Kinetics Degradation and Shelf Life of Curcumin from Turmeric (Curcuma domestica Val) with Ethanol Extract Coated by Maltodextrin at Room Temperature Storage

J. Hardi, Ruslan Lina
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Abstract

Curcumin extract from the turmeric plant is unstable to light, temperature and changes in pH, therefore it is necessary to be coated with biopolymers to have a longer shelf life. This study aims to determine the type of degradation kinetics of maltodextrin-coated curcumin and its shelf life at room temperature storage. Encapsulation was performed using an emulsion technique combined with freeze drying with the ratio of turmeric ethanol extract to maltodextrin of 7: 5 (w/w). The results showed that the efficiency of coating ethanol extract of turmeric with maltodextrin was 31.26%. Kinetics degradation of curcumin coated with maltodextrin follows zero-order reaction kinetics. Microcapsule of turmeric ethanol extract coated with maltodextrin has a shelf life at room temperature for 8.35 weeks.
麦芽糖糊精包被乙醇萃取物对姜黄中姜黄素常温降解动力学及保质期的影响
从姜黄植物中提取的姜黄素对光、温度和pH值的变化不稳定,因此有必要用生物聚合物包被以延长保质期。本研究旨在确定麦芽糖糊精包被的姜黄素在室温下的降解动力学类型及其保质期。以姜黄乙醇提取物与麦芽糖糊精的比例为7:5 (w/w),采用乳化技术结合冷冻干燥进行包封。结果表明,麦芽糖糊精包覆姜黄乙醇提取物的效率为31.26%。麦芽糖糊精包被姜黄素的降解动力学遵循零级反应动力学。以麦芽糖糊精包被的姜黄乙醇提取物微胶囊在室温下的保质期为8.35周。
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