A genomic scan with molecular markers was used to identify regions of the broiler genome that are associated with traits of growth and carcass composition in commercial broiler chickens. Identification of markers that can be used to genetically select broiler populations for better efficiency of growth of high-value yield parts, such as white meat, will enhance the profitability of poultry production and provide consumers with more of the desired type of meat product
Background: Body weight (BW) is an economically important trait in the broiler (meat-type chickens) ...
Abasht, BehnamOver the past 70 years, modern breeding programs have significantly improved traits of...
The objective of this study was to estimate the genetic and environmental parameters for carcass, ca...
Two informative chicken F2 populations based on crosses between a broiler breeder male line and dams...
The current study is a comprehensive genome analysis to detect QTL affecting metabolic traits in chi...
Rapid growth is one of the most important economic traits in broiler breeding programs. Identifying ...
Scientific and technological advancements have led to great expansion of poultry sector in last few ...
Identification of genomic regions harboring genes affecting economic traits is the primary step for ...
In broiler chickens, the intensive selection for growth rate, feed efficiency, body composition (bre...
Abstract: Chicken feed efficiency (FE) traits are the most important economic traits in broiler prod...
Through current trends in animal protein consumption, the United States poultry industry has seen a ...
A genome-wide association study of fatness was performed using a high-density genotyping platform a...
Genetic selection for production traits has resulted in a rapid improvement in animal performance an...
Objective Meat quality including muscle color in chickens is an important trait and continuous selec...
Here we describe the application of genomic selection in both layer and broiler breeder populations....
Background: Body weight (BW) is an economically important trait in the broiler (meat-type chickens) ...
Abasht, BehnamOver the past 70 years, modern breeding programs have significantly improved traits of...
The objective of this study was to estimate the genetic and environmental parameters for carcass, ca...
Two informative chicken F2 populations based on crosses between a broiler breeder male line and dams...
The current study is a comprehensive genome analysis to detect QTL affecting metabolic traits in chi...
Rapid growth is one of the most important economic traits in broiler breeding programs. Identifying ...
Scientific and technological advancements have led to great expansion of poultry sector in last few ...
Identification of genomic regions harboring genes affecting economic traits is the primary step for ...
In broiler chickens, the intensive selection for growth rate, feed efficiency, body composition (bre...
Abstract: Chicken feed efficiency (FE) traits are the most important economic traits in broiler prod...
Through current trends in animal protein consumption, the United States poultry industry has seen a ...
A genome-wide association study of fatness was performed using a high-density genotyping platform a...
Genetic selection for production traits has resulted in a rapid improvement in animal performance an...
Objective Meat quality including muscle color in chickens is an important trait and continuous selec...
Here we describe the application of genomic selection in both layer and broiler breeder populations....
Background: Body weight (BW) is an economically important trait in the broiler (meat-type chickens) ...
Abasht, BehnamOver the past 70 years, modern breeding programs have significantly improved traits of...
The objective of this study was to estimate the genetic and environmental parameters for carcass, ca...