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Oat Fiber As a Carrier for Curcuminoids

机译:燕麦纤维作为姜黄素的载体

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The curcuminoid-carrying potential of oat fiber was examined as a potential route to overcome the low aqueous solubility of curcuminoids. Aqueous dispersions of oat fiber were mixed with curcuminoids solubilized in ethanol to obtain curcuminoids-oat fiber (1% w/w) dispersions in aqueous ethanol (2% v/v). Centrifugation of the curcuminoids-oat fiber dispersions resulted in a supernatant (95.3% w/w: 0.11% w/w protein, 0.17% w/w b-glucan) and precipitate (4.74% w/w: 0.18% w/w protein, 0.11% w/w beta-glucan) with the curcuminoids being almost equally partitioned into both fractions. Curcuminoids solubility in the supernatant was markedly greater than that in aqueous ethanol and water. The curcuminoids were in the amorphous state in the precipitated fraction and were more stable to degradation than the curcuminoids in the supernatant. These studies show the potential of oat fiber as a carrier for curcuminoids into functional foods.
机译:燕麦纤维中的姜黄素类运载潜力被认为是克服姜黄素类低水溶性的潜在途径。将燕麦纤维的水分散体与溶于乙醇中的姜黄素混合,以获得乙醇水溶液(2%v / v)中的姜黄素-燕麦纤维(1%w / w)分散体。离心姜黄素-燕麦纤维分散体产生上清液(95.3%w / w:0.11%w / w蛋白,0.17%w / w b-葡聚糖)和沉淀(4.74%w / w:0.18%w / w蛋白(0.11%w / wβ-葡聚糖),姜黄素几乎均等地分配到两个部分中。姜黄素在上清液中的溶解度明显大于在乙醇和水中的溶解度。姜黄素在沉淀级分中处于非晶态,并且比上清液中的姜黄素更稳定地降解。这些研究表明燕麦纤维作为姜黄素进入功能性食品的载体的潜力。

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