Regression models including chemical composition, in vitro digestibility and near infrared reflectance spectroscopy (NIRS) were compared in order to predict the energy value of several feed ingredients for poultry. The nitrogen-corrected apparent metabolisable energy content (AMEn) in cockerels and its proportion on total gross energy (AMEn/GE) were determined in 94 batches from six starchy grains and six cereal byproducts. Two preliminary trials were also designed to adapt in vitro methods for prediction of in vivo energy values for poultry. Mean concentrations of AMEn of the ingredient studied ranged from 2,464 to 3,595 kcal kg-1 DM, and those of AMEn/GE from 53.7 to 80.0%. The most precise model of prediction of AMEn and AMEn/GE values w...
In order to predict the metabolisable energy content of ninety batches of cereal grains and cereal b...
Thirty various pelleted diets were given to broilers (8/diet) for in vivo measurements of dietary me...
The methodology currently in use to evaluate the energy content of ingredients, under p...
Regression models including chemical composition, in vitro digestibility and near infrared reflectan...
In order to predict the metabolisable energy content of ninety batches of cereal grains and cereal ...
The focus of this paper is on the energy evaluation of foodstuffs, particularly of food grains for p...
This review is concerned about the different systems and methods available to measure the energy val...
Samples of whole crop wheat (WCW, n = 134) and whole crop barley (WCB, n = 16) were collected from c...
This research aimed at generating and evaluating prediction equations to estimate metabolizable ener...
The aim of this study was to develop equations to predict the in vivo apparent metabolisable energy ...
This research aimed at generating and evaluating prediction equations to estimate metabolizable ener...
International audienceThe potential of near infrared (NIR) spectroscopy for the determination of the...
In order to predict the metabolisable energy content of ninety batches of cereal grains and cereal ...
ABSTRACT Near infrared reflectance analysis (NIRA) was assessed as a potential technique to measure ...
International audienceThe potential of near infrared (NIR) spectroscopy for the determination of the...
In order to predict the metabolisable energy content of ninety batches of cereal grains and cereal b...
Thirty various pelleted diets were given to broilers (8/diet) for in vivo measurements of dietary me...
The methodology currently in use to evaluate the energy content of ingredients, under p...
Regression models including chemical composition, in vitro digestibility and near infrared reflectan...
In order to predict the metabolisable energy content of ninety batches of cereal grains and cereal ...
The focus of this paper is on the energy evaluation of foodstuffs, particularly of food grains for p...
This review is concerned about the different systems and methods available to measure the energy val...
Samples of whole crop wheat (WCW, n = 134) and whole crop barley (WCB, n = 16) were collected from c...
This research aimed at generating and evaluating prediction equations to estimate metabolizable ener...
The aim of this study was to develop equations to predict the in vivo apparent metabolisable energy ...
This research aimed at generating and evaluating prediction equations to estimate metabolizable ener...
International audienceThe potential of near infrared (NIR) spectroscopy for the determination of the...
In order to predict the metabolisable energy content of ninety batches of cereal grains and cereal ...
ABSTRACT Near infrared reflectance analysis (NIRA) was assessed as a potential technique to measure ...
International audienceThe potential of near infrared (NIR) spectroscopy for the determination of the...
In order to predict the metabolisable energy content of ninety batches of cereal grains and cereal b...
Thirty various pelleted diets were given to broilers (8/diet) for in vivo measurements of dietary me...
The methodology currently in use to evaluate the energy content of ingredients, under p...