Evaluation of the Use of Cassava Based Complete Ration Silage on Nitrogen Retention and Metabolizable Energy Male Duck
Abstract
The purpose of this study was to evaluate the effect of a complete ration silage made of cassava biomass nitrogen retention, and metabolizable energy male ducks. Control diet consisted of corn, rice bran, coconut meal, soybean meal, vegetable oil, fish meal and premix. While the treatment of silage ration of cassava based (BBS) consisted of leaves, peel, and tubers of cassava, as well as a mix of fish meal, vegetable oil, premix, DL-methionine and L-lysine. The experimental design used was completely randomized design with 5 treatments and 4 replicates ie S0 (100% control diet), S25 (75% control diet + 25% BBS silage), S50 (50% control diet + 50% BBS silage), S75 (25% control diet + 75% BBS silage), and S100 (100% BBS silage ration). Measurement of metabolizable energy and nitrogen retention was conducted using 25 male ducks aged 10 weeks maintained in metabolic cages and adapted to experimental diets for seven days. Ducks were fasted for 24 hours before the experimental diets were offered. Metabolizable energy and nitrogen retention were measured by the method of Sibbald (1989). The results showed that a decline in nitrogen retention and, metabolizable energy along with the increasing level of BBS silage in the rations. The conclusion of this study was the use of up to 75% BBS silage generated metabolizable energy and nitrogen retention that do not differ from the control ration.
Key words: cassava silage, complete ration, male duck, metabolizable energy, nitrogen retention
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Aletor VA. 1993. Allelochemicals in plant food and feedingstuffs: Nutritional, biochemical and physiopathological aspects in animal production. Vet. Hum. Toxicol. 35(1): 57–67.
Amrullah IK. 1987. Detoksikasi sianida dalam ubi kayu varietas pahit dengan fero sulfat dan pengaruhnya terhadap performans ayam broiler [Disertasi] Fakultas Pascasarjana . Institut Pertanian Bogor.Bogor
CCDN. 2006. Cassava Cyanide Diseases Network (CCDN): http://www.anu.edu.au/BoZo/CCDN/two.htm.[September 2015]
Cheeke PR. 1978. Toxicants of plant origin. Volume II glycosides.CDR Press. Inc Florida
Emiola IA, Ologhobo AD, Gous RM. 2007. Performance and Histological Responses of Internal Organs of Broiler Chickens Fed Raw, Dehulled, and Aqueous and Dry-Heated Kidney Bean Meals. Poult Sci. 86:1234–1240.
Hermentis. 1998. Retention nitrogen rations containing peel cassava fermented and relations with the body weight broiler. J Pet dan Lingk. 4(1):54-59.
Khempaka S, Molee W, Guillaume M.. 2009. Dried cassava pulp as an alternative feedstuff for broilers: Effect on growth performance, carcass traits, digestive organs, and nutrient digestibility. J Appl Poult Res. 18:487-493.
Loe NT, Ly NTH, Thanh VTK, Duyet HN. 2000. Ensiling techniques and evaluation of cassava leaf silage for mong cai in Central Vietnam. Worshop seminar Making better use of lokal feed resources. SARECUAF.1-6
McDonald P, Edwards RA, greenhalgh JFD, Morgan CA. 2002. Animal Nutrition. 6th ed. Ashford colour press. Gosport.
Monzana H et al. 2007. Effect og long-term cyanide ingertion by pigs. Vet Res Comm. 31:93-104.
National Research Council. 1994. Nutrient requirement of poultry. 9th revited edition. National Academy of Science. Washington DC. USA.
Okafor PN, Anoruo K, Bonire AO, Maduagwu EN. 2008.The Role of LowProtein and Cassava-Cyanide Intake in the Aetiology of Tropical Pancreatitis. Global J. Pharmacol. 2 (1) : 06-10.
Pilliang GW, Djojosoebagio S.2006. Fisiologi Nutrisi. Volume I. Bogor Agricultural University.
Ukachukwu SN. 2005. Studies on the nutritive value of composite cassava pellets for poultry :chemical composition and metabolizable energy. CIPAV. Foundation Livestock-Research-for-Rural-Development. 2005; 17(11).
Setiowati AN.2001. Measurement of Metabolizable Energy and Nitrogen Retention (Salvinia molesta) duck.[Skripsi]. Department of Nutrition and Feed TechnologyFaculty of Animal Science. Bogor Agricultural University. Bogor.
Sibbald IR, Wolynetz MS. 1985. Estemates of retained nitrogen used to correct estimates of bioavailable energy. J. Poult Sci. 64: 1506-1513.
Sibbald IR. 1989. Metabolizable energy evaluation of poultry diets. In Cole DJA and W.Haresign (ed). Recent Development in Poultry Nutrition. University of Nottingham School of Agriculture. Butter Worths. London.
Sutardi T. 1980. Landasan Ilmu Nutrisi Ternak. Valume I. Department of Nutrition and Feed TechnologyFaculty of Animal Science. Bogor Agricultural University. Bogor.
Stuempf HM, Schondure JE, Rio CMD. 1999. The cyanogenic glycoside amygdalin does not deter comsumpton of ripe fruit by cedar waxwings. The Auk.116(3):749-758.
Wolynezt MS, Sibbald IR. 1984. Relationship between apparent and true metabolizable energy and the effect of a nitrogen correction. Poult Sci. 63: 1386-1399.
DOI: http://dx.doi.org/10.24845/ijfac.v3.i2.29
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