来自不同接种源的可可粉质量发展模型

Lucia Mandey, Jenny E. A. Kandou, D. Tarore
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引用次数: 0

摘要

不同接种物来源的椰子汁质量发展模型 "研究的结果旨在:(1)利用椰子产业和家庭产业中废弃的椰子汁;(2)从不同的接种物来源(菠萝果肉接种物和市场上已有的接种物)中获得椰子汁质量发展模型。采用的方法是完全随机设计(RAL)的定量(实验室实验)方法。本研究包括以下阶段,即第一阶段,使用成熟椰子的椰子水培养基,处理 A = 新鲜椰子水的基本成分(不储存),处理 B = 储存 1 周的椰子水基本成分,处理 C = 储存 2 周的椰子水基本成分,处理 D = 储存 3 周的椰子水基本成分。第二阶段,使用接种源发酵椰子水,椰子水成为发酵培养基的基质,接种源包括:菠萝肉天然成分中的液体接种源和市场上生产纤维素胶粒的液体接种源。研究结果可归纳如下:(1) 北苏拉威西省北米纳哈萨地区椰子产业和椰子家庭产业从成熟椰子中产生的椰子水废料可被木醋杆菌用于生产椰果纤维素胶粒,(2) IN 处理(来自菠萝果实的天然木醋杆菌液体接种体)从生产的椰果纤维素胶粒的几个质量参数来看,具有最佳的处理效果,例如:层厚参数、纤维素胶粒的质量参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数、纤维素胶粒的厚度参数:层厚度、含水量、纤维含量和颜色等参数,比 IP 处理(市场上的木醋杆菌液体接种体)效果更好。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Nata De Coco Quality Development Model from Different Inoculum Sources
The results of the study "Nata De Coco Quality Development Model from Different Inoculum Sources", aim (1) to utilize wasted coconut water from the coconut industry and home industry, (2) to obtain a Nata de Coco quality development model from different inoculum sources (inoculum from pineapple flesh and inoculum that are already available on the market. The methodology used is quantitative (laboratory experiments) with Complete Randomized Design (RAL). This research includes stages, as follows, namely: Phase I, using coconut water media sources with the maturity level of ripe coconuts, with Treatment A = basic ingredients of fresh Coconut Water (0 storage), B = basic ingredients of Coconut Water with storage for 1 week, C = basic ingredients of coconut water with storage for 2 weeks, and treatment D = basic ingredients of coconut water with storage for 3 weeks. Phase II, fermenting coconut water which becomes a substrate as a fermentation medium using inoculum sources, namely: liquid inoculum sources from natural ingredients of pineapple flesh and liquid inoculum sources available on the market in producing cellulose pellicle. The results of the study can be concluded as follows: (1) Coconut water waste wasted from the coconut industry and coconut home industry in the North Minahasa Regency area of North Sulawesi from ripe coconuts can be utilized by Acetobacter xylinum bacteria in producing Nata de Coco pellicle, (2) IN treatment (Natural Acetobacter xylinum liquid inoculum from pineapple fruit) provides the best treatment results from several quality parameters of Nata de Coco produced such as: parameters of Layer Thickness, Water Content, Fiber Content, and Color, than IP treatment (liquid inoculum Acetobacter xylinum on the market).
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