印尼豆豉精制水解面粉作为功能性和天然烹饪香料原料的潜力

Mujianto, Wignyanto, Indarwati
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摘要

本研究旨在探索多酶水解(中性蛋白酶、中性纤维素酶和甘露聚糖酶)精制豆豉水解面粉在印尼作为功能性天然烹饪香料原料的潜力。本研究采用响应面法,采用二次模型中心复合设计,采用DOE软件7.1版。利用傅里叶变换红外光谱(FTIR)对10个品牌的28个实验单元进行了观察。然后对观测结果进行主成分分析和层次聚类分析。研究结果表明,通过对印尼10个烹饪香料品牌28个实验单位的主成分分析。编码为4/15H的豆豉精制水解粉的加载系数为0.646,编码为5/1H的加载系数为0.579,编码为19/25H的加载系数为0.618。这3种实验单位具有作为主要天然增味剂的风味特性和功能性能潜力,其增味系数分别为味精(味精)0.602、味精(VC) 0.581和咖喱烹饪香料(BM03) 0.681。对印尼10个烹饪香料品牌28个实验单元的聚类分析结果表明,编码为23/23H的精制豆豉水解粉具有天然增味剂主要成分的风味特征和功能特性,接近于味精(MSG)的519.542和中国味精(VC)的531.641。编码为3/14H的精制丹贝水解粉的风味特征和功能性能与咖喱烹饪香料(BM03)接近,接近值为236.961。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Potential of Refined Tempeh Hydrolyzated Flour as a Raw Material for Functional and Natural Cooking Spices in Indonesia
This study is aimed at finding out the potential of refined tempeh hydrolyzated flour from multi-enzyme hydrolysis (neutral protease, neutral cellulase and mannase) as a raw material for functional and natural cooking spices in Indonesia. The method of the study was the response surface method with Central Composite Design of Quadratic model using Design Expert for Design of Experiment (DOE) software of version 7.1. The observation is conducted to 28 (twenty-eight) experiment units consisting of 10 (ten) cooking spice brands using Fourier Transform Infrared (FTIR) Spectroscopy. The observation results then were processed using principal component analysis and hierarchical cluster analysis. The result of study indicates that from the analysis of principal component of 28 (twenty-eight) experiment units of 10 (ten) cooking spice brands in Indonesia. The refined tempeh hydrolyzate flour coded 4/15H has a loading factor of 0.646, code 5/1H a loading factor of 0.579, and the flour coded 19/25H has a loading factor of 0.618. Those three experiment units have the potential of flavor character and functional property as the main natural flavor enhancer which has similarities to monosodium glutamate (MSG) with a loading factor of 0.602, Chinese MSG (VC) with a loading factor of 0.581, and curry cooking spice (BM03) with a loading factor of 0.681. The result of the hierarchical cluster analysis of28 (twenty-eight) experiment units of 10 (ten) cooking spice brands in Indonesia, the refined tempeh hydrolyzate flour coded 23/23H has the flavor characters and functional properties ofthe main ingredient for natural flavor enhancers close to monosodium glutamate (MSG) with a closeness value of 519.542 and Chinese MSG (VC) with a closeness value of 531.641. The refined tempe hydrolyzate flour with code 3/14H has flavor characters and functional properties close to curry cooking spice (BM03) with a closeness value of 236.961.
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