Beef is characterized by a high and uncontrolled variability of its quality which is one reason for the dissatisfaction of consumers. Therefore, the beef industry is asking for muscular markers to predict the ability of animals to produce high quality beef. Thanks to the development of genomics, some recent research allowed the identification of markers for muscle growth potential of bovines, for marbling and tenderness of beef and for traceability of grass-based systems. New tools (DNA or protein chips) are in development to assess a great number of these markers simultaneously
The science of genome research in livestock has been the focus of substantial worldwide efforts over...
Interest in genetic improvement of carcass and tenderness traits of beef cattle using genome-based s...
expression in muscles of beef cattle for beef quality prediction analysed together, this subset of g...
Beef quality depends in part on muscle characteristics of live animals. Expression level of muscles ...
Genomics has brought with it a true biological revolution and has a great number of potential applic...
International audienceThe advent of high-throughput DNA sequencing techniques, array technology and ...
International audienceGenomics has brought with it a true biological revolution and has a great numb...
An international effort in animal genomics has promised a better way to select animals based on pred...
Background: Previous research programmes have described muscle biochemical traits and gene expressio...
Tenderness is one of the most important quality attributes of beef. However, one the major problems...
Residual feed intake (RFI) and carcass merit (CM) are both complex traits emerging as critical targe...
Beef quality is a complex phenotype that can be evaluated only after animal slaughtering. Previous r...
Abstract Background Meat quality related phenotypes are difficult and expensive to measure and predi...
Author Institution (Fluharty and Wulf): Department of Animal Sciences, The Ohio State University; Au...
This publication discusses how emerging genetic technology coupled with traditional production pract...
The science of genome research in livestock has been the focus of substantial worldwide efforts over...
Interest in genetic improvement of carcass and tenderness traits of beef cattle using genome-based s...
expression in muscles of beef cattle for beef quality prediction analysed together, this subset of g...
Beef quality depends in part on muscle characteristics of live animals. Expression level of muscles ...
Genomics has brought with it a true biological revolution and has a great number of potential applic...
International audienceThe advent of high-throughput DNA sequencing techniques, array technology and ...
International audienceGenomics has brought with it a true biological revolution and has a great numb...
An international effort in animal genomics has promised a better way to select animals based on pred...
Background: Previous research programmes have described muscle biochemical traits and gene expressio...
Tenderness is one of the most important quality attributes of beef. However, one the major problems...
Residual feed intake (RFI) and carcass merit (CM) are both complex traits emerging as critical targe...
Beef quality is a complex phenotype that can be evaluated only after animal slaughtering. Previous r...
Abstract Background Meat quality related phenotypes are difficult and expensive to measure and predi...
Author Institution (Fluharty and Wulf): Department of Animal Sciences, The Ohio State University; Au...
This publication discusses how emerging genetic technology coupled with traditional production pract...
The science of genome research in livestock has been the focus of substantial worldwide efforts over...
Interest in genetic improvement of carcass and tenderness traits of beef cattle using genome-based s...
expression in muscles of beef cattle for beef quality prediction analysed together, this subset of g...