- 期刊Foods (Basel, Switzerland)(Foods)
- 发表时间2026-09-17
- 作者Zou J, Tian X, Wang S, Sun Y
- 卷期页码V15(18)
- 文献类型Review
- DOI10.3390/foods15183298
- PMID42794083
摘要机译
枸杞叶和芽被用作蔬菜和茶,但是它们在配方食品中的成分和行为不同于浆果。这篇批判性的叙述性评论检查了它们的植物化学、加工、食品应用、消化和安全性,并与浆果加工残留物和果园生物量进行了选定的比较。
文献包括茶叶加工、polysaccharide-modified面团、乳液输送系统以及在咸味食品中添加芽茶或叶提取物。基因型、收获阶段和提取物解释了大量成分差异。在食品基质中,流变学、氧化稳定性或风味的改善取决于配方,剂量较高的内含物并不能始终如一地改善感官质量。
模拟消化和生物模型提供了preparation-specific的发现,但没有确定临床疗效。安全性证据包括对一种烘烤枸杞叶提取物的短期毒理学研究以及芽茶中农药的发生和输液转移测量。这两个数据集都没有建立所有叶衍生产品的安全性。
浆果残留物在烘焙产品、成分回收和动物饲料中有单独的应用,而木本树枝主要是农业生物质。仅提取产量既不确定食品适用性,也不确定环境效益。
主要未解决的问题是在单个实验中观察到的成分和技术效应是否在生产批次、实际份量、储存和长期暴露中持续存在。
展开英文摘要原文
Goji leaves and buds are used as vegetables and teas, but their composition and behavior in formulated foods differ from those of the berries. This critical narrative review examines their phytochemistry, processing, food applications, digestion, and safety, with selected comparisons to berry-processing residues and orchard biomass. The literature includes leaf-tea processing, polysaccharide-modified dough, emulsion delivery systems, and bud-tea or leaf-extract additions to savory foods. Genotype, harvest stage, and extraction account for substantial compositional variation. In food matrices, improvements in rheology, oxidative stability, or flavor depend on formulation and dose-higher inclusion does not consistently improve sensory quality. Simulated digestion and biological models provide preparation-specific findings but do not establish clinical efficacy. Safety evidence includes a short-term toxicology study of one roasted Lycium chinense leaf extract and pesticide occurrence and infusion-transfer measurements in bud tea. Neither dataset establishes safety across all leaf-derived products. Berry residues have separate applications in bakery products, ingredient recovery, and animal feed, whereas woody branches are predominantly agricultural biomass. Extraction yield alone establishes neither food suitability nor environmental benefit. The main unresolved issue is whether the compositional and technological effects observed in individual experiments persist across production batches, realistic servings, storage, and longer-term exposure.
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