PENGGANTIAN BUNGKIL KEDELAI DENGAN PRODUK GELATINISASI CAMPURAN JAGUNG GILING-UREA DALAM RANSUM TERHADAP METABOLISME NITROGEN KAMBING KACANG (Replacement of soybean meal with gelatinized corn-urea mix in ration on nitrogen metabolism of kacang goats)

Edwin J. L. Lazarus, E. D. W. Lawa
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Abstract

The objective of this experiment was to evaluate replacement of soybean meal with corn mixed urea gelatinize product in concentrate as supplement of goats that supress nitrogen excretion and increase N metabolism. Sixteen Kacang goats (12.839±0.49 kg of live weight) were used in Completely randomized design with four treatments and four replication. The animals were randomly allocated to receive one of the following experiment diets Gliricidia + concentrate with ratio of soybean meal and product of gelatinize mixed corn-urea that: 1) 100:0 (P0), 2) 75:25 (P1), 3) 50:50 (P2) and 4) 25:75 (P3). Ration were formulated to contain 12% CP with ratio 60 % gliricidia and 40% concentrates. The result showed that total dry matter intake was significantly influenced of treatments and average of DMI each treatment was, P2 (467.99±2.19 g/h/d), P1 (441.20±2.10 g/h/d), P0 (440.08±2.29 g/h/d) and P3 (430.43±6.11 g/h/d). Dry matter and crude protein digestibility from each treatment was, P2 (76.45±0.39% and 80.63±0.37%), P1 (67.85±0.24% and 70.10±0.18%), P0 (67.85±0.74% and 70.68±0.42%) and P3 (60.62±0.41% and 61.96±0.69%). Treatment P2 highest than other treatments. Nitrogen retention and biological value significantly influenced of the treatment. Excretion of feces and urine lowest at P2  than P1, P0 and P3. N consumption, Total N Excretion and N digested not significantly influenced of the treatment but P2 better of other treatment. It could be concluded that 50% replacement soybean meal by product gelatinize of mixed corn-urea in concentrate has positive effects on nitrogen metabolism of Kacang goats.
本试验旨在评价用玉米混合尿素糊化产品替代豆粕作为山羊精料补充物抑制氮排泄和增加氮代谢的效果。选用16只卡仓山羊(体重12.839±0.49 kg),采用完全随机设计,4个处理,4个重复。试验动物随机饲喂豆粕与糊化玉米-尿素混合物比例分别为1)100:0 (P0)、2)75:25 (P1)、3)50:50 (P2)和4)25:75 (P3)的豆粕+精料试验饲粮。配制的日粮中CP含量为12%,比例为60%,精料为40%。结果表明:各处理对总干物质采食量有显著影响,各处理的平均DMI分别为P2(467.99±2.19 g/h/d)、P1(441.20±2.10 g/h/d)、P0(440.08±2.29 g/h/d)和P3(430.43±6.11 g/h/d)。各处理的干物质和粗蛋白质消化率分别为P2(76.45±0.39%和80.63±0.37%)、P1(67.85±0.24%和70.10±0.18%)、P0(67.85±0.74%和70.68±0.42%)和P3(60.62±0.41%和61.96±0.69%)。处理P2高于其他处理。氮潴留和生物学价值对处理有显著影响。粪便和尿液排泄在P2较P1, P0和P3最低。氮耗量、总氮排泄量和消化氮量对处理影响不显著,但P2处理优于其他处理。综上所述,玉米-尿素混合精料产品糊化物替代50%豆粕对卡仓山羊氮代谢有积极影响。
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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