植物性酸奶提取物抑制重组人血管紧张素转换酶2 (rhACE2)活性

Yu-suke Hasegawa, Waritsara Khongkomolsakul, Bradley W. Bolling
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摘要

关于饮食和保健品如何调节血管紧张素转换酶2 (ACE2),我们知之甚少。植物性酸奶(ppy)是功能性成分的潜在来源,由多种不同培养物和蛋白质来源的植物奶制成。本研究评估了美国PBYs的重组人(rh)ACE2抑制活性。筛选了21种杏仁、腰果、椰子、燕麦和大豆PBYs提取物的rhACE2抑制活性。在这些样品中,9个pys在低于50 mg/mL(干重(dw) PBY基础)时抑制重组人(rh)ACE2 50%。大豆、杏仁和燕麦提取物的IC50 (dw PBY)在4-11 mg/mL之间,是最有效的抑制剂。在植物奶中,豆奶提取物比燕麦或杏仁奶更有效地抑制rhACE2。异黄酮有助于活性,因为纯化的异黄酮抑制rhACE2。因此,PBY对rhACE2的抑制作用在不同的产品之间差异很大。这些结果表明,pys中存在多种抑制ACE2的营养保健品,其生物活性取决于制造方法和成分选择。
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Extracts of plant-based yogurts inhibit recombinant human angiotensin converting enzyme 2 (rhACE2) activity
Little is known about how diet and nutraceuticals modulate Angiotensin-converting enzyme 2 (ACE2). Plant-based yogurts (PBYs) are potential sources of functional components and are made from a variety of plant-milks with varying cultures and protein sources. This study assessed the recombinant human (rh)ACE2 inhibitory activity of PBYs available in the United States. Extracts from 21 almond, cashew, coconut, oat and soy PBYs were screened for rhACE2 inhibitory activity. Among these samples, 9 PBYs inhibited recombinant human (rh)ACE2 by 50% at less than 50 mg/mL (dry weight (dw) PBY basis). Extracts of soy, almond, and oat PBYs were among the most active inhibitors, from 4-11 mg/mL IC50 (dw PBY). Among plant milks, soy milk extracts were more active rhACE2 inhibitors than oat or almond milks. Isoflavones contributed to activity, as purified isoflavones inhibited rhACE2. Therefore, rhACE2 inhibition by PBY varies considerably between products. These results suggest that there are a variety of nutraceuticals in PBYs that inhibit ACE2, and their bioactivity depends on the method of manufacturing and ingredient selection.
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