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Assessment of Nano Cellulose from Peach Palm Residue as Potential Food Additive: Part II: Preliminary Studies

机译:桃棕榈渣中纳米纤维素作为潜在食品添加剂的评估:第二部分:初步研究

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摘要

High consumption of dietary fibers in the diet is related to the reduction of the risk of non-transmitting of chronic diseases, prevention of the constipation etc. Rich diets in dietary fibers promote beneficial effects for the metabolism. Considering the above and recognizing the multifaceted advantages of nano materials, there have been many attempts in recent times to use the nano materials in the food sector including as food additive. However, whenever new product for human and animal consumption is developed, it has to be tested for their effectiveness regarding improvement in the health of consumers, safety aspects and side effects. However, before it is tried with human beings, normally such materials would be assessed through biological tests on a living organism to understand its effect on health condition of the consumer. Accordingly, based on the authors’ finding reported in a previous paper, this paper presents body weight, biochemical (glucose, cholesterol and lipid profile in blood, analysis of feces) and histological tests carried out with biomass based cellulose nano fibrils prepared by the authors for its possible use as food additive. Preliminary results of the study with mice have clearly brought out potential of these fibers for the said purpose.
机译:饮食中膳食纤维的高消耗与减少慢性疾病不传播的风险,预防便秘等有关。膳食纤维中的丰富饮食可促进新陈代谢。考虑到上述情况并认识到纳米材料的多方面的优势,近来已经进行了许多尝试来将纳米材料用于食品领域,包括作为食品添加剂。但是,无论何时开发出用于人类和动物食用的新产品,都必须对其在改善消费者健康,安全性和副作用方面的有效性进行测试。但是,在将其用于人类之前,通常会通过对活生物体进行生物学测试来评估此类材料,以了解其对消费者健康状况的影响。因此,根据先前论文报道的发现,本文介绍了作者制备的基于生物质的纤维素纳米原纤维的体重,生化指标(血液中的葡萄糖,胆固醇和脂质谱,粪便分析)和组织学测试。可能用作食品添加剂。小鼠研究的初步结果清楚地表明了这些纤维用于上述目的的潜力。

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