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Nutrition quality test of fermented waste vegetables by bioactivator local microorganisms (MOL) and effective microorganism (EM4)

机译:生物活化剂局部微生物(Mol)和有效微生物的发酵废物蔬菜营养质量试验(EM4)

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Livestock feed mostly used waste which has low nutrition content and one way to improve feed content by fermentation. The objective of this study was to evaluate the effect of bioactifator types on fermented vegetables waste for animal feed. The research was conducted in Nutrition and Animal Feed Laboratory, Universitas Sumatera Utara from May until July 2016. The research was factorial completely randomized design of 3 × 3 with 3 replications. Factor I were bioactivator types which were control, local bioactivator and EM4 (Effective Microorganisms 4). Factor II were time of incubation 3, 5 and 7 days. Parameters were moisture content, ash, Nitrogen Free Extract (NFE) and Total Digestible Nutrient (TDN). The results showed that bioactivator types either local activator or EM4 has highly significantly different effect (P<0,01) on water content, NFE and TDN on vegetables waste while there was no different between local bioactifator with EM4 on all parameters. Time of incubation 7 days has highly significantly different effect (P<0,01) on NFE, TDN and significant different (P<0,05) on water content and ash. In conclusion local bioactifators could improve animal feed by fermenting vegetables waste and it is more available for livestockers.
机译:牲畜饲料大多使用营养含量低的废物和通过发酵改善饲料含量的一种方法。本研究的目的是评估生物贴面类型对动物饲料发酵蔬菜废弃物的影响。该研究是在2016年5月至7月的5月大学的营养和动物饲料实验室进行的。该研究是阶乘随机设计3×3,3次复制。因子我是对照,局部生物活化剂和EM4(有效微生物4)的生物觉察类型。因子II是孵育3,5和7天的时间。参数是水分含量,灰分,氮气提取物(NFE)和总消化营养素(TDN)。结果表明,生物活化剂类型局部活化剂或EM4在含水量,NFE和TDN上具有高度显着不同的效果(P <0.01),而蔬菜废物上的局部生物act,则在所有参数上没有任何不同。孵育时间7天在NFE,TDN和水含量和灰分上具有高度显着不同的效果(P <0.01),TDN和显着不同(P <0.05)。总之,局部生物术署可以通过发酵蔬菜废物来改善动物饲料,更适合牲畜饲料。

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