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• W4286579654 endingPage "78" @default.
• W4286579654 startingPage "35" @default.
• W4286579654 abstract "Aquaculture, one of the largest protein food generating sectors, greatly relies on nutrition. Up to the present time, the dependency of the aqua feed sector on fish meal and fish oil as protein and lipid sources, respectively, was too high, which led to its inadequacy and over-exploitation of marine resources. Recently, numerous researches with locally available feed ingredients have been accomplished. There is urgency for a move from fish meal to plant/terrestrial animal/microbial proteins within the aquaculture industry as over-exploitation of wild fishes has negative ecological consequences. Plant proteins cannot successfully replace fish meal due to poor protein digestibility and essential amino acids imbalance, urging feed concerns to search for cheaper and nutritious fish meal alternatives from animal origin. In order to overcome the indiscriminate use of antimicrobial drugs, the concept of probiotics in aquaculture has received firm encouragement in recent years due to their wise inhibitory mechanisms and safeness. Negative perception for synthetic antioxidants among fish farmers and their unreliable nature has resulted in the research for non-synthetic, food derived antioxidants that could encounter and neutralize the detrimental effects of free radicals. In line with this, there is a strong captivation to research on the individual or synergistic effects of protein hydrolysates, peptide fragments, and free amino acids that could innately exhibit antioxidative activity. Commercialization of economical feeds with antioxidative feed ingredients could strengthen the profits of feed processors. Recent development in the aquaculture sector propelled by the application of biotechnological methods has clearly highlighted the need for development of functional feeds through incorporation of bioactive molecules. In the last few decades, the global aqua feed industry has witnessed milestones in the development of feed ingredients from waste raw materials and sustainable alternatives to antibiotics and chemicals used to tackle the disease outbreak in aquaculture. As the health and immunity of fishes primarily depend on their nutritional pattern, a great research interest is extended on incorporation of biomolecules like single-cell proteins, animal proteins, plant metabolites, biopolymers, and enzymes as feed ingredients to enhance the nutritive quality and immune tolerance in fishes. Besides the focus on the feed ingredients, the modification and development of fermentation strategies for producing probiotic-based feed and enzyme-assisted bioconversion into valuable feed ingredients is also gaining more importance. This chapter deals with the recent development in the aqua feed industry with specific reference to the incorporation of non-conventional feed ingredients like animal/microbial proteins, biopolymers, enzymes, and other immunostimulatory compounds in aqua feed and their impact analysis in improving the growth profile and pathogen tolerance in fishes." @default.
• W4286579654 created "2022-07-22" @default.
• W4286579654 creator A5003019751 @default.
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• W4286579654 date "2022-01-01" @default.
• W4286579654 modified "2023-09-29" @default.
• W4286579654 title "Developments in Feeds in Aquaculture Sector: Contemporary Aspects" @default.
• W4286579654 cites W1484824314 @default.
• W4286579654 cites W1490563112 @default.
• W4286579654 cites W1600578704 @default.
• W4286579654 cites W1704456421 @default.
• W4286579654 cites W1898148424 @default.
• W4286579654 cites W1900348409 @default.
• W4286579654 cites W1926699290 @default.
• W4286579654 cites W1935636950 @default.
• W4286579654 cites W1937279395 @default.
• W4286579654 cites W1959670236 @default.
• W4286579654 cites W1965358989 @default.
• W4286579654 cites W1967138582 @default.
• W4286579654 cites W1968017412 @default.
• W4286579654 cites W1968495088 @default.
• W4286579654 cites W1968990916 @default.
• W4286579654 cites W1969457772 @default.
• W4286579654 cites W1972581792 @default.
• W4286579654 cites W1973164530 @default.
• W4286579654 cites W1975525621 @default.
• W4286579654 cites W1976540666 @default.
• W4286579654 cites W1978731165 @default.
• W4286579654 cites W1978742851 @default.
• W4286579654 cites W1983922518 @default.
• W4286579654 cites W1984163907 @default.
• W4286579654 cites W1984730590 @default.
• W4286579654 cites W1987921030 @default.
• W4286579654 cites W1988451712 @default.
• W4286579654 cites W1988516534 @default.
• W4286579654 cites W1992399934 @default.
• W4286579654 cites W1993050976 @default.
• W4286579654 cites W1993799118 @default.
• W4286579654 cites W1994571888 @default.
• W4286579654 cites W1999373531 @default.
• W4286579654 cites W2001749132 @default.
• W4286579654 cites W2004118163 @default.
• W4286579654 cites W2005603374 @default.
• W4286579654 cites W2006535751 @default.
• W4286579654 cites W2007852088 @default.
• W4286579654 cites W2007922466 @default.
• W4286579654 cites W2009462826 @default.
• W4286579654 cites W2011265605 @default.
• W4286579654 cites W2012478860 @default.
• W4286579654 cites W2013727359 @default.
• W4286579654 cites W2013777218 @default.
• W4286579654 cites W2016812883 @default.
• W4286579654 cites W2016958648 @default.
• W4286579654 cites W2019406641 @default.
• W4286579654 cites W2023400393 @default.
• W4286579654 cites W2025313960 @default.
• W4286579654 cites W2025930916 @default.
• W4286579654 cites W2025962613 @default.
• W4286579654 cites W2026817983 @default.
• W4286579654 cites W2028862639 @default.
• W4286579654 cites W2028969417 @default.
• W4286579654 cites W2032975997 @default.
• W4286579654 cites W2035200541 @default.
• W4286579654 cites W2036088435 @default.
• W4286579654 cites W2039759758 @default.
• W4286579654 cites W2040812743 @default.
• W4286579654 cites W2043188872 @default.
• W4286579654 cites W2043623544 @default.
• W4286579654 cites W2046088544 @default.
• W4286579654 cites W2046338309 @default.
• W4286579654 cites W2050846695 @default.
• W4286579654 cites W2052472684 @default.
• W4286579654 cites W2054779029 @default.
• W4286579654 cites W2054851246 @default.
• W4286579654 cites W2058336643 @default.
• W4286579654 cites W2059594547 @default.
• W4286579654 cites W2062163493 @default.
• W4286579654 cites W2062918943 @default.
• W4286579654 cites W2064488256 @default.
• W4286579654 cites W2065759425 @default.
• W4286579654 cites W2069920193 @default.
• W4286579654 cites W2070036215 @default.
• W4286579654 cites W2072552415 @default.
• W4286579654 cites W2072961549 @default.
• W4286579654 cites W2073409768 @default.
• W4286579654 cites W2074396995 @default.
• W4286579654 cites W2075078936 @default.
• W4286579654 cites W2075183690 @default.
• W4286579654 cites W2076314545 @default.
• W4286579654 cites W2078142299 @default.
• W4286579654 cites W2080117907 @default.
• W4286579654 cites W2080400687 @default.

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