INDIGENOUS MICROORGANISMS EFFECT ON THE QUALITY OF CHOCOLATE WASTE AND RUMEN FLUID CHARACTERISTICS

Author: 
Fridarti., Novirman., Mardiati,Z and Rusmana,W.S.N
Country: 
Tanzania
Abstract: 

Ruminansia animal feed ingredients consisting of forage consisting of grass and legume which are now her availabity begin limited, to solve this problem do utilization agricultural wastes or wastes containing nutrient plantation low as alternative feed ingredients like cocoa rind. To overcome these problems required a simple
technology that is fermentation using microorganisms indigenus so that the effluent quality chocolate can improve. Indigenus microorganisms are microbes that exist in individuals without disturbing activities. The purpose of this research is to improve the quality characteristics and digestibility of rumen fluid from the rind cocoa
fermented with microorganisms indigenus. The method used in this study is completely randomized design factorial design with three replications, treatment factors consist of A is the level of microbes (A1 = 5%, A2 = 10%, A3 = 15%) and factor B is a long fermentation (B1 = 2 day, B2 = 4 days, B3 = 6 days) and the variables; the nutrient content and digestibility of cocoa rind before and after being fermented and the characteristics of rumen fluid in vitro methods. The results showed that increasing levels of use of microbes and fermentation time can improve skin quality cocoa beans that reduce the content of dry material from 15.691 to 13.634% and increase the protein content of the coarse 4.649 to 6.228%. Dry Material digestibility increased from 14.860 to 17.753% and Protein rough 40.472 to 54.519%. Rumen fluid characteristics are rumen fluid pH ranges from 6.427 to 6.603, NH3 production berkisar15,083 - 18,590mM, and Fatty Acid Volatyl production of 97- 118.667 mg / 100ml. The conclusion that increasing the digestibility quality chocolate fruit leather can be made by fermentation by microorganisms indigenus

KeyWords: 

Fruit Leather Cocoa, fermentation, digestibility, microorganisms
 

Volume & Issue: 
Vol. 2, Issue 10
Pages: 
488-494
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