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Antioxidant activity from limonene encapsulated by chitosan

机译:壳聚糖包封的柠檬烯抗氧化活性

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Limonene has been reported to have the effect of inhibiting free radicals.The use of limonene is still limited because of its low solubility in water.Hence,limonene modification is needed.The solution offered to solve the problem is by encapsulating it within chitosan-NaTPP to protect from degradation and increase the solubility of chitosan in water,so that limonene coated in chitosan can increase the value of free radical inhibition activity.This study aims to obtain limonene isolation from orange peel,chitosan synthesis,chitosan modification,limonene-chitosan encapsulation,and followed by antioxidant test.The results show that limonene can be isolated from orange peel.Emulsion prepared by spontaneous emulsificafion method obtains limonene emulsion with particle size of 339.5 nm.Chitosan modification using NaTPP obtained micro particle size of 2249.7 nm.Encapsulation of limonene in chitosan particles carried out using freeze drying method obtain an encapsulation efficiency of 46%.Limonene-chitosan encapsulation has antioxidant activity with IC50 value of 116 ppm.
机译:据报道,柠檬烯具有抑制自由基的效果。由于其在水中的溶解度低,柠檬烯的使用仍然有限。需要柠檬烯改性。提供解决问题的解决方案是通过将其封装在壳聚糖-NATPP中保护壳聚糖在水中的降解和增加溶解度,因此在壳聚糖中涂覆的柠檬烯可以增加自由基抑制活性的价值。本研究旨在从橙皮,壳聚糖合成,壳聚糖改性,柠檬酸壳多糖封装中获得柠檬烯分离。 ,并进行抗氧化试验。结果表明,利用自发乳化法制备的橙皮乳剂可以分离柠檬膜,从而获得339.5nm的粒径为339.5nm.chitosan改性的微粒尺寸为2249.7 nm。柠檬烯的微粒尺寸在使用冷冻干燥方法进行的壳聚糖颗粒中获得46%的封装效率.Llimo Nene-Chitosan封装具有IC50值为116ppm的抗氧化活性。

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