"Prediction of digestible energy content across feed ingredients and fish species by linear regression" . "Z(MSM6007665809)" . . "35" . . . . "000270171000001" . "RIV/60076658:12520/09:00010330!RIV10-MSM-12520___" . "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 content could be explained. No improvement in accuracy of regression equations was gained by classification of values according to either feed ingredient (animal proteins, plant proteins, cereals) or fish species (water type, water temperature, feed habit). An R (2)-value of 0.4570 and mean prediction error (MPE) of 0.2085 between predicted and observed ADE values from eight independent studies (n = 37) illustrated the inability of the derived regression equation to accurately predict ADE contents"@en . "Digestible energy; Feed ingredients; Chemical composition; Prediction"@en . "Prediction of digestible energy content across feed ingredients and fish species by linear regression"@en . . "Prediction of digestible energy content across feed ingredients and fish species by linear regression"@en . "NL - Nizozemsko" . "Fish Physiology and Biochemistry" . . "[152AA6094605]" . . . . "4" . "Prediction of digestible energy content across feed ingredients and fish species by linear regression" . . "335440" . "16"^^ . . "Sales, James" . "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 content could be explained. No improvement in accuracy of regression equations was gained by classification of values according to either feed ingredient (animal proteins, plant proteins, cereals) or fish species (water type, water temperature, feed habit). An R (2)-value of 0.4570 and mean prediction error (MPE) of 0.2085 between predicted and observed ADE values from eight independent studies (n = 37) illustrated the inability of the derived regression equation to accurately predict ADE contents" . . "1"^^ . . . "1"^^ . . "12520" . "0920-1742" . "RIV/60076658:12520/09:00010330" . .