DNA samples were collected from beef heifers born at the Gudmundsen Sandhills Laboratory and analyzed with a genomic test. Phenotypic data from these females were compiled and used in a regression analysis to evaluate the utility of these genomic scores as predictors for phenotypic outcomes. Th e genomic score for birth body weight (BW) was signifi cantly associated with animal birth BW. Th e genomic score for heifer pregnancy was not a statistically significant predictor of actual pregnancy. Neither dam age or the genomic score for stayability were significant predictors of actual reproductive longevity
Genetic predictions in the form of expected progeny differences (EPDs) represent the beef industry\u...
Several organizations have developed prediction models for molecular breeding values (MBV) for quant...
Four studies were conducted to determine the effectiveness of improving production systems of beef c...
DNA samples were collected from beef heifers born at the Gudmundsen Sandhills Laboratory and analyze...
Genomic predictions for commercial cattle can be used to select replacement heifers, design mating s...
Beef cow reproductive longevity represents the cumulation of a lifetime of fertility and production ...
Gene mapping and discovery programs have resulted in the detection of numerous DNA ‘markers’ for va...
Corbet, NJ ORCiD: 0000-0002-7468-2177Heifers that have an earlier age at puberty often have greater ...
Reproductive failure is consistently a top reason for culling beef cows from the herd. Culling young...
Beef cow stayability is a complex, economically important trait often used as an indicator of a cow'...
Some genes may affect more than one trait. Therefore, the traits can be genetically correlated. Know...
Genomics may have much to offer in the implementation of breeding objectives. Advantages of genomic ...
Corbet, NJ ORCiD: 0000-0002-7468-2177Developing accurate genomic evaluations of fertility for tropic...
Calves from 20 herds representing seven breeds were genotyped with a reduced DNA marker panel for we...
The objective of this research was to evaluate the efficacy of genetic markers, disposition, and ani...
Genetic predictions in the form of expected progeny differences (EPDs) represent the beef industry\u...
Several organizations have developed prediction models for molecular breeding values (MBV) for quant...
Four studies were conducted to determine the effectiveness of improving production systems of beef c...
DNA samples were collected from beef heifers born at the Gudmundsen Sandhills Laboratory and analyze...
Genomic predictions for commercial cattle can be used to select replacement heifers, design mating s...
Beef cow reproductive longevity represents the cumulation of a lifetime of fertility and production ...
Gene mapping and discovery programs have resulted in the detection of numerous DNA ‘markers’ for va...
Corbet, NJ ORCiD: 0000-0002-7468-2177Heifers that have an earlier age at puberty often have greater ...
Reproductive failure is consistently a top reason for culling beef cows from the herd. Culling young...
Beef cow stayability is a complex, economically important trait often used as an indicator of a cow'...
Some genes may affect more than one trait. Therefore, the traits can be genetically correlated. Know...
Genomics may have much to offer in the implementation of breeding objectives. Advantages of genomic ...
Corbet, NJ ORCiD: 0000-0002-7468-2177Developing accurate genomic evaluations of fertility for tropic...
Calves from 20 herds representing seven breeds were genotyped with a reduced DNA marker panel for we...
The objective of this research was to evaluate the efficacy of genetic markers, disposition, and ani...
Genetic predictions in the form of expected progeny differences (EPDs) represent the beef industry\u...
Several organizations have developed prediction models for molecular breeding values (MBV) for quant...
Four studies were conducted to determine the effectiveness of improving production systems of beef c...