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首页> 外文期刊>Asian journal of animal and veterinary advances >Effect of Different Additives on the Nutrient Composition, in vitro Gas Production and Silage Quality of Alfalfa Silage
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Effect of Different Additives on the Nutrient Composition, in vitro Gas Production and Silage Quality of Alfalfa Silage

机译:不同添加剂对苜蓿青贮饲料营养成分,体外产气量和青贮饲料品质的影响

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This study was carried out to determine the effects of different additives on the nutrient composition, in vitro gas production and its parameters and the quality of alfalfa silage. Formic acid salts (F silofarm formiat dry; SD and F silofarm liquid; SL), biological inoculant (Sil All; SA) and molasses (M) were added to the raw material individually. Gas Production (GP) and its parameters were studied by using in in vitro GP technique with ruminally fistulated Sakiz x Karayaka rams vitro Krganic Matter Digestibility (IVOMD) and Total Energy (TE), Digestible Energy (DE), Metabolisable Energy (ME), Net Energy lactation (NEL), Net Energy fat (NEF), Net Energy maintanance (NEM) were studied by using in pepsin-cellulase method. SL increased Dry Matter (DM) content of alfalfa silage compared the other group silages (p3-N concentration of the silages were the highest for MS and CS. The different additives addition into alfalfa silage decreased the ME, NEL and OMD values determined by using gas production technique. The energy values of alfalfa silages determined by using pepsin-cellulase method increased when they were ensiled with M and SL additives. Total energy values of silages determined by using pepsin-cellulase method different each other when they were ensiled with different additives.
机译:本研究旨在确定不同添加剂对营养成分,体外产气量及其参数和苜蓿青贮饲料质量的影响。分别将甲酸盐(F silofarm干燥; SD和F silofarm液体; SL),生物接种剂(Sil All; SA)和糖蜜(M)分别添加到原料中。通过体外GP技术,瘤胃裂化的Sakiz x Karayaka rams体外有机物消化率(IVOMD)和总能量(TE),消化能(DE),代谢能(ME)来研究产气量(GP)及其参数使用胃蛋白酶研究了净能量泌乳(NE L ),净能量脂肪(NE F ),净能量维持率(NE M ) -纤维素酶方法。 SL与其他青贮饲料相比,苜蓿青贮饲料的干物质(DM)含量增加(MS和CS的青贮饲料中p3 -N浓度最高。向青贮饲料中添加不同的添加剂会降低ME,NE L 和OMD值,通过产气技术测定;当用M和SL添加剂青贮时,用胃蛋白酶处理的苜蓿青贮饲料的能量值增加。当纤维素酶与不同的添加剂键合在一起时,纤维素酶的方法互不相同。

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