激动素对农药毒性的保护作用

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摘要

作为一个国家,印度主要依赖农业,不仅是养活其人民的手段,而且是该部门,贡献了该国GDP的近80%。话虽如此,农药和化肥被大量用于抑制害虫对作物的攻击,促进植物生长。可以说,这些化学物质的疏忽使用可能会对植物产生副作用。我们想要检查由乙酰甲胺磷引起的这种副作用的程度,并找出这种副作用是否可以被一种有机的、对植物安全的化合物如动素所中和。因此,在我们的项目中,我们重点检查了在胡芦巴植物上喷洒(叶面)乙酰甲胺磷的效果。我们进行了三次测试来研究氧化应激,从中我们可以得出结论,乙酰甲胺磷本身引起更多的氧化应激,而当与Kinetin(较低浓度的乙酰甲胺磷和相对较高浓度的Kinetin)联合使用时,氧化应激相对较低。在动物模型和细胞系中进行了进一步的研究。在动物模型中,乙酰甲胺磷和动素均抑制乙酰胆碱酯酶活性。在Blood中,计算溶血百分比,从结果可以看出,动素和乙酰甲胺磷联合使用可以减少溶血。当检查细胞系时,在成纤维细胞中,乙酰甲胺磷的应用增加了死细胞的百分比,而与动素结合时,尽管最初有一些死细胞,但仍有活细胞增殖,这可以看作是动素的作用。然而,肉瘤的癌细胞也有类似的结果,但与成纤维细胞相比,活的癌性肉瘤的增殖更为强劲,这可以推断为一种负面影响,因为它促进了癌细胞的生长。因此,我们可以通过对不同植物种类和不同农药的进一步研究,得出动素可以作为一种农药改良化合物的结论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Protective Effects of Kinetin Against Pesticide Induced Toxicity
India, as a nation, is primarily dependent on agriculture not only as a means to feed its people but also the sector, which contributes almost 80% of the country’s GDP. That being said, pesticides and fertilizers are enormously used to curb the pest attack against crops and to boost plant growth. It can be said that the negligent use of these chemicals may have side effects on the plants. We wanted to check the level of such side effects caused by acephate and also to find out whether such side effects can be neutralized by an organic and plant safe compound such as kinetin. Thus, in our project, we focused on checking the effects caused by the application of acephate, when sprayed (foliar) on to fenugreek plants. We performed three tests to study the oxidative stress, from which we can conclude that acephate by and of itself caused more oxidative stress whereas when applied in combination with Kinetin (lower acephate concentration and a comparatively higher concentration of Kinetin) the oxidative stress was comparatively low. Further studies were made in an animal model and cell lines. In the animal model, there was no significant result as both acephate and kinetin were inhibiting AChE activity. In Blood, the hemolysis percentage was calculated, and from the results, we could conclude that the combination of kinetin and acephate showed reduced hemolysis. When checked in cell lines, in fibroblast cells, the application of acephate increased the percentage of dead cells, whereas in combination with kinetin even-though there were initially some dead cells, the live cells that were remaining proliferated which can be viewed as the effect of kinetin. Whereas the cancerous cells of the sarcoma also had similar results, but the proliferation of the live cancerous sarcoma was more robust compared to the fibroblast cell, which could be inferred as a negative effect as it promotes cancerous growth. Thus, we can conclude that kinetin could be used as an ameliorative compound against pesticides by doing a few more extensive studies on various plant species and against various pesticides.
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