Researchers at the U.S. Meat Animal Research Center (USMARC) in Clay Center, Nebraska are developing a set of 100 DNA markers that will provide essential genetic information for improving food safety and beef quality in North American beef and dairy cattle. This powerful set of markers has been thoroughly screened to accomplish both DNA fingerprinting and parentage testing in essentially all U.S. beef and dairy populations, an ability that only a small fraction of known DNA markers have. One key to success has been the careful sampling of U.S. beef and dairy populations to create a test panel representing the vast majority of U.S. cattle. A group of 216 diverse sires from 19 beef breeds and 4 dairy breeds was selected for marker testing. Th...
This publication discusses how emerging genetic technology coupled with traditional production pract...
Two beef cattle DNA-marker trials in New Zealand and Australia are reviewed, where the trial objecti...
Several organizations have developed prediction models for molecular breeding values (MBV) for quant...
Researchers at the U.S. Meat Animal Research Center (USMARC) in Clay Center, Nebraska are developing...
Misinterpreting DNA tests can cost beef cattle producers time and money. This 2009 NebGuide discusse...
Breathtaking advances are occurring in the knowledge and understanding of the structure, sequence an...
Gene mapping and discovery programs have resulted in the detection of numerous DNA ‘markers’ for va...
Why is animal ID needed? Ways to physically label individual cattle Disputes arise even when animal ...
The beef industry has improved the recording of pedigrees and performance data through the use of br...
This fact sheet describes genetic testing for beef cattle to identify which animals in a herd are th...
The beef cattle industry has long awaited the development of genetic tests to assist producers in br...
Calves from 20 herds representing seven breeds were genotyped with a reduced DNA marker panel for we...
Genomic technology is useful for improving beef cattle. It’s easy to become overwhelmed when thinkin...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
This publication is Number 11 in the series "Texas Adapted Genetic Strategies for Beef Cattle. Bits ...
This publication discusses how emerging genetic technology coupled with traditional production pract...
Two beef cattle DNA-marker trials in New Zealand and Australia are reviewed, where the trial objecti...
Several organizations have developed prediction models for molecular breeding values (MBV) for quant...
Researchers at the U.S. Meat Animal Research Center (USMARC) in Clay Center, Nebraska are developing...
Misinterpreting DNA tests can cost beef cattle producers time and money. This 2009 NebGuide discusse...
Breathtaking advances are occurring in the knowledge and understanding of the structure, sequence an...
Gene mapping and discovery programs have resulted in the detection of numerous DNA ‘markers’ for va...
Why is animal ID needed? Ways to physically label individual cattle Disputes arise even when animal ...
The beef industry has improved the recording of pedigrees and performance data through the use of br...
This fact sheet describes genetic testing for beef cattle to identify which animals in a herd are th...
The beef cattle industry has long awaited the development of genetic tests to assist producers in br...
Calves from 20 herds representing seven breeds were genotyped with a reduced DNA marker panel for we...
Genomic technology is useful for improving beef cattle. It’s easy to become overwhelmed when thinkin...
The Oklahoma Cooperative Extension Service periodically issues revisions to its publications. The mo...
This publication is Number 11 in the series "Texas Adapted Genetic Strategies for Beef Cattle. Bits ...
This publication discusses how emerging genetic technology coupled with traditional production pract...
Two beef cattle DNA-marker trials in New Zealand and Australia are reviewed, where the trial objecti...
Several organizations have developed prediction models for molecular breeding values (MBV) for quant...