利用不足的苦瓜植物增值饼干的开发与评价

Á., Odion-Owase, E., Suleiman
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摘要

苦瓜是传统医学中常用的药用植物,但对其高附加值食品进行了研究。以0%、3%和5%的苦瓜提取物分别作为对照、B和C样品,为糖尿病患者和有健康意识的人群制作小麦饼干。苦瓜饼干的感官性能在评审小组的可接受范围以上;然而,100%小麦的饼干在颜色、质地、味道、味道和普遍接受度方面都名列前茅。三个样本间差异有显著性(p≤0.05)。样品A的可接受度为8.70,样品B和C的可接受度为7.10和6.40。近似组成表明,3个样本间各参数分析均有显著性差异(p≤0.05)。加入苦瓜粉后,饼干灰分含量由1.21%提高到1.42%,脂肪含量由1.61提高到1.72%,蛋白质含量由2.37提高到2.49%。粗纤维和碳水化合物含量显著降低。这可能是苦瓜饼干将高碳水化合物含量从87.16%降低到84.17%。随着苦瓜粉添加量的增加,饼干中植物化学成分含量也随之增加,且各样品间差异显著(P≤0.05)。植酸含量从1.28%增加到1.64%,单宁含量从1.30增加到1.44%,草酸含量从1.10增加到1.33%,皂苷含量从0.41增加到0.48%,生物碱含量从0.21增加到0.28%。因此,开发的产品具有较高的灰分,脂肪,蛋白质和所有植物化学物质,样品B也具有良好的颜色,风味和口感,仍然可以使糖尿病,肥胖和有健康意识的人受益。溃烂的生物碱对动物有明显的生理作用。苦瓜饼干中这些次生代谢物的存在表明,它们对糖尿病、肥胖和有健康意识的人有益
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development and Evaluation of Value-Added Biscuits of an Under-Utilised Bitter Melon Plant
Bitter melon plant is often used for some medicinal purposes in traditional medicine but its value added food products was investigated. Wheat biscuits were made for diabetic and health conscious individuals by incorporation of bitter melon extract at different levels such as 0%, 3% and 5% as sample A (control), B and C respectively. Sensory properties of the bitter melon biscuits were ranked above acceptable range by panel of judges; however, the biscuit with 100% wheat was far ranked highest in colour, texture, taste, flavour, and general acceptability. There was significance difference (p ≤ 0.05) among the three samples. The acceptability of sample A was 8.70 while sample B and C were 7.10 and 6.40. The proximate composition showed that there was significnt difference (p ≤ 0.05) among the three samples in all the parameters analysed. The incorporation of bitter melon powder into the biscuits increased the ash content from 1.21 to 1.42%, fat content from 1.61 to 1.72%, protein from 2.37 to 2.49%. On the other hand, the crude fibre and carbohydrate were decreased significantly. This could be that the bitter melon biscuit reduced the high carbohydrate content to a low content from 87.16% to 84.17%. The phytochemical content increased as more bitter melon powder was incorporated into the biscuits and there was significant difference (P ≤ 0.05) among the samples. There was increased in phytate from 1.28% to 1.64%, tannin was 1.30 to 1.44%, oxalate was 1.10 to1.33%, saponin was 0.41 to 0.48% and alkaloid was 0.21 to 0.28% respectively. Thus, the products developed had higher ash, fat, protein and all the phytochemicals and sample B also had good colour, flavour and palatability and could still benefit diabetic, obese and health conscious people. ulcerated alkaloids show marked physiological to animals. The presence of these secondary metabolites in the bitter melon biscuits showed that they can benefit diabetic, obese and health conscious people
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