老尼帕果胚乳粉的表征及其在无谷蛋白饼干中的应用

IF 0.2 Q4 AGRONOMY
agriTECH Pub Date : 2021-11-30 DOI:10.22146/agritech.55307
R. Nofiani, Jorion Romengga, T. A. Zaharah
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引用次数: 0

摘要

老尼帕果实胚乳(ONFEs)含有高碳水化合物,可以用来制作面粉。在这项研究中,我们用ONFEF和它的饼干制作面粉。本研究旨在表征未漂白和漂白的旧尼帕果胚乳面粉(UONFEF和BONFEF)的功能特性,并评估消费者对ONFEF面粉和由UONFEF和BONFEF制成的无麸质饼干的接受程度。unfef和BONFEF是由onfe制备的。它们经过切割、干燥、研磨和筛分,以获得联fef。将uonfef用0.4% Na2S2O5漂白15 min后过滤,日晒干燥沉淀。将干燥后的沉淀物进行筛分,得到BONFEF。分析了两种面粉的功能特性(容重、膨化力、溶解度、膨化能力、吸水指数和粘度),并将其用于制作无麸质饼干。制作无麸质饼干的原料为:面粉(UONFEF, BONFEF和商品小麦粉(CWF, Segitiga Biru品牌)各200 g作为对照),人造黄油100 g,鸡蛋60 g,细砂糖125 g,香兰素2 g。人造黄油、鸡蛋和细砂糖用手动搅拌器混合,加入面粉,混合,成型,然后烘烤。消费者对每一种面粉和饼干的可接受性由半训练的小组成员进行评估。漂白处理(BONFEF)引起了面粉的差异,特别是在物理性质(粒度、颜色和气味)方面,与未漂白处理相比,在总体标准中得分最高。此外,UONFEF的功能性能与BONFEF的差异有统计学意义(p < 0.05),除了沉淀、SP和粘度。由unonfef制成的无麸质饼干是小组成员最喜欢的。因此,unonfef可以成功地作为小麦粉的替代品来制作饼干。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Characterization of Old Nipah (Nypa fruticans Wurmb) Fruit Endosperm Flour and Its Application for Gluten-Free Cookies
Old nipah fruit endosperms (ONFEs) contain high carbohydrates that have a potency to be applied to make flour. In this study, we made flour from ONFEF and its cookies. This study aimed to characterize the functional properties of unbleached and bleached old nipah fruit endosperm flour (UONFEF and BONFEF) and to assess the consumer acceptability of ONFEF flour and gluten-free cookies made from UONFEF and BONFEF. UONFEF and BONFEF were prepared from the ONFEs. They were cut, dried and ground, and sieved to obtain the UONFEF. TheUONFEF was bleached using Na2S2O5 0.4% for 15 mins then filtered, and the precipitates were dried under the sun. The dried precipitates were sieved to obtain the BONFEF. Both of the flour types were analyzed in terms of their functional properties (bulk density, swelling power, solubility, swelling capacity, water absorption index, and viscosity) and were used to make gluten-free cookies. The following ingredients were prepared to make the the gluten-free cookies: 200 g of flour (each of the UONFEF, BONFEF, and commercial wheat flour (CWF, Segitiga Biru brand) as a control), 100 g of margarine, 60 g egg, 125 g of fine granulated sugar, and 2 g of vanillin. Margarine, egg, and fine granulated sugar were mixed using a hand mixer and added with the flour, blended, molded, then baked. Consumer’s acceptability of each type of flour and cookies from different types of flour was evaluated using semi-trained panelists. The bleached treatment (the BONFEF) caused differences of the flour, particularly in terms of the physical properties (particle size, color, and odor) from the unbleached treatment and rated thehighest score for the overall criteria. Besides, the functional properties of the UONFEF were significantly different (p < 0.05) from those of the BONFEF except for the rendement, SP, and viscosity. The gluten-free cookie made from the UONFEF was the most preferred by the panelists. Therefore, the UONFEF can be successfully used as a substitute flour of wheat flour to make cookies.
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agriTECH
agriTECH AGRONOMY-
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