2008
DOI: 10.1007/s10695-008-9286-2
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Prediction of digestible energy content across feed ingredients and fish species by linear regression

Abstract: In an attempt to develop predictive relationships, apparent digestible energy (ADE) content (n = 361) as biological dependent variable and dietary contents of crude protein (CP), lipid, ash and gross energy (GE) as independent variables, obtained in 40 studies with 65 different feed ingredients and evaluated with 26 fish species, were subjected to linear correlation and multiple linear regression analysis. With dietary CP and GE contents identified as significant predictors, only 58% of the variation in ADE co… Show more

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Cited by 6 publications
(5 citation statements)
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“…The high demand and costs of dietary marine FM has resulted in the increasing trend of using plant protein sources in aquafeeds. Finding an economically feasible plant protein source to replace the costly FM in fish feed is one of the most concerned challenges for the continued sustainability of the aquaculture sector (Hardy, ; Sales, ). Soybean meal (SBM) is one of the economical and widely used plant protein sources in aquafeeds due to its good amino acid profiles (AA) (NRC, ).…”
Section: Introductionmentioning
confidence: 99%
“…The high demand and costs of dietary marine FM has resulted in the increasing trend of using plant protein sources in aquafeeds. Finding an economically feasible plant protein source to replace the costly FM in fish feed is one of the most concerned challenges for the continued sustainability of the aquaculture sector (Hardy, ; Sales, ). Soybean meal (SBM) is one of the economical and widely used plant protein sources in aquafeeds due to its good amino acid profiles (AA) (NRC, ).…”
Section: Introductionmentioning
confidence: 99%
“…Outra linha de estudos é aquela que analisa resultados relatados na literatura para ajustar equações de predição -meta análises. Sales (2009), por exemplo, utilizou 361 dados de energia digestível provenientes de 40 estudos, que incluíram 26 espécies de peixes e 65 ingredientes, e estabeleceu uma equação geral para estimar a exigência em energia digestível (ED; MJ kg -1 MS) em função do conteúdo de proteína bruta (PB; g kg -1 MS) e de energia bruta (EB; MJ kg -1 MS) das dietas dos peixes, definindo ED = -1,5075+0,0077*PB+0,6297*EB (r 2 = 0,5809). Em outro estudo, Sales (2008) definiu equações para estimar o conteúdo de proteína digestível (PD; g kg -1 MS), para ingredientes (PD = -10,0731+0,8942*PB; r 2 0,9462) a partir de 617 médias originadas de 69 estudos com 73 ingredientes utilizando 35 espécies de peixes, e para dietas compostas (PD = −51,4001+0,9872*PB; r 2 = 0,8632), a partir de 831 médias, originadas de 170 estudos com 49 espécies de peixes.…”
Section: Modelos De Predição Da Energia E Da Proteína Digestívelunclassified
“…No entanto, estas informações dependem de ensaios de digestibilidade que demandam tempo, são relativamente custosos e podem ser feitos apenas por poucos laboratórios na rotina comercial. Desta forma, a definição de modelos que permitam estas estimativas pode ser de grande utilidade para a prática da alimentação e nutrição de peixes na piscicultura comercial (ANDERSON;CAPPER;BROMAGE, 1991;SALES, 2009), Alguns estudos determinaram de modo detalhado as exigências em energia e proteína do pacu utilizando metodologias dose-resposta (e.g., FERNANDES; CARNEIRO;…”
Section: Introductionunclassified
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