化学和物理处理对大麦秸秆成分和消化率的影响

K. Raininko , T. Heikkilä , M. Lampila , V. Kossila
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引用次数: 6

摘要

以稻草捆为对照材料(1),其他稻草材料压成棒材。这些包括:不含添加剂的稻草压榨(2);氢氧化钠处理的压榨秸秆(3);经naoh处理的稻草50%,谷物(燕麦+大麦)40%,甜菜糖蜜10%的复合棒材(4);饲粮1、2、3和5每只动物添加大豆-大麦混合物(1:1)400 g/d,饲粮4每只动物添加大豆100 g/d。所有实验均采用无na矿物混合物,并分别以1、2、5 NaCl进行处理。采用拉丁方设计对阉割的成年公羊进行消化率试验。对照秸秆(47)的有机物消化率高于压榨秸秆(40)或添加糖蜜的秸秆(43)。naoh处理的压榨秸秆消化效果较好(57)。复合秸秆颗粒消化率最高(67)。
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Effect of chemical and physical treatment on the composition and digestibility of barley straw

Baled straw was used as a control material (1). Other straw materials were pressed into cobs. These included: straw pressed without additives (2); NaOH-treated pressed straw (3); pressed compound cobs with the ingredients 50% NaOH-treated straw, 40%grain (oats + barley) and 10% beet molasses (4); and straw pressed with 10% molasses (5). Diets 1,2,3 and 5 were supplemented with soy—barley mixture (1:1) 400 g/day peranimal and diet 4 with soy 100 g/day per animal. A Na-free mineral mixtures was included in all and NaCl was given with 1,2 and 5. A digestibility trial was carried out with castrated adult male sheep using a latin square design. The digestibility of organic matter was higher in control straw (47) than in pressed straw (40) or straw to which molasses was added (43). NaOH-treated pressed straw was digested better (57) than control straw. Compound straw—grain pellets had the highest digestibility (67).

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