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打破稳定性障碍:先进的纳米/微封装安托素从实验室到市场

Yangming He¹, Jianxia Sun², Dawei Sun³

¹Department of Food Science and Engineering, Institute of Food Safety and Nutrition, Jinan University, Guangzhou 510632, China.

|March 5, 2026

概括

纳米/微型封装显著提高了功能性食品的安托安稳定性和生物可用性. 本次审查强调了有效的载体材料和商业化未来研究方向.

科学领域:

食品科学食品科学食品科学
材料科学材料科学材料科学
生物技术是生物技术.

背景情况:

安托氨酸具有宝贵的生物活性特性,但本质上是不稳定的.
它们的不稳定性限制了它们在食品加工,储存和消化中的应用.

研究的目的:

批判性地审查纳米/微型封装策略,以增强安素稳定性和生物可用性.
分析载体材料及其对抗生素保护和释放的影响.

主要方法:

对各种封装技术 (乳液,脂质体,纳米颗粒,纳米复合体) 的系统分析.
评估不同的载体材料,包括多糖,脂质和蛋白质-多糖复合物.
评估封装效率,体外生物可访问性和抗氧化能力的保存.

主要成果:

多糖类 (奇托,马尔托德克斯) 提供具有成本效益的封装 (>96% EE).
基于脂质的系统 (脂质体) 确保持续的肠道释放 (>66%的保留).
封装增强了体外生物可访问性 (1.53.2倍),并保持了抗氧化活性 (>83%).

结论:

纳米/微型封装是一种可行的策略,可以克服安托素的不稳定性.
材料选择对于优化稳定性,生物可用性和功能性食品应用至关重要.
需要进一步研究商业化障碍,如成本,可扩展性和毒性数据.

关键词:

安托氨酸是一种安托氨酸.封装封装是一种封装.稳定性,生物可用性

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