INOVASI PENGAWETAN BERBENTUK WAFER DARI CAMPURAN TURIANG PADI DAN LEGUM GAMAL SEBAGAI PAKAN RUMINANSIA

Heryawan Kemal Mustafa, Romi Zamhir, Rini Widyastuti, M. ., I. Susilawati
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引用次数: 1

Abstract

The a study aimed to examine the potential of turiang rice and gamal wafers as a source of ruminant feed in the form of wafers. This research was carried out from May 2020 to September 2020. The location of this research was carried out in Experimental Land, Faculty of Agriculture, and Laboratory of Forage Crops, Faculty of Animal Husbandry, Universitas Padjadjaran. This study examines the effect of the balance of turiang rice with gamal on the physical quality of turiang wafers with RAL, namely the level (P1 = 0% Gamal: 100% turiang rice, P2 = 5% Gamal: 95% turiang rice, P3 = 10% Gamal: 90% turiang and P4 = 15% Field grass: 85% turiang). Turiang rice and Gamal legumes are dried in the sun for 2-3 days. After that, the dried rice Turiang was chopped using a manual machine with a size ranging from 2-3 cm. Then, chopped turiang rice and Gamal are milled. The two feed ingredients are mixed with other ingredients such as water, rice bran. After mixing well, the printing was carried out with a size of 13.5 x 13.5 x 3.5 cm using a mould and then dried with the help of an oven and sunlight. Then the turiang wafers were removed and cooled, then a part of the turiang wafers was tested for physical properties. The experimental results showed that the balance of 15% Gamal and 85% turiang gave a good physical assessment of turiang wafers (moisture content). In the parameters of absorption, density and specific gravity of the four treatments gave almost the same value (P> 0.05).
由天竺葵和甘菊混合而成的WAFER保存创新为RUMINANSIA提供食物
本研究的目的是研究将水稻和甘麦素作为反刍动物饲料来源的潜力。本研究于2020年5月至2020年9月进行。本研究的地点是在Padjadjaran大学农学院的实验土地和畜牧学院的饲料作物实验室进行的。本研究考察了谷草与野麦芽糖配比对谷草与野麦芽糖物理品质的影响,即水平(P1 = 0%谷草:100%野麦芽糖,P2 = 5%谷草:95%野麦芽糖,P3 = 10%谷草:90%野麦芽糖,P4 = 15%野麦芽糖:85%野麦芽糖)。turang米和Gamal豆类在太阳下晒2-3天。之后,将干米土梁用手工机器切碎,大小从2-3厘米不等。然后,切碎的黄米和甘麦尔被碾碎。将这两种饲料原料与水、米糠等其他原料混合。混合均匀后,使用模具进行尺寸为13.5 x 13.5 x 3.5 cm的印刷,然后在烤箱和阳光的帮助下干燥。然后将图良晶片取出并冷却,然后对部分图良晶片进行物理性能测试。实验结果表明,15% Gamal和85% turiang的平衡可以很好地评价turiang晶圆的物理性质(含水率)。4个处理的吸光度、密度和比重基本相同(P> 0.05)。
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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