Abstract:<p>Insect meal is an unconventional feedstuff and is expected to be an alternative protein source in broiler diet in the future, as an impact of high price and a limited supply of a fish meal. The objective of this paper is to describe the potency of insects as a feedstuff in broiler diet. Some types of insects, i.e., bees, flies, crickets, grasshoppers, termites, ants, and cockroaches have the potential to be a feedstuff protein source. Several studies reported that insect has high protein content (10.3… Show more
“…Tenebrio molitor eats organic waste and transforms it into biodiesel . Growth of insects also produces valuable proteins to be utilized and researched in many fields. − Among these insects, the black soldier fly larva (BSFL) has attracted increasing interest for dealing with organic waste. BSFL is highly capable in degrading organic waste and converting these degradations into rich nutrition resources including proteins and lipids. , Noticeably, the major conversion product produced by BSFL is a protein which is widely used in animal feeding. , …”
Nowadays, biodegrading organic waste, as a solution to confront environmental challenges, has attracted wide attention. A dipteran insect, black soldier fly (BSF), exhibits outstanding capability to convert organic waste into proteins and lipid resources, and thus, much interest has been shown in it. However, information of fundamental biology of BSF is still limited besides its recycling efficiency. In this work, we present a complete proteomic database of BSF at all instars (before prepupa). We further formulated the pathways corresponding to BSF development and built a relationship with the current genetic database. To achieve this, we investigated the proteomics of BSF during different periods. We identified 5036 proteins, and among them, 3905 proteins were annotated in the protein function database. illustrated three pathways related to major physiological processes including the insulin signaling pathway for feeding and growth, fatty acid biosynthesis pathway for fatty acid using, and toll/immune deficiency pathway for immune behavior. The proteins in these three pathways were matched with a published genetic database, and this reference library could be used for future BSF genetic engineering. In conclusion, this work provided a comprehensive protein library of BSF and expands the basic knowledge of BSF for future research.
“…Tenebrio molitor eats organic waste and transforms it into biodiesel . Growth of insects also produces valuable proteins to be utilized and researched in many fields. − Among these insects, the black soldier fly larva (BSFL) has attracted increasing interest for dealing with organic waste. BSFL is highly capable in degrading organic waste and converting these degradations into rich nutrition resources including proteins and lipids. , Noticeably, the major conversion product produced by BSFL is a protein which is widely used in animal feeding. , …”
Nowadays, biodegrading organic waste, as a solution to confront environmental challenges, has attracted wide attention. A dipteran insect, black soldier fly (BSF), exhibits outstanding capability to convert organic waste into proteins and lipid resources, and thus, much interest has been shown in it. However, information of fundamental biology of BSF is still limited besides its recycling efficiency. In this work, we present a complete proteomic database of BSF at all instars (before prepupa). We further formulated the pathways corresponding to BSF development and built a relationship with the current genetic database. To achieve this, we investigated the proteomics of BSF during different periods. We identified 5036 proteins, and among them, 3905 proteins were annotated in the protein function database. illustrated three pathways related to major physiological processes including the insulin signaling pathway for feeding and growth, fatty acid biosynthesis pathway for fatty acid using, and toll/immune deficiency pathway for immune behavior. The proteins in these three pathways were matched with a published genetic database, and this reference library could be used for future BSF genetic engineering. In conclusion, this work provided a comprehensive protein library of BSF and expands the basic knowledge of BSF for future research.
“…The high and low metabolic energy content of a feed ingredient is influenced by the content of other nutrients, such as crude fiber content. According to Hidayat [ 22 ], the content of crude fiber in a material will affect the value of metabolic energy. The content of the metabolic energy value of a feed will affect the level of feed consumption.…”
Objectives: The aim of the study was to assess the feasibility of fodder Sorghum as poultry feed in terms of growth performance (plant height and fresh weight), nutritional quality (moisture, ash, crude protein, extract ether, crude fiber, extract material without nitrogen, and metabolic energy), and scanning electron microscopy energy dispersive X-ray (SEM-EDX).
Materials and Methods: The study used a completely randomized design with six treatments and three replications. The treatments consisted of planting times of 24, 48, 72, 120, and 240 h and a control (0 h).
Results: The results showed that there was a significant effect (p ≤ 0.05) when planting Sorghum fodder (SGF) on growth performance and moisture, but it had no significant effect on fresh weight, ash, crude protein, extract ether, crude fiber, nitrogen-free extract, energy metabolic aspects, and SEM-EDX.
Conclusion: SGF is suitable as a feed ingredient for poultry in terms of nutrition and contains ZrO2, which functions as an antifungal.
“…Figure 2 showed that the difference in weight of chickens fed 15% BSF and commercial feed was not very significant due to the chitin content, reducing protein digestibility in broiler chickens [41]. Chitin is a polysaccharide compound that the monogastric digestive tract cannot adequately digest due to the nitrogen groups forming complex bonds with other compounds such as proteins, lipids, and minerals such as calcium [42]. Figure 2 showed that the difference in weight of chickens fed 15% BSF and commercial feed was not very significant due to the chitin content, reducing protein digestibility in broiler chickens [41].…”
Section: Feed Quality From the Use Of Bsf Larvaementioning
The bioconversion of organic solid waste utilizing Black Soldier Fly (BSF) larvae was used to reduce the unstable domestic supply of feed protein in Indonesia due to currency change dynamics. BSF larvae are a well-known bioconversion agent capable of producing high protein content in their body mass. Therefore, this research aims to conduct a small-scale bioconversion process of domestic and industrial organic solid wastes to produce dry BSF larvae as a protein source for chicken and fish culture. The research was held at Bogor, Indonesia, from March-June 2021, where organic solid waste from a restaurant was bioconverted by BSF larvae in a biopond. After two weeks, the BSF larvae were harvested, dried, and milled to produce the powder. Based on SNI 7548:2009, the quality of pellets from BSF larvae and pupae was appropriate, except for the parameters of fat content in pellet A and water and ash content in pellet B. The results showed that fish pellets mixed with 20% protein flour affected the weight growth of Pangasius sp. Furthermore, when dried BSF larvae powder was applied to one-day-old chickens, they grew somewhat quicker than the standard feed menu. Therefore, organic solid waste, when appropriately managed, produces feed protein.
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