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Peppermint and its respective active component in diets of broiler chickens: growth performance, viability, economics, meat physicochemical properties, and carcass characteristics

机译:薄荷及其各自的活性组分在肉鸡的饮食中:生长性能,生存能力,经济学,肉类物理化学性质和胴体特性

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This study was conducted to investigate effects of dietary peppermint leaves and menthol supplementations on performance, survivability rate, cost economics, meat physicochemical properties, and carcass characteristics of broiler chicks. A total of 384 1-day-old, unsexed Ross 308 broiler chicks, were divided into 2 experiments. Each experiment included 192 birds that were assigned to 4 dietary treatments that included peppermint leaves at concentrations of 0, 5, 10, or 15 g/kg in the first experiment or menthol at concentrations of 0, 26, 52, or 78 mg/kg in the second experiment. Each treatment had 6 replicate pens with 8 birds. The experiments lasted for 35 D. The peppermint leaves contained 1.48% essential oil that contained 35.1% menthol, and the levels of menthol were selected based on the concentrations in peppermint leaf levels. Body weight and body-weight gain increased with the increase in dietary peppermint leaves (linear, P 0.01) and menthol concentrations (linear, quadratic, P 0.01) during the trial periods. In addition, the feed intake linearly increased (P 0.01) with increasing peppermint leaves or menthol levels and, in turn, caused linear improvements (P 0.01) in feed conversion values. Interestingly, a lower mortality rate was recorded in the supplementation groups and, therefore, a higher net return was observed. However, pH values and drip loss percentage of breast and leg muscles were not affected by either dietary peppermint levels or menthol levels. Increasing peppermint or menthol levels decreased (P 0.001) cook-loss percentage of breast and leg muscles. On the other hand, dietary supplementation of peppermint leaves or menthol had no effect (P >= 0.05) on the relative weights of dressing, breast, leg, liver, heart, gizzard, spleen, or pancreas. Interestingly, abdominal fat percentage was decreased by either supplemental peppermint or menthol. Hence, the present investigation demonstrates that peppermint leaves can be used as an effective novel nutritional bio-agent up to 15 g/kg to improve the performance of broiler chicks, mainly due to its active component.
机译:本研究进行了研究膳食薄荷叶和薄荷醇对肉鸡小鸡性能,生存能力率,成本经济学,肉类物理化学性质和胴体特性的影响。共有384人1日历史的未经克隆的罗斯308肉鸡小鸡分为2个实验。每种实验包括192只鸟类,分配到4个饮食治疗,其中包含在第一个实验中的浓度为0,5,10或15g / kg的薄荷叶,浓度为0,26,52或78 mg / kg在第二个实验中。每种治疗有6个用8只鸟类的复制笔。实验持续35℃。薄荷叶含有1.48%的精油,含有35.1%的薄荷醇,基于薄荷叶水平的浓度选择薄荷醇的水平。随着膳食薄荷叶(线性,P <0.01)和薄荷醇浓度(线性,二次,P <0.01)的增加,体重和体重增加增加增加。另外,进料进气量随着薄荷叶或薄荷醇水平的增加而线性增加(P <0.01),并且又导致进料转换值中的线性改善(P <0.01)。有趣的是,在补充组中记录了较低的死亡率,因此观察到更高的净返回。然而,pH值和乳腺和腿部肌肉的滴度损失百分比不受膳食薄荷水平或薄荷醇水平的影响。薄荷或薄荷醇水平的增加(P <0.001)乳房和腿部肌肉的烹饪损失百分比降低。另一方面,薄荷叶片或薄荷醇的膳食补充剂对敷料,乳房,腿,肝,心脏,八颗粒,胰腺或胰腺的相对重量没有影响(p> = 0.05)。有趣的是,腹部脂肪百分比通过补充薄荷或薄荷醇减少。因此,本研究表明,薄荷叶可用作高达15g / kg的有效新型营养生物试剂,以提高肉鸡雏鸡的性能,主要是由于其活性成分。

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