IJFAF | The Characteristics of Rumen Fluid and Digestibility Cocoa Leaves Fermentation With Microorganisme Indigenus Method In -Vitro

Indexing and Abstracting

The Characteristics of Rumen Fluid and Digestibility Cocoa Leaves Fermentation With Microorganisme Indigenus Method In -Vitro

Fridarti , N. Jamarun , M. Zain , R.W.S. Ningrat

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DOI: 10.22161/ijfaf.1.4.1

Journal : International Journal Of Forest, Animal And Fisheries Research(IJFAF)

Abstract:

The ruminant animal feed ingredients consisting of forage with the combination of grass and legume which were almost limited in availability, the cocoa leaves as agricultural wastes or wastes containing low nutrient plantation low used as alternative feed ingredients. To overcome these problems required a simple technology that is fermentation using microorganisms indigenus so that the effluent quality cocoa can be improved. Indigenus microorganisms were microbes that exist in individuals without disturbing the activities. The purpose of this research was to improve the quality of rumen fluid characteristics and digestibility of cocoa leaves fermented by microorganisms indigenus. The method used in this study was completely randomized design factorial with three replications, treatment factors consist of A as the level of microbes (A1 = 5%, A2 = 10%, A3 = 15%) and factor B as the duration of fermentation (B1 = 2 day, B2 = 4 days, B3 = 6 days) and the variables; the nutrient content and digestibility of cocoa leaves before and after being fermented and the characteristics of rumen fluid in vitro methods. The results showed that the increasing levels of use of microbes and fermentation time can enhance the quality of cocoa leaves that reduce the content of dry material from 31.389 to 25.488% and increase the protein content of the coarse 6.153 to 7.483%. Dry Material digestibility increased from 27.379 to 32.942% and 27.432% Protein 21,435- rough. Rumen fluid characteristics were rumen fluid pH ranges from 7.427 to 7.603, NH3 production ranges from 16.820 - 19,975mg / 100ml, and Volatyl Fatty Acid production from 83.667 to 101.000 mM. The conclusion that increasing the digestibility quality cocoa fruit leather could be made by fermentation by microorganisms indigenus.

Keywords:

Cocoa leaves, fermentation, digestibility, microorganisme, in-vitro.

References:

[1] Afrijon 2012. Effect of cocoa leather processed and mineral supplementation zheng (Zn), the production and reproduction performance of cattle south coast. Post Graduate Dissertation Unand.
[2] Arora, S. P. 1989. Microbial digestion in ruminants. Issue 1. Press Gajah Mada University, Yogyakarta.
Buckle, KA., RA. Edwars, G.R. Fleet and M. Wooton. 1987. Food Science and translated by Adiono H. Purnomo. Publisher Prees UI Jakarta.
[3] Institute for Agricultural Technology (BPTP) of West Sumatra. 2010. Fermentation Rind chocolate to feed livestock. West Sumatra.
[4] Hall Pengakajian Agricultural Technology (BPTP) Lampung. 2007. Fruit Leather Cocoa as Feed. Bandar Lampung.
Fardiaz, S. 1988. Physiology Fermentasi.Lembaga Resources Informasi. IPB
[5] Fridarti. 2013. Increased nutrient content of fermented brown rind with some level of inoculum basillus sp. Journal vol Tower VI.no 39 case; 79-84
[6] Fridarti. 2011. Improved nutrition from fermented cacao porters with Local mikroorganime brown rind. Ekotrans Scientific Journal Vol.11 No. 2 things; 61-65
[7] Fridarti, Novirman Jamarun, Mardiati Zain, Rusmana, WSN. 2016. Condition Rumen fluid Characteristic Indigenous Microorganism in Fermentation of cocoa waste. J The International Journalof science dan technoldge. Vol.4 issue 12; 88-93
[8] Fridarti, N. Jamarun, M.Zain, R.W.S. Ningrat. 2017. The use of waste cacao (Thiobroma cacao.L) fermentation as substitute for forage to cattle sheep performance. Sch J.Agric vet sci 2017; 4(6);230-235
[9] Haryati, T. Dan Hardjosuwito. 1984. pemenfaatan Tower BalaiDepertemen Plantation Agriculture. Research Plantation. Bogor.
[10] Herman. 2011. Leather Cocoa Fermentation CATTLE FEED. TBPP Padang
[11] Installation Pengakajian Agricultural Technology Application (IPPTP), 2001. Socialization and Dissemination Technology Livestock Pengakajian with Cocoa Waste Utilization. Installation Pengakajian Agricultural Technology Application (IPPTP). Macassar
[12] Izzati, R. 2011. Influence of Local Concentration of Microorganisms (MOL) and long fermentation cocoa rind on the content of dry matter, crude fiber and crude protein. Thesis Faculty of Agriculture, University Tamansiswa Padang.
[13] Kairati, F., 2011, Molecular Characteristics BAL Bacteriocin producer with 165 rRNA gene of Fermentation Kako (Theobromia cacao) varieties Green (Feorestore in West Sumatra, Padang Unand Graduate Thesis.
Martini. 2002. Utilization of Fruit Leather cocoa as an alternative feed in the ration brioler. Thesis Faculty of Animal Husbandry Andalas Padang.
[14] Mardias. 1995. Effect of rind cocoa against Digest substances in the food rations of cattle Goat On Nut. Thesis Faculty of Animal Husbandry Andalas Padang.
[15] Mucra, A.D. 1998. Effect of Pod cocoa Substitute corn rations toward weight gain badandan efidiensi use in cattle rations Brahman Cross, Thesis Faculty of Animal Husbandry Andalas Padang.
[16] Muzir, M. 2004. Effect of Increased Disis yeast (Saccharomyces cerevisae) and Old Fermentation against Physical Quality Fruit Leather cocoa. Thesis Faculty of Agriculture, University Tamansiswa Padang.
[17] Novianty, R. 2011. Molecular Characteristics BAL amylolytic potential as probiotics from fermented cocoa in West Sumatra. Post graduate thesis Andalas Padang.
[18] Nuraini, 2007. Utilization of Cocoa Fruit Leather Fermantasi as alternative feed cattle in the central areas of cocoa Padang Pariaman.
[19] Owens, F. H. and W. G. Bergen. 1983. Nitrogen Metabolism of ruminants Animals: Historical Perspective, Current Understanding and Future Implication. J. Anim. Sci. 57, suppl 2.
[20] Sito, J. 2010. Practice makes solid fertilizers and MOL. Click Pertanian.BlogSpotCom. Accessed February 25, 2011
[21] Steel, R.G.D. and J.H. Torrie. 1995. Principles and posedur Statistics. Ed.6. PT.Gramedia PustakaUtama. Jakarta.
[22] Sukara, E. and A.H. Admowidjojo 1990. Utilization of cassava for the production of enzymes amylase and single cell protein, nutrients Optimization for liquid substrate fermentation using Rhizopus. Proc seminar nas. UPT-EPG.P.506 – 517.
[23] Sulaiman. 1988. Studies Protein Production Process Mikrobaa with Miliolitik Yeast and Yeast Samba on solid media with cassava raw materials, (manihol utilisima, Pauh) Tesisi Fakultas IPB Bogor Agricultural Engineering.
Sutardi.1979. Overview Runimologi. Upgrading Materials special Dairy Cow, Institute of Food Science Department of cattle, Faculty of Animal Husbandry. IPB. Bogor.
[24] Tillman, A.D.H. Hartadi, S.Reksodiprodjo, Prawirakusumo, S.Labdosoekajo. 1989.Ilmu Feed Association. Gajah Mada University Prees. Jakarta.
[25] United States Department of Agriculture. USDA.http; // openagricola.nalusda.gov. accessed on January 16, 2012
[26] Utami, L. S. 2011. Isolation and Molecular Characteristics of Probiotic Bacteria Pengahsil Protiase, lactase, fermenting green cocoa varieties. Thesis. Postgraduate Andalas Padang.
[27] Ali Chizari, Zainalabidin Mohamed, Mad Nasir Shamsudin, Kelly Wong Kai Seng, P.(2017).The Effects of Climate Change Phenomena on Cocoa Production in Malaysia. International Journal of Environment Agriculture and Biotechnology(ISSN: 2456-1878).2(5), 2599-2604.10.22161/ijeab/2.5.42.
[28] Van Soest, P.J. 1982. Nutrition ecology of the rumint. Comstock publising House PVT.Ltd. New Delhi Wawo (2008). Cocoa Waste Menggolah into animal feed ingredients. Http; // disnaksulsel.info/index.php?option=com=docman&tas=docdetails&gid=3. Accessed on January 3, 2011
[29] Widyobroto, B., S.Padmowijoto, and R. Utomo. 1994. Estimates of quality Protein Feed Ingredients. Research Report. Faculty of Animal Gadjahmada, Yogyakarta.
[30] Yaouba Aoudou, Ze Medjap Abel Second, P.(2017).Mycoflora associated with cocoa (Theobroma cacao) pods in Cameroon and antifungal effect of plant extracts. International Journal of Environment Agriculture and Biotechnology(ISSN: 2456-1878).2(1), 112-117.10.22161/ijeab/2.1.15
[31] Winarno, F.G. Fardiaz.S. 1990. Introduction to Technology Pangan.PT Gramedia. Jakarta.
[32] Wong, H.K. and O.A. Hasan. 1986. The Nutritive valueand rumen fermentation. Pattern in sheep Feed Fresh and Dried Cacao Pod Ratio Camberra.
[33] Yunensi, F. 2011. Isolation and identification of Lactic Acid Bacteria from cocoa. Graduate Thesis Andalas Padang.
[34] Zainudin, D.Haryati, T. Supriati. 1995. digestibility Fermented Cocoa and Fruit Leather.