首页> 外文期刊>British Biotechnology Journal >Assessing the Genotoxic Effects of Aqueous Leaf Extract of Neem (Azadirachta indica A. Juss), Cosmetics and Alomo Bitters (Alcoholic Drink) Using Allium Test
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Assessing the Genotoxic Effects of Aqueous Leaf Extract of Neem (Azadirachta indica A. Juss), Cosmetics and Alomo Bitters (Alcoholic Drink) Using Allium Test

机译:使用葱属试验评估印em(Azadirachta indica A. Juss),化妆品和铝味苦味剂(酒精饮料)的叶提取物的遗传毒性作用

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Genotoxic effect of aqueous leaf extract of Neem ( Azadirachta indica ) NZI, Alomo bitters alcoholic drink (ABAD) and cosmetics (Baby-face facial cleanser, BFFC; Peau clair body lotion, PCBL and Vanilla essence roll-on, VERO) were assessed using Allium test. The root tips were treated with serial dilutions of the test chemicals at 20%, 40%, 60% and 100% for 3 hours along with the control, hydrolyzed in 18% HCl, squashed and stained with FLP orcein. Aberrations such as C-metaphase, precocious, stickiness (sticky metaphase), ghost cells, nuclear lesions, chromosome erosion, laggards, binucleated cells, anaphase bridges and vagrant chromosomes were observed in the root tips studied. These products are used widely by humans around the world and Nigeria in particular. Although, the products elicited varying chromosomal abnormalities, they also have beneficial effects. Also, the products showed genotoxic effects even at low concentrations on Allium cepa root cells. In a long run, the use of these products may cause serious damages on the chromosome of plants, animals and humans. More effort is required to actually ascertain the active constituents of these products that elicited the genotoxic effects. Constant use and consumption of these products is therefore discouraged.
机译:用以下方法评估了印度em树(Neza(Azadirachta indica)NZI,阿洛莫苦味酒精饮料(ABAD)和化妆品(Baby-face洁面乳,BFFC; Peau clair润肤露,PCBL和香草精华滚珠,VERO)的水叶提取物的遗传毒性作用。葱测试。用连续稀释的测试化学品(分别为20%,40%,60%和100%)与对照一起处理根尖3小时,在18%HCl中水解,压扁并用FLP蜡蛋白染色。在研究的根尖中观察到像C-中期,早熟,粘性(粘性中期),鬼影细胞,核损伤,染色体侵蚀,落后,双核细胞,后期桥梁和无规染色体等畸变。这些产品被世界各地的人们广泛使用,尤其是尼日利亚。尽管这些产品引起了不同程度的染色体异常,但它们也具有有益的作用。而且,即使在低浓度的洋葱洋葱根细胞上,该产品也显示出遗传毒性作用。从长远来看,使用这些产品可能会对植物,动物和人类的染色体造成严重损害。实际上,需要更多的努力来确定这些产品的引起遗传毒性作用的活性成分。因此,建议不要持续使用和消费这些产品。

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