Development of shelf stable Bissap beverage
Development of shelf stable Bissap beverage
批准号:
491635-2015
负责人:
Ngadi, Michael
金额:
$1.77万
依托单位:
依托单位国家:
加拿大
项目类别:
Engage Grants Program
财政年份:
2015
资助国家:
加拿大
项目状态:
已结题
起止时间:
2015-01-01 至 2016-12-31
中文摘要
木薯的汁液因其富含花青素、维生素C和其他化学物质而被认为是非常有营养的。虽然比萨汁饮料在一些国家很受欢迎,但在加拿大却不那么出名。然而,消费者对健康和营养食品的兴趣与日俱增,为加拿大双汁液饮料的生产和营销创造了独特的机会。合作行业,品尝非洲打算检查生产货架稳定和高质量的比萨汁饮料的技术。拟议研究的目的是概述使用不同技术,即传统技术和超声波技术提取的饮料的营养成分。该饮料在不同陈列条件下的货架稳定性也有待研究。行业合作伙伴希望与研究团队合作,如
成为加拿大领先的饮料制造商、营销商和推广者。
研究采用的方法论方法将提供合作伙伴可使用的基于决策的标准作业程序。实验方案包括使用传统的温度-时间组合在15至70°C的不同温度下进行提取研究,以及使用超声辅助提取技术的更新方法。将进行货架稳定性研究的标准方法。样品将储存3个月,在此期间将监测质量属性。考虑到加拿大对健康饮料日益增长的需求,这项研究具有很高的相关性。将这种高营养的乳汁饮料引入加拿大市场,将会引起注重健康的加拿大人的极大兴趣。超声波提取的应用将提供一个可供食品行业其他部门采用的知识平台。
英文摘要
Juice from the Bissap plant has been known to be very nutritive due to its high content of anthocyanin, vitamin C and other chemicals. Although Bissap drink is widely popular in some countries, it is not as much known in Canada. However, the increasing consumer interest on healthy and nutritive foods has created a unique opportunity for production and marketing of Bissap drink in Canada. The partnering industry, Taste of Africa intends to examine techniques for production of shelf stable and high quality Bissap drink. The objective of the proposed study as to profile the nutritional composition of the drink that has been extracted using different techniques namely conventional and ultrasounic techniques. Shelf-stability of the drink at different display conditions are also to be studied. The industry partner hopes to collaborate with the research team such as to
become a leading manufacturer, marketer and promoter of the beverage across Canada.
The methodological approach adopted for the study will provide a decision-based standard operating procedure that can be used by the partner. Experimental protocols include extraction studies at various temperatures varying from 15 to 70°C using the conventional temperature - time combinations as well as a more novel method involving the use of ultrasound assisted extraction techniques. Standard methods of shelf stability studies will be conducted. Samples will be stored for a period of 3 months during which quality attributes will be monitored. The study is highly relevant considering the increasing demand for healthy drinks in Canada. Introduction of the highly nutritive Bissap drink into the Canadian market would be of great interest to health conscious Canadians. The application of ultrasonic extraction will provide a knowledge platform that can be adopted by other sectors of the food industry.
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