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The Role of Dietary Fiber and Microbiome Composition to Decrease the Deleterious Effects of Nano-Plastic in Monogastric Animals

机译:膳食纤维和微生物组组合物的作用降低了纳米塑料中纳米塑料的有害影响

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The ambient environment contains small plastic materials that can negatively influence the health of living organisms. As the plastic production rate annually increases, many plastic molecules can be degraded by different environmental factors. Thus, the plastic possesses the ability to penetrate the cells of living organisms and harms living organisms through different animal feedstuff and fish. The negative effect of nano-plastic can be noticed in many diseases, nutritional disorders, and the growth rate. Moreover, nano-plastic is a major source of toxins. We revised the possible action of dietary fibers to decrease the toxic effects of non-plastics, based on a large portion of undigested fibers in monogastric to excrete such nano-molecules. In addition, we explained the dietary fibremicrobiome synergistic axis to reduce the risk of plastic in the digestive tract. Finally, we highlighted related research gaps related to the herein review.
机译:环境环境含有小塑料材料,可以对生物体的健康产生负面影响。随着塑料生产率每年增加,许多塑料分子可以通过不同的环境因素来降低。因此,塑料具有穿透生物体细胞的能力,并通过不同的动物饲料和鱼伤害生物体。可以在许多疾病,营养障碍和生长速率中注意到纳米塑料的负面影响。此外,纳米塑料是毒素的主要来源。我们修改了膳食纤维的可能作用,以减少非塑料的毒性效应,基于单侏队的大部分未消化的纤维以排出这种纳米分子。此外,我们解释了膳食纤维微生物协同轴,以降低消化道中塑料的风险。最后,我们强调了与此相关的相关研究差距。

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