We estimate the value of using genetic information to make fed cattle marketing decisions. Efficiency gains result from sorting cattle into marketing groups, including more accurate optimal days-on-feed and reduced variability of returns to cattle feeding. The value of using genetic information to selectively market cattle ranged from $1–$13/head depending on how a producer currently markets cattle and the grid structure. Although these values of genetic information were generally higher than those reported in previous research, they were still not enough to offset the current cost of genetic testing (about $40/head)
Recent studies show polymorphisms in the leptin gene significantly impact milk production in dairy c...
The objective of this study was to estimate economic returns and costs associated with 4 scenarios o...
A polymorphism in the leptin gene is associated with fat deposition. Since fed cattle are often pric...
We estimate the value of using genetic information in making fed cattle marketing decisions. Our res...
Commercial genetic testing services targeted at the beef industry have become quite common in recent...
We estimate the value of using information from genetic marker panels for seven economically relevan...
We estimate the value of using information from genetic marker panels for seven economically-relevan...
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...
ABSTRACT The objective of this research was to discern the contribution of genomic information to mu...
The use of genetic knowledge is widespread in crop production but is just recently being utilized in...
Profit from cattle enterprises is influenced by the value of sale animals, less the costs of their p...
Genetic selection to improve feed efficiency aims to reduce the cost of feeding costs in beef cattle...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
New genomic technologies can help farmers to (1) achieve higher annual rates of genetic gain through...
Recent studies show polymorphisms in the leptin gene significantly impact milk production in dairy c...
The objective of this study was to estimate economic returns and costs associated with 4 scenarios o...
A polymorphism in the leptin gene is associated with fat deposition. Since fed cattle are often pric...
We estimate the value of using genetic information in making fed cattle marketing decisions. Our res...
Commercial genetic testing services targeted at the beef industry have become quite common in recent...
We estimate the value of using information from genetic marker panels for seven economically relevan...
We estimate the value of using information from genetic marker panels for seven economically-relevan...
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...
ABSTRACT The objective of this research was to discern the contribution of genomic information to mu...
The use of genetic knowledge is widespread in crop production but is just recently being utilized in...
Profit from cattle enterprises is influenced by the value of sale animals, less the costs of their p...
Genetic selection to improve feed efficiency aims to reduce the cost of feeding costs in beef cattle...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
New genomic technologies can help farmers to (1) achieve higher annual rates of genetic gain through...
Recent studies show polymorphisms in the leptin gene significantly impact milk production in dairy c...
The objective of this study was to estimate economic returns and costs associated with 4 scenarios o...
A polymorphism in the leptin gene is associated with fat deposition. Since fed cattle are often pric...