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首页> 外文期刊>Archivos Latinoamericanos de Produccion Animal >Efecto del ensilaje y el heno de Calliandra calothyrsus, Flemingia macrophylla, Cratylia argentea y Vigna unguiculata sobre la producciσn de gas in vitro
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Efecto del ensilaje y el heno de Calliandra calothyrsus, Flemingia macrophylla, Cratylia argentea y Vigna unguiculata sobre la producciσn de gas in vitro

机译：Calliandra calothyrsus，Flemingia macrophylla，Cartylia argentea和Vigna unguiculata青贮饲料和干草对体外产气的影响

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The volume of gas produced when tanniniferous legumes silages and hay were fermented was evaluated. 28 treatments (14 with silages and 14 with hays), 3 repetitions by treatment and 14 of them had polyethylene glycol (PEG) to inactive the tannins. The silages treatments were: T1: Calliandra calothyrsus 100%, T2: Flemingia macrophylla 100%, T3: Vigna unguiculata 100%, T4: Cratylia argentea 100%, T5: Calliandra calothyrsus/Vigna unguiculata 33/67%, T6: Flemingia macrophylla/Vigna unguiculata 33/67%, T7: Cratylia argentea/Vigna unguiculata 33/67%. Hays: T8: Calliandra calothyrsus 100%, T9: Flemingia macrophylla, T10: Vigna unguiculata 100%, T11: Cratylia argentea 100%, T12: Calliandra calothyrsus/Vigna unguiculata 33/67%, T13: Flemingia macrophylla/Vigna unguiculata 33/67% y T14: Cratylia argentea/Vigna unguiculata 33/67%. The magnitude and fermentation rate was determired using the Gas Trasducer Technique (GTT) proposed by Theodorou et al (1994). The gas production dates obtained after 144 hours or incubation to the Gompertz mathematic model were adjusted. The silages have greater rate of gas production than the hays (P Vigna and Cratylia than for Calliandra . The mixture of legumes with tannins reduce the gas production, the ammonium liberation and the proteins degradation rate.
机译：评估了单宁类豆类青贮饲料和干草发酵时产生的气体量。 28种处理方法（青贮饲料14种，干草干草14种），处理重复3次，其中14种使用聚乙二醇（PEG）使单宁酸失活。青贮饲料的处理方法为：T1：Calliandra calothyrsus 100％，T2：大花火烈鸟100％，T3：Vigna unguiculata 100％，T4：Cartylia argentea 100％，T5：Calliandra calothyrsus / Vigna unguiculata 33/67％，T6：Framingia macrophylla /豆（Vigna unguiculata）33/67％，T7：Cratylia argentea / Vi豆（Vigna unguiculata）33/67％。海斯：T8：卡里桑木（Cailliandra calothyrsus）100％，T9：弗拉明哥（Framingia macrophylla），T10：豆荚豌豆（Vigna unguiculata）100％，T11：羊茅（Cartylia argentea）100％，T12：卡里桑德拉（Caliandra calothyrsus / Vigna unguiculata）33/67％，T13：茶树（Framingia macrophylla / Vigna unguiculculata 33/67） T14的％：Cratylia argentea / Vigna unguiculata 33/67％。强度和发酵速率由Theodorou等人（1994年）提出的气体转移技术（GTT）确定。调整144小时或与Gompertz数学模型温育后获得的产气日期。青贮饲料的产气速率比干草（P Vigna和Cratylia）高出Calliandra。豆类与单宁的混合物降低了产气量，铵的释放和蛋白质的降解率。

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