Donno Dario, Turrini Federica, Boggia Raffaella, Guido Maddalena, Gamba Giovanni, Mellano Maria Gabriella, Riondato Isidoro, Beccaro Gabriele Loris
Department of Agriculture, Forestry and Food Science, University of Torino, Largo Braccini 2, 10095 Grugliasco, Italy.
Department of Pharmacy, University of Genoa, Viale Cembrano 4, 16148 Genoa, Italy.
Plants (Basel). 2021 Oct 20;10(11):2233. doi: 10.3390/plants10112233.
Herbal products are now considered among the most important sources of phenolic compounds: the FINNOVER project aimed at the creation and development of sustainable supply chains to extract and use natural biologically active agents. is one of the most utilised herbal products derived from buds and sprouts as polyphenolic food supplements for its homeostatic and astringent properties. This research was aimed to describe the antioxidant capacity and the phytochemical composition of herbal products by the application of spectroscopic and chromatographic fingerprints considering phenolics as potential markers to significantly differentiate traditional preparations (macerates) from innovative extracts obtained by an ultrasound extraction from buds. Two different commercial products were also considered. Flavonols were the most abundant class in ultrasound extracts (45%), while phenolic acids were the most important class in traditional macerates (49%) and commercial bud-preparations (about 50%). This study may support the potential use of bud-products (starting from pruning byproducts) as food supplements to integrate human diet with good amounts of phenolics. Finally, the use of different extraction methods on the same plant material could be an important development to produce innovative herbal products with a phytochemical composition similar to traditional preparations.
FINNOVER项目旨在创建和发展可持续供应链,以提取和使用天然生物活性剂。 是最常用的草药产品之一,它源自芽和嫩枝,作为多酚类食品补充剂,具有稳态和收敛特性。本研究旨在通过应用光谱和色谱指纹图谱来描述 草药产品的抗氧化能力和植物化学成分,将酚类物质视为潜在标志物,以显著区分传统制剂(浸渍液)与通过超声提取 芽获得的创新提取物。还考虑了两种不同的商业产品。黄酮醇是超声提取物中含量最丰富的类别(45%),而酚酸是传统浸渍液(49%)和商业芽制剂(约50%)中最重要的类别。本研究可能支持将 芽产品(从修剪副产品开始)用作食品补充剂,以使人类饮食中含有大量酚类物质。最后,对同一植物材料使用不同的提取方法可能是生产具有与传统制剂相似植物化学成分的创新草药产品的一项重要进展。