Jurnal Peternakan Integratif
Vol 7, No 1 (2019)
The main
problem with cocoa pod is the high crude fiber content and lowcrude
protein. A treatment needed to change the nutritional content, one of
which isfermentation. In this study, fermentation used Indigenous
microorganisms which wereYL (MOIYL). This research lasted for 3 months
which was carried out from July toSeptember 2018 at the Laboratory of
Animal Production and the Laboratory of AnimalNutrition Sciences at the
Faculty of Agriculture, University of North Sumatra. Theresearch design
used was Factorial 4 x 4 Completely Randomized Design (CRD), with
3replications where factor 1 was the various levels of inoculum of
Indigenous YL(MOIYL) and factor 2 was the length of fermentation
(incubation) with measuredparameters of crude protein, crude fiber,
crude fat, and ash content using proximateanalysis.The results showed
that cocoa pod fermentation using Indigenous YL (MOIYL)microorganisms
could improve the quality of nutrient content including the highestwater
content with a dose of 3% with a 7 day fermentation of 11.75% and the
lowestwithout Moiyl with 21 days fermentation time of 10.02%. highest
crude protein with 5%dose with 7 days fermentation of 11.89% and the
lowest without Moiyl with 28 daysfermentation of 7.18%, highest crude
fat at 5% with 7 days fermentation at 1.33% andthe lowest without Moiyl
with 28 days fermentation time is 1.22%, while the highestcrude fiber is
5% with 7 days fermentation of 21.3% and the lowest is 5% with 28
daysfermentation of 23.93%, the highest dry matter is 3% with 7 days
fermentation timeequal to 88.24% and the lowest without Moiyl with 7
days long 89.95%, highest ashcontent with d osis 1% with a 7 day
fermentation time of 9.52% and the lowest ashcontent without Moiyl with a
7 day fermentation time of 11.17%. The results of thisstudy concluded
that cocoa pod fermentation using 5% Indigenous YL (MOIYL)microorganisms
and 7 days fermentation time could increase water content,
crudeprotein, and crude fat, while crude fiber, dry matter, and ash
content decreased.
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