香蕉(Musa Paradisiaca) 3个品种外果皮作为醋酸潜在来源的提取与评价

Jeffry M. Saro
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引用次数: 2

摘要

香蕉(Musa paradisiaca)外果皮是一种生长迅速的多年生草本植物,是维持人类健康的重要来源。成熟的香蕉有助于增加酸度。这项研究的目的是评估如何从成熟的香蕉外皮,可以制成醋。对所选香蕉外果皮的理化性质(pH值和颜色)进行适当的分析,并测定其乙酸含量是否符合规定的标准。产酸最容易接近的是Latundan (Musa acuminata Musa balbisiana AAB Group),但所有样品都可以产酸。在pH测定中,酸度最高的是Lacatan (Musa acuminata C.) pH 4,而Cardaba (Musa acuminata balbisiana ABB Group) pH为3.5,最低的是Latundan pH 3。所有的样品都没有令人愉快的气味,而且样品经过了很好的测试和许多阶段的巴氏消毒。因此,除了延长发酵时间外,该研究还鼓励进一步开发一些香料和食品添加剂,并应用新发现的原理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Extraction and Evaluation: The Viability of the Three Varieties of Banana (Musa Paradisiaca) Exocarps as Potential Sources of Acetic Acid
The banana (Musa paradisiaca) exocarps have been a substantial source for maintaining human health and are the fast-growing herbaceous perennials arising from underground rhizomes. The ripe banana is useful in acidity. This study aimed to evaluate how the banana exocarps from ripe ones, can be made into vinegar. Also, to properly analyze the physicochemical properties (pH and color) and to determine the acetic acid content of the three selected varieties of banana exocarps if it conforms to the set standards. The most accessible in producing acidity is the Latundan (Musa acuminata musa balbisiana AAB Group), but all of the samples are accessible in producing acidity. In pH determination the highest in acidity is Lacatan (Musa acuminata C.) pH 4, while the Cardaba (Musa acuminata balbisiana ABB Group), is pH 3.5, and the lowest is the Latundan pH 3. All of the samples do not have pleasant odor, furthermore the samples well tested and undergo many stages of pasteurization. Thus, the study encourages further development of some spices and food additives and by application of new principles discovered, aside from extending the fermentation time.
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