoxic effects of acrylamide in HEK293 cell line
Until 2000, the knowledge that acrylamide was not formed naturally but could be chemically synthesized was accepted. Tareke and colleagues from Stockholm University have announced to the scientific world that abundant amounts of acrylamide are formed when food is cooked at temperatures above 120°C.1,2 The amount of acrylamide present during the cooking process is increasing in direct proportion to the temperature and duration of exposure. The first study of how much acrylamide we take on a daily basis after being detected in acrylamide-cooked foods was done in the Netherlands. According to this study, human subjects fed with foods cooked at high temperatures were found to take 0.5mg/kg of acrylamide on average per day depending on their body weight.3 However, in recent studies it has been reported that this amount is 0.27μg/ kg for female individuals and 0.36μg/kg for male individuals in the Dutch population.4 Similar to these results, in the American population study this amount was found to be 0.44μg/kg per person per day.5
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