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Gelatin capsule residue-based films crosslinked with the natural agent genipin

机译:明胶胶囊基于残留物的薄膜与天然药物Genipin交联

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摘要

This study focused on the development and characterization of biodegradable films based on gelatin capsule residue crosslinked with the natural agent genipin extracted from genipap (Genipa americana L.). Their potential on maintaining the quality attributes (level of peroxides, conjugated dienes and trienes and color) of extra-virgin olive oil under accelerated storage conditions was investigated. Results showed that the genipin-crosslinked films had a dark blue appearance. Their total soluble matter, water vapor permeability, tensile strength, ultraviolet and visible light barriers and thermal properties were improved in relation to the uncrosslinked film, whereas their moisture content and microstructure were not affected. In general, films presented comparable properties to those of glutaraldehyde-crosslinked films. The developed films successfully protected the packed oil from primary and secondary oxidation and maintained the color over the storage period. Therefore, this study demonstrated the effectiveness of genipin on improving the properties of gelatin-based films and the promising application of films as food packaging.
机译:这项研究的重点是基于明胶胶囊残留物与从genipap(Genipa americana L.)提取的天然药物genipin交联的可降解膜的开发和表征。研究了它们在加速储存条件下保持特级初榨橄榄油的质量属性(过氧化物,共轭二烯和三烯的水平以及颜色)的潜力。结果表明,与基尼平交联的薄膜具有深蓝色外观。相对于未交联的薄膜,它们的总可溶物,水蒸气渗透性,拉伸强度,紫外线和可见光屏障以及热性能得到改善,而它们的水分含量和微观结构没有受到影响。通常,薄膜呈现出与戊二醛交联薄膜相当的性能。显影的胶片成功地保护了包装的油免于一次和二次氧化,并在整个存储期间保持了颜色。因此,这项研究证明了京尼平在改善明胶基薄膜性能方面的有效性,并有望将其用作食品包装。

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