柠檬草的补充研究(Cymbopogon cit几百)和芒果芒果对甜菜的生理和有机饮料成分(Beta vulagris L)的研究。

Inten Sharon Datuyanan, B. H. Simanjuntak, A. Setiawan, Yoga Aji Handoko
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引用次数: 1

摘要

甜菜根(Beta vulgaris L.)富含维生素、矿物质和抗氧化剂,对人体健康有益。虽然甜菜根含有大量的营养价值,但由于甜菜根的味道很土,所以公众不太喜欢它。因此,需要对甜菜根加工进行创新,使其成为公众可以接受的产品,如添加食品添加剂的饮料水果饮料。在本研究中,甜菜根汁加入食品添加剂,即柠檬草和姜黄芒果,有望改善口感和消费者接受。本研究旨在分析柠檬草和姜黄芒果对甜菜根汁理化特性的影响,并测定甜菜根汁的感官品质。本研究采用随机区组设计(RBD),在甜菜根汁中分别添加1%、3%、5%浓度的柠檬草和姜黄芒果。阴性对照采用甜菜根汁原味,阳性对照采用甜菜汁加蜂蜜。数据采用方差分析(ANOVA),若所得结果有显著性差异,则DMRT以5%显著水平继续。结果表明,柠檬草和姜黄分别以1%、3%、5%的浓度加入芒果对甜菜汁的理化特性和感官都有影响。在添加5%姜黄芒果时,总溶解固形物含量最高,为6.92oBrix,甜菜花青素含量最高,为10.26 mg/L。阴性对照(甜菜根汁平原)pH值最高,平均为6.52。在添加1%柠檬草时发现维生素C含量最高,约为6.16毫克/100克。结果还表明,添加1%柠檬草的感官甜菜汁和阳性对照(甜菜汁加蜂蜜)作为样品最受小组成员的青睐。关键词:甜菜根汁,柠檬草,理化,感官,姜黄芒果
本文章由计算机程序翻译,如有差异,请以英文原文为准。
STUDI PENAMBAHAN SERAI (Cymbopogon citratus) DAN TEMU MANGGA (Curcuma mangga) TERHADAP KARAKTERISTIK FISIKOKIMIA DAN ORGANOLEPTIK MINUMAN SARI UMBI BIT (Beta vulagris L.)
As food contains vitamin, mineral and antioxidant, beetroot (Beta vulgaris L.) had beneficial for health. Although beetroot contains a lot of nutritional value, beetroot is less liked by the public because of an earthy taste. For this reason, it needs innovation of the beetroot processing into products that can be accepted by the public, such as beverage fruit drink with food additives. In this study, beetroot juice with food additives, i.e. lemongrass, and turmeric mango was expected to improve taste and acceptable consumer. This study were aimed to analyze the effect of lemongrass and turmeric mango on physicochemical characteristics and determine the organoleptic quality of beetroot juice. This study used a Randomized Block Design (RBD) with the addition of lemongrass and turmeric mango respectively 1%, 3%, 5% concentration in the beetroot juice. Negative control used beetroot juice plain and the positive control used beet juice plus honey. Data were analyzed by variance (ANOVA), if the results obtained were significantly different, the DMRT continuing with 5% significant level. The results showed that the addition of lemongrass and turmeric mango with the concentration of each 1%, 3%, 5% effect on the physicochemical characteristics and organoleptic beet juice. The highest total dissolved solids was 6.92oBrix and the highest betacyanin content of 10.26 mg/L occurred at the addition of 5% turmeric mango. The highest pH value was shown in the negative control (beetroot juice plain) with an average of 6.52. The highest vitamin C content found in the addition of 1% lemongrass about 6.16 mg/100g. The results also showed that the organoleptic beet juice with the addition of 1% lemongrass and the positive control (beet juice plus honey) as a sample that it the most preferred by the panelists. Keywords: beetroot juice, lemongrass, physical-chemistry, organoleptic, turmeric mango
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