Edible Cutlery – A Prototype to Combat Malnutrition and Plastic Waste Management

Krishita Mukherjee, Arivuchudar Raju
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引用次数: 1

Abstract

Background:Background: Edible cutlery is a natural and bio-degradable commodity which can be concocted to be nutritious and replace the usage of plastic cutlery. This study aims at sustainable development, elimination of plastics as cutlery from the food sector, ecological waste management, maintenance of optimal nutritional status and prevention of non-communicable diseases. These edible cutleries, which are made by combining all the five food groups given in the MyPlate, will prodigiously influence the intake of complex carbohydrates, protein, fibre, micronutrients and nutraceuticals on a routine basis. Materials and Methods: Materials and Methods: This report is targeted at the fabrication of edible cutleries using composite flour blends of whole wheat, foxtail millet, and roasted bengal gram, along with enrichment of skimmed milk powder, orange fruit powder and beetroot extract in proportions as suggested in a balanced diet, in order to evaluate its ability to meet the recommended daily allowances, phytochemical profile, functionality and economic competence. Three variations were baked at 180°C for 17 min. Results:Results: According to the results of the analysis, variation 2, with an equimolar ratio of whole wheat flour and foxtail millet flour along with other ingredients, proved to be the most proficient alternative to plastic cutlery. Conclusion:Conclusion: The accepted cutlery indicated to considerably meet the RDA in terms of certain nutrients majorly lacking in the Indian diet, along with catering to the nutraceutical needs of the body. Economically, the cost of these cutleries was found to be lower than those present in the market
可食用餐具-对抗营养不良和塑料废物管理的原型
背景:食用餐具是一种天然的、可生物降解的商品,它可以被调制成有营养的东西,取代塑料餐具的使用。这项研究的目标是可持续发展、从食品部门消除塑料餐具、生态废物管理、维持最佳营养状况和预防非传染性疾病。这些可食用的餐具是由我的餐盘中列出的所有五种食物组合而成的,将极大地影响日常基础上复合碳水化合物、蛋白质、纤维、微量营养素和营养食品的摄入。材料与方法:材料与方法:本报告旨在利用全麦、谷子和烤孟加拉克的复合面粉,并按照均衡饮食的建议比例添加脱脂奶粉、橙果粉和甜菜根提取物,以制造可食用餐具,以评估其满足每日推荐摄入量的能力、植物化学特征、功能和经济能力。三种变体在180°C下烘烤17分钟。结果:结果:根据分析结果,变体2,全麦面粉和谷子粉的等摩尔比例以及其他成分,被证明是最熟练的塑料餐具替代品。结论:结论:就印度饮食中主要缺乏的某些营养素而言,公认的餐具表明相当符合RDA,同时满足身体的营养保健需求。从经济上讲,这些餐具的成本被发现比市场上的那些低
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