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Effects of Thyme Methanolic Extract on Dry Matter Degradation of Sunflower Meal Using Nylon Bag Technique

机译:百里香甲醇提取物对尼龙袋法降解葵花粕干物质的影响

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The objective of this study was to investigate the effects of thyme methanolic extract on ruminal dry matter (DM) degradation parameters of sunflower meal. Treatments were: sunflower meal (no additive), thyme methanolic extract (0.3 ml/30 ml buffered rumen fluid). In situ rumen degradability was performed with of three Gezel rams rumen fistulaed in times at 0, 2, 4, 8, 16, 24 and 48 h. The results showed that dry matter disappearance at 24 h incubation, were 65.89 and 54.14 percent for sunflower meal and thyme methanolic extract (0.3 ml/30 ml buffered rumen fluid) respectively. Dry matter disappearance at 48 h incubation, were 79.16 and 73.98 percent for sunflower meal and thyme methanolic extract (0.3 ml/30 ml buffered rumen fluid) respectively. Water soluble fraction (a) for sunflower meal and thyme methanolic extract (0.3 ml/30 ml buffered rumen fluid) were estimated, 19.76 and 17.14%, respectively. Effective rumen degradable dry matter for sunflower meal and thyme methanolic extract (0.3 ml/30 ml buffered rumen fluid) at a rate of 0.02/h, 61.53 and 66.46%, respectively were estimated. Potentially degradable fraction (b) for sunflower meal and thyme methanolic extract (0.3 ml/30 ml buffered rumen fluid) were estimated, 57.05 and 72.6%, respectively. Thyme methanolic extract (0.3 ml/30 ml buffered rumen fluid) treatments significantly decreased dry matter degradability of sunflower meal on different incubation times. Although thyme methanolic extract (0.3 ml/30 ml buffered rumen fluid) decreased (p0.05) the water soluble fraction (a) but increased (p0.05) the potentially degradable fraction (b) of DM, constant rate of degradation (c), total degradability (a+b) and Effective Rumen Degradability of Dry Matter (ERDM) at a rate of 0.02, 0.05 and 0.08/h.
机译:这项研究的目的是研究百里香甲醇提取物对向日葵粕瘤胃干物质(DM)降解参数的影响。处理方法为:葵花粕(无添加剂),百里香甲醇提取物(0.3 ml / 30 ml缓冲瘤胃液)。在0、2、4、8、16、24和48 h的时间对三只Gezel公羊瘤胃进行瘘管,进行原位瘤胃降解。结果表明,培养24小时后,向日葵粉和百里香甲醇提取物(0.3 ml / 30 ml缓冲瘤胃液)的干物质消失率分别为65.89%和54.14%。孵育48 h时干物质的消失,向日葵粉和百里香甲醇提取物(0.3 ml / 30 ml缓冲瘤胃液)分别为79.16和73.98%。估计葵花粕和百里香甲醇提取物(0.3 ml / 30 ml缓冲瘤胃液)的水溶性分数(a)分别为19.76%和17.14%。估计葵花粕和百里香甲醇提取物(0.3 ml / 30 ml缓冲瘤胃液)的有效瘤胃可降解干物质的比率分别为0.02 / h,61.53和66.46%。估计葵花粕和百里香甲醇提取物(0.3 ml / 30 ml缓冲瘤胃液)的潜在可降解级分(b)分别为57.05和72.6%。百里香甲醇提取物(0.3 ml / 30 ml缓冲瘤胃液)处理显着降低了不同孵育时间下向日葵粉的干物质降解性。尽管百里香甲醇提取物(0.3 ml / 30 ml缓冲瘤胃液)降低(p <0.05)水溶性部分(a),但增加(p <0.05)DM的潜在可降解部分(b),但降解速率恒定(c ),干物质的总降解度(a + b)和有效瘤胃有效降解度(ERDM)分别为0.02、0.05和0.08 / h。

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