The Comparation Study of Pasteurized "Fruits Up" Products Using TPC (Total Plate Count) Method

Bunyamin Anas, S. Natasha, P. Dwi, Nawawi Marlis
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Abstract

Fruits Up is one of the small and medium sized enterprises (SMEs) which is engaged in developing puree mango beverage. To satisfy the consumer, Fruits Up decided not to use chemical preservatives as a solution to be a healthy drink with longer shelf life time product. The purpose of this research is to conduct pasteurization process on Fruits Up product as solution of increasing product shelf life time without the use of chemical preservatives. Comparison of existing products will be analyzed using microbiological quantitative analysis with Total Plate Count (TPC) method and presented in the form of Standard Plate Count (SPC). The sampling method was using a Completely Randomized Factorial Design with difference room temperature and storage time (1 day, 3 day and 5 day). According to the result, the least amount of bacteriology is present in the pasteurized Fruits Up product with H1 storage of refrigerator temperature (10°C) and the highest amount is found on Fruits Up products that have not been pasteurized with H5 storage of room temperature (26°C). Based on the results, a significant decrease in TPC occurs during the pasteurization process so that the pasteurization process is highly recommended to be performed permanently
TPC (Total Plate Count)法对巴氏杀菌“fruit Up”产品的比较研究
果达是一家从事芒果泥饮料开发的中小企业。为了让消费者满意,我们决定不使用化学防腐剂作为解决方案,成为一款保质期更长的健康饮料。本研究的目的是在不使用化学防腐剂的情况下,对fruit Up产品进行巴氏杀菌处理,以延长产品的保质期。现有产品的比较将使用微生物定量分析与总平板计数(TPC)方法进行分析,并以标准平板计数(SPC)的形式呈现。取样方法采用完全随机因子设计,室温、贮藏时间(1天、3天、5天)不同。根据结果,在H1冰箱温度(10°C)下储存的巴氏杀菌水果Up产品中存在的细菌数量最少,而在未经过H5室温(26°C)储存的巴氏杀菌水果Up产品中发现的细菌数量最多。根据结果,在巴氏灭菌过程中TPC显著降低,因此强烈建议永久进行巴氏灭菌过程
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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