■本研究旨在分析使用粘合剂对Alabio鸭(AnasplatyrinchosBorneo)的物理品质和消化率的影响。
■使用木薯粉(TM)(Manihotutissima)的颗粒粘合剂,西米餐(SM)(MetroxylonsaguRottb。),和甘薯粉(SPM)(Ipomoeabatatas)颗粒饲料。产下Alabio鸭子,120只鸟20周龄,平均体重为1,426±113.5gm,被使用。在该研究中使用具有4个处理和15个重复的完全随机设计。测量的变量包括颗粒饲料的物理质量和消化率。数据分析使用Fisher检验。为了区分治疗方法,进行了邓肯多范围测试。
■该发现表明,基于植物的颗粒粘合剂对物理性能具有天然作用,包括颗粒耐久性指数,水分含量,阈值功率,堆叠密度,和堆叠压实密度。颗粒粘合剂的强度在TM98.12%的耐久性指数中可见,SM97.64%,和SPM97.35%,分别。然而,这些变量在比重和堆叠角度方面没有显着差异。颗粒粘合剂会显著影响饲料的消耗,并且在干物质方面会显著变化,有机物,和代谢能消化率。
■基于植物的颗粒粘合剂会影响Alabio鸭的颗粒饲料的物理质量和消化率。与作为基于植物的颗粒粘合剂的SM和SPM相比,TM可以保持物理品质和消化率。
UNASSIGNED: This study aimed to analyze the effects of the use of binders on the physical quality and digestibility of Alabio ducks (Anas platyrinchos Borneo).
UNASSIGNED: Pellet binders used tapioca meal (TM) (Manihot utilissima), sago meal (SM) (Metroxylon sagu Rottb.), and sweet potato meal (SPM) (Ipomoea batatas) pelleted feed. Laying Alabio ducks, around 120 birds, aged 20 weeks with an average body weight of 1,426 ± 113.5 gm, were used. A fully randomized design with 4 treatments and 15 repeats was used in this study. The variables measured include the physical quality and digestibility of pellet feed. Data analysis used a Fisher test. For the distinction between treatments, the Duncan multiple-range test was conducted.
UNASSIGNED: The finding showed that the plant-based pellet binder had a natural effect on physical properties, including pellet durability index, moisture content, threshold power, stack density, and stack compacted density. The strength of the pellet binder is seen in the durability index of TM 98.12%, SM 97.64%, and SPM 97.35%, respectively. However, these variables did not differ significantly in terms of specific gravity and stack angle. Pellet binders considerably affect the consumption of feed and vary markedly in dry matter, organic matter, and metabolizable energy digestibility.
UNASSIGNED: Plant-based pellet binders influence the physical quality and digestibility of pelleted feed in Alabio ducks. TM can maintain physical quality and digestibility compared to SM and SPM as plant-based pellet binders.