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Non-extractable polyphenols and in vitro bile acid-binding capacity of dried persimmon (Diospyros kaki) fruit

机译:干燥柿子(Diospyros Kaki)果实的不可萃取多酚和体外胆汁酸结合能力

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Dried persimmon is thought to be a rich source of non-extractable polyphenols (NEPPs). Here, we analyzed the NEPP content of dried persimmon and its bile acid-binding activity in vitro. To determine total NEPP content and epicatechin equivalent (ECE) of intact NEPPs, acid hydrolysis and non-destructive methods with 70% (v/v) acetone-insoluble solids (AIS), respectively, were conducted using Folin-Ciocalteu reagent. The ECE of intact NEPPs exceeded 1000 mg/100 g in the non-destructive method, but total NEPP content was approximately 3900 mg/100 g with the acid hydrolysis method. Thiolysis showed that the non-extractable proanthocyanidins in dried persimmon mainly comprised epigallocatechin-gallate, epigallocatechin, epicatechin, and epicatechin-gallate. AIS from dried persimmon showed stronger bile acid-binding activity than AIS from apple, quince, and fresh astringent persimmon. These results suggest that the high content of NEPPs in dried persimmon may contribute to a strong bile acid-binding activity.
机译:干燥的柿子被认为是富有的不可萃取多酚(Nepps)的富源。在此,我们分析了在体外干燥柿子的Nepp含量及其胆汁酸结合活性。为了确定完整的Nepps的全Nepp含量和EPICATECHIN等效物(ECE),分别使用FOLIN-CIOCALTEU试剂进行酸水解和具有70%(v / v)丙酮不溶性固体(AIS)的非破坏性方法。非破坏性方法的完整奈照的ECE超过1000mg / 100g,但酸水解方法总NEPP含量约为3900mg / 100g。硫酸分解显示干燥柿子中的不可萃取的原花青素主要包含EpigallocateChin-gallate,Epigallocatechin,EpicaTechin和EpicaTeChin-gallate。来自干柿子的AIS表现出比苹果,柑橘和新鲜收敛性柿子的AIS更强的胆汁酸结合活性。这些结果表明,干燥柿子中的高含量可能有助于强烈的胆汁酸结合活性。

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