斯里兰卡一种未充分利用的野生食用植物白花毛茛的营养评价和植物化学筛选

P. S. Peduruhewa, K. Jayathunge, R. Liyanage
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引用次数: 2

摘要

斯里兰卡拥有数百种野生可食用物种,能够改善人类的健康饮食模式。尽管白花Commelina diffusa (Girapala)是一种重要的野生可食用物种,但其营养特性仍未被探索。本研究旨在测定白花苜蓿的近似值组成、微量元素和植物化学成分。对植物化学物质进行了定性和定量测试,并在定性评估中使用了不同的有机溶剂,包括己烷、乙醇、氯仿和水。采用AOAC标准测定其近似营养成分,包括灰分、水分、粗蛋白质、粗脂肪和粗纤维。用原子吸收分光光度法分析微量元素。钙是最丰富的矿物元素,其次是铁b>铜bb>锌,其含量高于斯里兰卡大多数主要叶菜。水分和灰分含量分别为鲜重的89.78%和7.03%。粗脂肪、粗纤维和粗蛋白质在干重基础上的对应值分别为0.01%、3.52%和3.10%。植物化学定量分析结果显示,黄酮类化合物(3.37%)、生物碱(5.55%)、皂苷(2.82%)、酚类化合物(7.27%)、甾体(0.28%)和单宁(2.94%)具有生物活性。综上所述,白花松嫩枝含有相当数量的生物活性化合物和微量元素。
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Nutritional Evaluation and Phytochemical Screening of Commelina diffusa: An Underutilized Wild Edible Plant of Sri Lanka
Sri Lanka is blessed with hundreds of wild edible species which are capable of improving healthy dietary patterns of human being. Though, Commelina diffusa (Girapala) is an important wild edible species, its nutritional properties are still unexplored. This study was carried out to determine the proximate composition, microelements and to assess phytochemicals in C. diffusa. Phytochemicals were tested in both qualitative and quantitative manner and in qualitative assessment it has been used different organic solvents including hexane, ethanol, chloroform and water. The proximate nutritional composition including, ash, moisture, crude protein, crude fat and crude fiber were determined using AOAC standards. Microelements were analyzed using Atomic Absorption Spectrophotometric method. Ca was the most abundant mineral element followed by Fe > Cu > Zn which have shown higher values than most of the prominent leafy vegetables in Sri Lanka. Moisture and ash contents were 89.78% and 7.03% of fresh weight, respectively. The corresponding values for crude fat, crude fiber and crude protein were 0.01%, 3.52% and 3.10% respectively in dry weight basis. The result of quantitative phytochemical analysis revealed the presence of bioactive compounds namely, flavonoids (3.37%), alkaloids (5.55%), saponins (2.82%), phenols (7.27%), steroids (0.28%) and tannins (2.94%). In concluding, the results indicate that the tender shoots of C. diffusa contain an appreciable amount of bioactive compounds and microelements.
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