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Genotoxicity evaluation of fried meat: A comprehensive review

机译:炒肉的基因毒性评估:全面审查

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摘要

Some years ago, the IARC published the carcinogenic potential of processed and red meat. It is known that frying meat can produce genotoxic substances. A systematic review of the literature was conducted to evaluate in vitro and in vivo genotoxicity of fried meat. A total of 31 scientific articles were retrieved and analyzed. The meat extraction methods have been grouped into 6 types based on their similarity to an initially described method or on the general methodology used (solid-liquid extraction or others). The in vitro mutagenic results have been summarised by type of meat studied (beef, pork, others), cooking conditions (method, time and temperature), extraction method, and test used, with or without S9. Most articles assessed the mutagenicity of the extracts using the Ames test. Meat extracts were consistently positive in strains TA98/TA1538 with metabolic activation. In the in vitro studies with meat from restaurants, positive results were always found with variations in the number of His(+) revertants between samples or between restaurants. The few in vivo studies retrieved show evidence of induced DNA damage in colon cells and chromosome aberrations in bone marrow cells after daily treatment with fried red meat for 4 weeks or longer.
机译:几年前,IARC发表了加工和红肉的致癌潜力。众所周知,煎炸肉可以产生遗传毒性物质。对文献进行了系统审查,以评估体外和炸肉类的体内遗传毒性。还检索并分析了31种科学文章。肉提取方法基于其与最初描述的方法或所用方法(固液提取或其他)的相似性分组为6种类型。通过研究的肉类(牛肉,猪肉,其他),烹饪条件(方法,时间和温度),提取方法和测试,使用或没有S9,已经通过肉类(牛肉,猪肉,其他),烹饪条件(方法,时间和温度),提取方法和试验来概述了体外诱变结果。大多数文章评估了使用AMES测试的提取物的致突变性。肉提取物在菌株TA98 / TA1538中始终阳性,具有代谢活化。在来自餐馆的肉类的体外研究中,肯定会发现样品之间或餐馆之间的(+)回归者数量的阳性结果。 Vivo研究中的少数检索显示在日常治疗后骨髓细胞中诱导的DNA损伤的诱导DNA损伤和骨髓细胞中的染色体畸变,用炒红肉4周或更长时间。

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