Potential Utilization of Dried Rice Leftover of Household Organic Waste for Poultry Functional Feed

Tonda, Rusli and Widodo, Wahyu and Setyobudi, Roy Hendroko and Hermawan, David and Damat, Damat and Purbajanti, Endang Dwi and Prasetyo, Hendro and Ekawati, Ida and Jani, Yahya and Burlakovs, Juris and Wahono, Satriyo Krido and Anam, Choirul and Pakarti, Trias Agung and Susanti, Mardiana Sri and Mahnunin, Rifa’atul and Sutanto, Adi and Sari, Dewi Kurnia and Hilda, Hilda and Fauzi, Ahmad and Wirawan, Wirawan and Sebayang, Nico Syahputra and Hadinoto, Hadinoto and Suhesti, Eni and Amri, Ulil and Busa, Yunus (2022) Potential Utilization of Dried Rice Leftover of Household Organic Waste for Poultry Functional Feed. Jordan Journal of Biological Sciences, 15 (5). pp. 879-886. ISSN 1995-6673

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Abstract

Indonesia produced 30 × 106 t of waste in 2021; 40 % was organic and 276 × 103 t leftover rice. Meanwhile, broiler chicken
farmers have been struggling with high feed costs to continue their production. Processing leftover rice into "aking-rice" is
environmentally friendly, and it also provides alternative feed for chickens. "Aking-rice" is a type of resistant starch because
it has undergone a gelatinization process that works as a synthesis of short-chain fatty acids that positively improve the
function of the digestive tract because it increases the villi in the small intestine. This study analyzed the potential of “akingrice”
in broiler chicken productivity. The experimental method was a completely randomized design with three treatments,
five replications and 12 chickens in each unit. The treatments are T0 (100 % basal feed), T1 (80 % basal feed + 20 % “akingrice”
spread on top of the basal feed), and T2 (80 % basal feed + 20 % "aking-rice" mix). Statistical analysis used ANOVA,
and continued with LSD with observed variables, i.e. Feed Intake (FI), Average Daily Gain (ADG), Feed Conversion Ratio
(FCR), and Performance Index (PI). The results showed that the highest FI values were T0 (99.02), T1 (97.45), and T2
(96.58). The highest ADG was T1 (40.40) then T0 (37.07) and the lowest was T2 (36.40). T1 has the lowest FCR (2.42)
compared to T0 (2.68), T2 (2.66). The lowest FCR is T1 (2.42), then T2 (2.66) and the highest is T0 (2.68). The third
variable was not significantly different, but the PI results showed a significant difference with the highest PI value T1
(433.84), while T0 (374.81) and T2 (372.67) were not different. Economic analysis also shows that the highest cost T0
(118 475) is significantly different from T1 (110 541) and T2 (109 558). The highest profit is shown by T1 (2 102) then
T2 (1 063) and T0 (507). In conclusion, the use of "aking-rice" can increase the performance index with a higher ADG
value and a lower FCR so that the costs are smaller and the profit is greater.

Item Type: Article
Keywords: Aking-rice, Alternatif feed, Environmentally friendly, Farmer income, Feed cost, Feed substitution, Resistant starch, Waste to feed.
Subjects: S Agriculture > SF Animal culture
Divisions: Faculty of Agriculture and Animal Science > Department of Animal Science (54231)
Depositing User: sutanto Adi Sutanto, Dr. Ir., MM, H
Date Deposited: 06 May 2024 06:19
Last Modified: 06 May 2024 06:19
URI: https://eprints.umm.ac.id/id/eprint/6152

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