Milk fat contains many nutrients necessary for humans, including fat-soluble vitamins, energy, and bioactive lipids. It is important to understand the genetic basis for milk-fat composition in cows’ milk. Knowledge of these genetic parameters can be used to predict how different traits will respond to genetic selection. The predicted response in traits, including trade-offs between different traits, plays an important role in designing breeding schemes in dairy cattle. This chapter reviews the genetic variation in milk-fat composition between cows and looks into the genetic correlations with other traits
Dietary fat may play a role in the aetiology of many chronic diseases. Milk and milk-derived foods c...
Dietary fat may play a role in the aetiology of many chronic diseases. Milk and milk-derived foods c...
Genetic parameters of milk composition in fatty acids (FA) were estimated in the three French Montbe...
In her thesis, Stoop shows that there is considerable genetic variation in milk fat composition, whi...
In her thesis, Stoop shows that there is considerable genetic variation in milk fat composition, whi...
The review summarizes literature dealing with the effects of animal factors (breed, cow individualit...
The aim of this paper is to identify differences in genetic variation of fatty acid (FA) composition...
<p> Identification of genomic regions, and preferably individual genes, responsible for genetic vari...
The aim of this paper is to identify differences in genetic variation of fatty acid (FA) composition...
The objective of this study was to estimate genetic parameters of milk, fat, and protein yields, fat...
This chapter reviews the genetic factors affecting the composition and quality of cow's milk. It sta...
Identification of genomic regions, and preferably individual genes, responsible for genetic variatio...
Fatty acids composition of bovine milk influences the technological properties of butterfat and also...
The objective of this study was to estimate genetic parameters for major milk fatty acids and milk p...
The objective of this study was to estimate genetic parameters for major milk fatty acids and milk p...
Dietary fat may play a role in the aetiology of many chronic diseases. Milk and milk-derived foods c...
Dietary fat may play a role in the aetiology of many chronic diseases. Milk and milk-derived foods c...
Genetic parameters of milk composition in fatty acids (FA) were estimated in the three French Montbe...
In her thesis, Stoop shows that there is considerable genetic variation in milk fat composition, whi...
In her thesis, Stoop shows that there is considerable genetic variation in milk fat composition, whi...
The review summarizes literature dealing with the effects of animal factors (breed, cow individualit...
The aim of this paper is to identify differences in genetic variation of fatty acid (FA) composition...
<p> Identification of genomic regions, and preferably individual genes, responsible for genetic vari...
The aim of this paper is to identify differences in genetic variation of fatty acid (FA) composition...
The objective of this study was to estimate genetic parameters of milk, fat, and protein yields, fat...
This chapter reviews the genetic factors affecting the composition and quality of cow's milk. It sta...
Identification of genomic regions, and preferably individual genes, responsible for genetic variatio...
Fatty acids composition of bovine milk influences the technological properties of butterfat and also...
The objective of this study was to estimate genetic parameters for major milk fatty acids and milk p...
The objective of this study was to estimate genetic parameters for major milk fatty acids and milk p...
Dietary fat may play a role in the aetiology of many chronic diseases. Milk and milk-derived foods c...
Dietary fat may play a role in the aetiology of many chronic diseases. Milk and milk-derived foods c...
Genetic parameters of milk composition in fatty acids (FA) were estimated in the three French Montbe...