Dini Julia Sari Siregar
Animal Husbandry Study Program, Faculty of Science and Technology, University of Pembangunan Panca Budi

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CRUDE PROTEIN CONTENT, CRUDE FAT AND CRUDE FIBER FERMENTED CASSAVA TUBER PEEL (KUUK) WITH ECO ENZYMES Risdawati Br Ginting; Dini Julia Sari Siregar; Warisman Warisman; Ryan Renanda Putra
Journal of Innovation Research and Knowledge Vol. 3 No. 5: Oktober 2023
Publisher : Bajang Institute

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Abstract

This study aims to determine the nutrition of cassava tuber skin (KUUK) fermented with eco enzyme. The method used in this study was using a Factorial Complete Randomized Design (RAL), which consisted of 3 treatments, namely P0 = Cassava tuber skin without fermentation; P1= Fermentation of eco enzyme 10 ml; P2 = Fermentation of eco enzyme 20 ml, and repeated as many as 5 repeats. The observed modifiers were changes in crude protein content, crude fiber, and crude fat. The results showed that fermentation of cassava tuber peel (KUUK) had a very noticeable effect (P< 0.05) on crude protein, crude fiber and crude fat. The conclusion of this study is that the best nutritional content is obtained in E2 treatment (fermented eco enzyme 20 ml) with crude fiber nutrient content of 6.960%, crude protein 7.538%, and crude fat 0.321%.
THE EFFECT OF MAGGOT FLOUR (Hermetia Illucens) FROM LAYING CHICKEN MANUFACTURES AS A SUBSTITUTION FOR FISH MEAL IN THE ration ON QUAIL EGG PRODUCTION Dini Julia Sari Siregar; Warisman Warisman
Journal of Innovation Research and Knowledge Vol. 3 No. 6: Nopember 2023
Publisher : Bajang Institute

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This research aims to determine the effect of giving maggot meal (hermetia illucent) from laying hen droppings as a substitute for fish meal in the ration on the production of quail (cortunix-cortunix japonica) eggs. The research design used was a completely randomized design (CRD) with 5 treatments and 4 replications. The treatments studied were as follows: P0 = ration containing 12% fish meal, P1 = ration containing 9% fish meal + 3% maggot meal, P2 = ration containing 6% fish meal + 6% maggot meal, P3 = ration containing 3% fish meal + 9% maggot flour, P4 = Ration contains 12% maggot flour. The research results obtained are the highest feed consumption was in treatment P0 at 19.40 grams/head/day which was very significantly different from the feed consumption in treatment P1 at 18.58 grams/head/day, P2 at 17.30 grams/head/day, P3 at 16 .60 grams/head/day, and the lowest feed consumption was in treatment P4 at 14.57 grams/head/day. The best ration conversion was found in treatment P2 with a ration conversion value of 2.04 which was not significantly different from treatment P3 of 2.18, P1 of 2.26, P0 of 2.53, and P4 of 2.56. The highest egg production was in treatment P0 at 85% and P2 at 84.25% which was very significantly different from the lowest egg production in treatment P4 with egg production at 64%. The highest egg weight was found in treatment P1 at 10.63 grams/piece, which was not significantly different from treatment P0 at 10.20 grams/piece, P2 at 10.19 grams/piece, P4 at 10 grams/piece, and treatment P3 at 9 .80 grams/item. The highest egg mass was found in treatment P0 at 8.68 grams and P2 at 8.53 grams, which was not significantly different from the egg mass in treatment P3 at 7.79 grams, P1 at 7.75 grams, and P4 at 6.23 grams.