Quality of Crispy Seasoned Flour with Tumang Sago Substitution (Mexroxylon sago Rottb) as a Substitute for Wheat Flour and its Application in Broilers

Yusnaini B. Talebe, S. Lestari, A. Susilo
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Abstract

The utilization of local resources such as tumang sago flour is needed to be conducted to increase diversification of local food with superior quality. This study aims to determine the physicochemical and functional quality of crispy seasoned flour using tumang sago substitution. In addition, the sensory quality of the chicken crispy is also checked using those spiced flour. Tumang sago flour was obtained by drying the sago under the sun until it was dry and then sifted using a 100 mesh sieve. This study used a total of 5 treatments with 5 times. Four treatments were applied namely control (without substitution of sago tumang flour); 10%; 20%; 30% and 40% of sago tumang flour. Observations were made on the crispy seasoning flour, among others: Water Content (SNI-01-02891-1992); Crude Fiber Content (Sudarmadji, et al. (1997); Water Holding Capacity (Subagio, 2006); Oil Holding Capacity (Subagio, 2006); Color (L, a and b) (Digital Colorimeter), while the sensory test chicken crispy (color, aroma, crunch, taste and acceptability). Data on physicochemical quality and color using a digital colorimeter were analyzed using a completely randomized design with a unidirectional pattern, while the quality of crispy chicken accessories was analyzed by Kruskall Wallis' Non-Parametric analysis. If there is a real effect, then Duncan's test is continued. The results showed that the quality of seasoning flour is moisture content (12.518-15.208%), crude fiber content (0.396-2.138%), WHC (64.606-89.855%), OHC (96,373-115,498%), L (87.677-93.330), a (2,153-2,697), b (5,630 – 7,743), while the sensory quality of crispy chicken is color (1,57-4,29), aroma (2,00-4,14), crispy (3,57-3,86), taste (2,86-3,86) and receptivity (2,57-4.00). The addition of Tumang sago flour in different percentages had a significant effect (P<0.05) on water content, crude fiber content, WHC, OHC, color (digital colorimeter), color sensory parameters, scent and acceptance of crispy chicken. In conclusion, the best treatment in this study was seasoned flour with the addition of 10% sago flour.
土芒西米替代小麦粉脆香调味粉的品质及在肉鸡上的应用
需要利用当地资源,如荞麦粉,以增加当地优质食品的多样化。本研究旨在用荞麦替代法测定脆皮调味粉的理化品质和功能品质。此外,还使用这些五香粉来检查鸡脆的感官质量。土芒西米粉是将西米在太阳下晒干,然后用100目筛子筛过。本研究共采用5次治疗配合5次。4个处理,即对照(不替代西米荞麦粉);10%;20%;30%和40%的西米面粉。对脆皮调味粉进行了观察,其中:水分含量(SNI-01-02891-1992);粗纤维含量(Sudarmadji, et . (1997);持水量(Subagio, 2006);储油能力(Subagio, 2006);颜色(L、a、b)(数字色度计),同时感官测试鸡肉脆度(颜色、香气、松脆、口感和接受度)。采用数字色度计进行理化质量和颜色数据分析,采用完全随机设计的单向模式,采用Kruskall Wallis非参数分析方法分析脆皮鸡块的质量。如果真的有效果,那么邓肯的测试就会继续。结果表明,调味粉的质量指标为水分(12.518 ~ 15.208%)、粗纤维(0.396 ~ 2.138%)、脂肪含量(64.606 ~ 89.855%)、热含量(96,373 ~ 115,498%)、L(87.677 ~ 93.330)、a(2,153 ~ 2,697)、b(5,630 ~ 7,743),而香脆鸡的感官质量指标为颜色(1,57 ~ 4,29)、香气(2,00 ~ 4,14)、脆度(3,57 ~ 3,86)、口感(2,86 ~ 3,86)、接受度(2,57 ~ 4.00)。添加不同比例的土芒西米粉对香脆鸡的水分含量、粗纤维含量、WHC、OHC、颜色(数字色度计)、色感参数、香味和接受度均有显著影响(P<0.05)。综上所述,本试验的最佳处理为添加10%西米粉的调味粉。
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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