We estimate the value of using information from genetic marker panels for seven economically relevant feedlot cattle traits. The values of using genetic information to sort cattle by optimal days-on-feed are less than $1/head for each of the traits evaluated. However, the values associated with using genetic information to select cattle for placement are as much as $38/head. The most economically relevant genetic traits are average daily gain and marbling. It would not be profitable at the current testing cost of $38/head to sort cattle by optimal days-on-feed, but it could be profitable to use the genetic tests for breeding cattle selection
Genomic selection relaxes the requirement of traditional selection tools to have phenotypic measurem...
The amount of information upon which to base selection decisions has continued to increase over time...
Returns from the utilization of genetic markers in breeding programs have been computed in two ways....
We estimate the value of using information from genetic marker panels for seven economically-relevan...
We estimate the value of using genetic information to make fed cattle marketing decisions. Efficienc...
Commercial genetic testing services targeted at the beef industry have become quite common in recent...
ABSTRACT The objective of this research was to discern the contribution of genomic information to mu...
Recent research has identified genetic diversity in the ability of animals to manufacture and recogn...
Scientific inquiry is increasing our knowledge of plant and animal genomics. The ability to specify...
Genetic information is valuable to livestock producers because its incorporation into their selectio...
Genomic selection is revolutionizing the design of breeding schemes, especially for dairy cattle. Th...
The use of genetic knowledge is widespread in crop production but is just recently being utilized in...
Genetic selection to improve feed efficiency aims to reduce the cost of feeding costs in beef cattle...
The recording and age structure of a commercial breeding scheme was optimised using a genetic algori...
The objective of this study was to estimate economic returns and costs associated with 4 scenarios o...
Genomic selection relaxes the requirement of traditional selection tools to have phenotypic measurem...
The amount of information upon which to base selection decisions has continued to increase over time...
Returns from the utilization of genetic markers in breeding programs have been computed in two ways....
We estimate the value of using information from genetic marker panels for seven economically-relevan...
We estimate the value of using genetic information to make fed cattle marketing decisions. Efficienc...
Commercial genetic testing services targeted at the beef industry have become quite common in recent...
ABSTRACT The objective of this research was to discern the contribution of genomic information to mu...
Recent research has identified genetic diversity in the ability of animals to manufacture and recogn...
Scientific inquiry is increasing our knowledge of plant and animal genomics. The ability to specify...
Genetic information is valuable to livestock producers because its incorporation into their selectio...
Genomic selection is revolutionizing the design of breeding schemes, especially for dairy cattle. Th...
The use of genetic knowledge is widespread in crop production but is just recently being utilized in...
Genetic selection to improve feed efficiency aims to reduce the cost of feeding costs in beef cattle...
The recording and age structure of a commercial breeding scheme was optimised using a genetic algori...
The objective of this study was to estimate economic returns and costs associated with 4 scenarios o...
Genomic selection relaxes the requirement of traditional selection tools to have phenotypic measurem...
The amount of information upon which to base selection decisions has continued to increase over time...
Returns from the utilization of genetic markers in breeding programs have been computed in two ways....