Genomic technology is useful for improving beef cattle. It’s easy to become overwhelmed when thinking about genomics because the process involves thousands to millions of genotypes known as BIG DATA; therefore, it is important to understand that the results of the process is improving the accuracy of an animal’s expected progeny difference (EPD) as to be able to rank animals for selection. Genetic improvement is typically measured as an increase in EPD over many years. For example, the average yearling weight in a breed of cattle such as Angus was -13 in 1972 and it improved to +87 lbs in 2012 (Figure 1). This improvement is a result of selection for growth by the breeders for 40 years. The more accurately the calculation of EPDs can be acc...
Breathtaking advances are occurring in the knowledge and understanding of the structure, sequence an...
peer reviewedThe world demand for animal-based food products is anticipated to increase by 70% by 20...
Genomics may have much to offer in the implementation of breeding objectives. Advantages of genomic ...
Genomic technology is useful for improving beef cattle. It’s easy to become overwhelmed when thinkin...
Some traits are controlled by single genes, such as many genetic abnormalities, and some cattlemen a...
The amount of information upon which to base selection decisions has continued to increase over time...
This publication discusses how emerging genetic technology coupled with traditional production pract...
An international effort in animal genomics has promised a better way to select animals based on pred...
This publication discusses how emerging genetic technology coupled with traditional production pract...
Selection alters the frequency of genes in a population (breed) affecting a particular characteristi...
This publication discusses how emerging genetic technology coupled with traditional production pract...
The production of EPDs from statistical analysis of pedigree and performance records is a tried and ...
Background: The sequencing and publication of the cattle genome and the identification of single nuc...
Background: The sequencing and publication of the cattle genome and the identification of single nuc...
Genetic improvement in livestock has a truly amazing history, with the beef industry having been ble...
Breathtaking advances are occurring in the knowledge and understanding of the structure, sequence an...
peer reviewedThe world demand for animal-based food products is anticipated to increase by 70% by 20...
Genomics may have much to offer in the implementation of breeding objectives. Advantages of genomic ...
Genomic technology is useful for improving beef cattle. It’s easy to become overwhelmed when thinkin...
Some traits are controlled by single genes, such as many genetic abnormalities, and some cattlemen a...
The amount of information upon which to base selection decisions has continued to increase over time...
This publication discusses how emerging genetic technology coupled with traditional production pract...
An international effort in animal genomics has promised a better way to select animals based on pred...
This publication discusses how emerging genetic technology coupled with traditional production pract...
Selection alters the frequency of genes in a population (breed) affecting a particular characteristi...
This publication discusses how emerging genetic technology coupled with traditional production pract...
The production of EPDs from statistical analysis of pedigree and performance records is a tried and ...
Background: The sequencing and publication of the cattle genome and the identification of single nuc...
Background: The sequencing and publication of the cattle genome and the identification of single nuc...
Genetic improvement in livestock has a truly amazing history, with the beef industry having been ble...
Breathtaking advances are occurring in the knowledge and understanding of the structure, sequence an...
peer reviewedThe world demand for animal-based food products is anticipated to increase by 70% by 20...
Genomics may have much to offer in the implementation of breeding objectives. Advantages of genomic ...