PEMANFAATAN TEPUNG BERAS MERAH DAN BERAS HITAM DALAM PEMBUATAN PRODUK EDIBLE SPOON

Laurensia Maria Yulian Dwiputranti Darmoatmodjo, Erni Setijawaty, Joliska Wongsowinoto, Brenda Brenda, Florence Ancilla
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Abstract

The most widely used tableware is plastic spoon. However, its usage can cause environmental problems in the form of plastic waste. This plastic waste can be overcome by alternative innovations of making environmentally friendly tablespoon or edible spoon. Edible spoon can be made from a mixture of cereal flour, namely wheat flour, red rice flour, and black rice flour. Gluten from wheat flour is used to form a sturdy edible spoon texture, while red rice flour and black rice have anthocyanin pigments that act as natural dyes and antioxidants. The type of cereal flour used affects the characteristics of the edible spoons produced. The purpose of this study was to determine the physical characteristics and antioxidant activity of edible spoons made from a mixture of flour and red rice flour as well as wheat and black rice flour. This experiment used a randomized block research design (RBD) with 6 levels of treatment comparing the use of wheat flour with red rice flour or black rice flour, namely 65:35; 60:40; 55:45; 50:50; 45:55; and 40:60. The research data was analyzed by ANOVA and DMRT (α=5%). The fracture power of black and red rice edible spoons ranged from 13,196±0,5312 to 71,545±0,0091 and 15,637±0,0113 to 37,348±0,0230, the rehydration power range of black and red rice edible spoons were 16,56±0,7332 to 25,75±0,0005 and 14,88±0,1357 to 17,81±1,3077, as well as the antioxidant activity for red rice edible spoons were 87,6250 to 97,5500 and black rice 85,1250 to 98,0250.
红米粉和黑米粉的用途是食用食用季
最广泛使用的餐具是塑料勺子。然而,它的使用会以塑料废物的形式造成环境问题。这种塑料垃圾可以通过制造环保汤匙或可食用汤匙的替代创新来克服。可食用的勺子可以由谷物面粉,即小麦粉,红米粉和黑米粉的混合物制成。小麦面粉中的麸质被用来形成坚固的可食用勺状质地,而红米粉和黑米含有花青素色素,可以作为天然染料和抗氧化剂。所用谷物面粉的种类会影响所生产的可食用勺子的特性。本研究的目的是确定由面粉和红米粉以及小麦和黑米粉混合制成的可食用勺子的物理特性和抗氧化活性。本试验采用随机区组研究设计(RBD),共设置6个水平处理,分别比较小麦粉与红米粉、黑米粉的用量,即65:35;比例;争取;50:50;45:55;和40:6 0。研究资料采用方差分析和DMRT分析(α=5%)。黑米和红米的抗氧化能力分别为13196±0,5312 ~ 71,545±0,0091和15,637±0,0113 ~ 37,348±0,0230,黑米和红米的复水能力分别为16,56±0,7332 ~ 25,75±0,0005和14,88±0,1357 ~ 17,81±1,3077,红米和黑米的抗氧化能力分别为87,6250 ~ 97,5500和85,1250 ~ 98,0250。
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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