Organic packaging proposal of biopolymer base starch-exudate tree Capparis scabrida for blueberry’s conservation

Lorena LAGOS-LÓPEZ, M. Cruz-Gómez, María Maura Margarita TEUTLI-LEÓN, Genaro Roberto LÓPEZ-AGUILAR
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Abstract

The current need to reduce environmental degradation and seek environmentally friendly packaging alternatives has encouraged research into new products based on biological resources such as biopolymers (polysaccharides), such as the starch in potatoes. The objective of this research was to identify the properties of potato peel joined with a natural plasticizer obtained from tree exudate Capparis scabrida as a blueberry packaging alternative, which presents sensitivity to deterioration, a suitable packaging with an abundance of starch can delay this phenomenon, on the other hand, synthetic polymer packaging deteriorates the product. A mixed analysis was performed, applying the quantification and estimation of the biopolymer for the packaging’s development according to the control variables such as biodegradability, functionality, breathing rate, and weight loss of the fruit. The technical data obtained from the biopolymer were the basis of the decision-making process for the implementation of packaging as a replacement for existing synthetic polymers. The characterization will be the reason for future works for its optimization.
生物聚合物基淀粉渗出树蓝莓保鲜有机包装方案
目前需要减少环境退化和寻求环境友好的包装替代品,这鼓励了对基于生物资源的新产品的研究,如生物聚合物(多糖),如马铃薯中的淀粉。本研究的目的是确定马铃薯皮加入一种天然增塑剂作为蓝莓包装替代品的特性,这种增塑剂是由树分泌物Capparis scabrida获得的,它表现出对变质的敏感性,一种合适的含有丰富淀粉的包装可以延缓这种现象,另一方面,合成聚合物包装会使产品变质。进行了混合分析,根据控制变量,如生物降解性、功能、呼吸频率和水果的重量减轻,应用定量和估计包装开发的生物聚合物。从生物聚合物中获得的技术数据是实施包装作为现有合成聚合物替代品的决策过程的基础。该表征将是今后对其进行优化工作的依据。
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