Browsing by Author "Yenny, Nur Anggraeny"

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    Evaluation of the use of plant organic components and probiotics on ruminal characteristics and as a decrease of methane
    (IOP Publishing, 2021) Yenny, Nur Anggraeny; Dicky, Pamungkas; Mariyono; N H Krishna; R Antari; A S Putri; M N Apriliza; IOP Conference Series: Earth and Environmental Science
    The reduction of CH from the digestive tract of ruminants can be done through the use of organic components of plants such as tannins and saponins and the use of probiotics. This study aims to evaluate the addition of organic components and probiotics to the characteristics of rumen fluid and its ability to reduce CH in Ongole Cross Breed (PO) cattle. Sengon (Paraserianthes falcataria) leaf meal and Trembesi (Samanea saman) leaf meal are used as organic components due to their tannin and saponin content. Probiotics contain Acetoanaerobium notarae and Saccharomyces cereviseae. This research used total mixed ration as a feed. A total of 24 heads PO cattle were divided into 4 treatments, ie T1 = control treatment; T2 = T1 + organic components, T3 = T1 + Probiotics and T4 = T1 + organic components + probiotics. The research design was a randomized block design. The combination treatment of the addition of organic components and probiotic caused a decrease in the ratio of acetic acid to propionic acid percentage of acetic acid.
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    Feeding strategies to increase growth of early weaned Bali calves in East Java
    (international Seminar on Tropical Animal Production Community Empowerment and Tropical Animal Industry, 2010-10) Yenny, Nur Anggraeny; D. Pamungkas; N.H. Krishna; S.P. Quigley
    An experiment was conducted at the Beef Cattle Research Institute, Grati, East Java, to determine the best use of locally available feed resources to increase growth rates of Bali calves weaned at 6 months old age. Male Bali calves (n=20) aged 6 months (59.1 ± 1.9 kg live weight) were allocated to one of four treatment diets, elephant grass ad libitum, elephant grass ad libitum with leucaena at 10g DM/kg W.d, leucaena ad libitum and native grass ad libitum, for 11 weeks. The animals were maintained in individual pens, with feed intake measured daily and live weight measured twice each week. On three separate occasions during the experiment digestibility, by collection of total faecal output over 7 consecutive days, and water intake were measured. Weaned Bali calves offered a diet of leucaena ad libitum had a greater live weight gain (0.336 kg/d) than animals offered elephant grass ad libitum (0.102 kg/d), elephant grass with leucaena (0.192 kg/d) and native grass ad libitum (0.122 kg/d), with no significant difference in live weight gain between the latter three treatments. Total dry matter intake did not differ between treatments and ranged from 24.3 to 29.3 g DM/kg W.d. Dry matter digestibilty of the leucaena diet was higher (699 g/kg) than the other treatments (580 to 623 g/kg) and animals offered leaucean ad libitum had a greater digestiblorganic matter intake (16.9 g/kg W.d) than animals offered elephant grass (12.5 g/kg W.d) and elephant grass with leucaena (13.9 g/kg W.d). Total water intake, imbibed plus contained in the feed, did not differ between the four treatments and ranged from 124.1 to 151.3 g/kg W.d. It is concluded that a diet consisting solely of leucaena will result in greater live weight gain of early weaned Bali calves than elephant grass or native grass.