The aim of this study was to predict gross feed efficiency of Italian Holstein Friesian bulls selected for production, functional and type traits. A total of 12,238 bulls, from April 2015 genetic evaluation, were used. Predicted daily gross feed efficiency (pFE) was obtained as ratio between milk yield (MY) and predicted dry matter intake (pDMI). Phenotypic trend for MY, predicted body weight (pBW) and pFE were calculated by the bull birth year. The results suggest that pFE can be successfully selected to increase profitability of dairy cattle using the current milk recording system. Direct measurements on DMI should be considered to confirm results of pFE obtained in the present study
To characterise the main Italian dual-purpose breeds in terms of feed efficiency and behaviour, the ...
The widespread use of genomic information in dairy cattle breeding programs has opened up the possib...
Thex objectives of this study were to evaluate the variability of residual feed intake (RFI) in youn...
Selection for feed efficiency is important to improve the economic and environmental sustainability ...
Feed efficiency in lactating cows is one of the major aspects in modern dairy farm management. Purpo...
Genetic selection of dairy cattle has classically been based on fertility and productivity (kilogram...
In order to increase the accuracy of the current official predicted DMI (pDMI) in Italian Holstein F...
Agronomic and livestock sectors are recognized among the major contributors of greenhouse gases (GHG...
The paper objective was to assess the genetic merit for milk and meat production using a sample of 1...
Feed intake and feed efficiency are of importance in cattle breeding programmes. A divergent selecti...
Genetic selection to improve feed efficiency aims to reduce the cost of feeding costs in beef cattle...
The widespread use of genomic information in dairy cattle breeding programs has opened up the possib...
The objective of this study was to review some of the latest evidence on genetic variation in feed i...
Feed is a major component of variable costs associated with dairy systems and is therefore an import...
The aim of this study was to estimate the genetic parameters and to predict experimental breeding va...
To characterise the main Italian dual-purpose breeds in terms of feed efficiency and behaviour, the ...
The widespread use of genomic information in dairy cattle breeding programs has opened up the possib...
Thex objectives of this study were to evaluate the variability of residual feed intake (RFI) in youn...
Selection for feed efficiency is important to improve the economic and environmental sustainability ...
Feed efficiency in lactating cows is one of the major aspects in modern dairy farm management. Purpo...
Genetic selection of dairy cattle has classically been based on fertility and productivity (kilogram...
In order to increase the accuracy of the current official predicted DMI (pDMI) in Italian Holstein F...
Agronomic and livestock sectors are recognized among the major contributors of greenhouse gases (GHG...
The paper objective was to assess the genetic merit for milk and meat production using a sample of 1...
Feed intake and feed efficiency are of importance in cattle breeding programmes. A divergent selecti...
Genetic selection to improve feed efficiency aims to reduce the cost of feeding costs in beef cattle...
The widespread use of genomic information in dairy cattle breeding programs has opened up the possib...
The objective of this study was to review some of the latest evidence on genetic variation in feed i...
Feed is a major component of variable costs associated with dairy systems and is therefore an import...
The aim of this study was to estimate the genetic parameters and to predict experimental breeding va...
To characterise the main Italian dual-purpose breeds in terms of feed efficiency and behaviour, the ...
The widespread use of genomic information in dairy cattle breeding programs has opened up the possib...
Thex objectives of this study were to evaluate the variability of residual feed intake (RFI) in youn...