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Biofloc technology (BFT): Adjusting the levels of digestible protein and digestible energy in diets of Nile tilapia juveniles raised in brackish water

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Aquaculture and Fisheries 2020年第1期5卷 42-51页

作者： Emerson Giuliani Durigon Rafael Lazzari Juliano Uczay Diogo Luis de Alcântara Lopes Gabriela Tomas Jerônimo tayna sgnaulin Maurício Gustavo Coelho Emerenciano Santa Catarina State University(UDESC) Animal Science Postgraduate Program(PPGZOO/UDESC)Chapecó88035Brazil Santa Catarina State University(UDESC) Nutrition Laboratory of Aquatic Organisms(LANOA/UDESC)Laguna 88035Brazil Santa Maria Federal University(UFSM) Animal Science and Biological Sciences DepartmentPalmeira Das MissõesPalmeira Das Missões 88035Brazil Santa Catarina Federal University(UFSC) Aquatic Organisms Health Laboratory(AQUOS)Aquaculture DepartmentFlorianópolis 88035Brazil

Several studies have been performed adjusting the levels of dietary digestible protein and digestible energy for tilapia,but none of them was performed in biofloc technology(BFT)system,especially in brackish(10)*** this sense,three levels of digestible protein(22,26 and 30%DP)and three levels of digestible energy(3000,3150 and 3300 kcal DE/kg)were evaluated on growth performance,body composition,hematological parameters and planktonic community in juveniles of Nile tilapia(***)raised under BFT conditions.A total of 540 tilapia fingerlings(GIFT strain with 1.25±0.15 g initial weight)were reared during 42 days in thirty-six plastic tanks(75 L),fed three times a *** interaction was detected in the parameters *** fish fed with feed containing 26%and 30%of DP obtained higher final weight,specific growth rate and condition factor as compared to those fed with 22%of DP(P<0.05).Body protein on tilapia carcass increased proportionally according to dietary *** higher dietary energy level promoted a higher body lipid *** to hematological parameters fish from all treatments presented a satisfactory immunological *** monitoring of planktonic community indicated a variation over time,specially on the number of dinoflagellates,rotifers and *** results indicated that diets containing 26%of DP and 3150 kcal/kg of DE for Nile tilapia juveniles promoted suitable growth performance and health conditions when reared in biofloc brackish water,and enabled savings in regards to dietary protein once the energy levels were adjusted.

关键词： Hematology Microbial floc Nursery Nutrition

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