Articles Tagged with ''maternal genetics''
Maintaining a healthy rumen in the cow is the first step to jump-starting calf health, optimizing maternal performance and capitalizing on feed savings.
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Choosing the best bull for your operation and environment
Genetic improvement looks different on different operations, and the surest way to achieve it is to develop a breeding plan and understand your environment before choosing a bull.
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Getting a clearer picture with the help of genomics
As genomic testing continues to be utilized more on both commercial and seedstock operations, let’s look at what genomics can tell us about an animal’s actual genetic merit and reduce the risk on your ranch.
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Data into profit: Using genomic tools to produce and select superior replacement heifers
Analyzing genomic data can help producers hone in on the most valuable traits for their operations. Genomic research shows that managing to improve hybrid vigor will increase fertility, longevity and lifetime productivity.
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Know your marketplace: Hand-pick genetics to maximize profitability
For years, the cow-calf sector has made breeding decisions with maternal traits at the forefront. However, placing more focus on terminal traits could be the most profitable choice for many producers.
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6 'essential' traits for improving your herd
The foundational selection criteria that helped put the Beefmaster breed on the map can be utilized in any herd to improve the bottom line.
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Angus Genetics Inc. releases Functional Longevity research EPD
Currently available in a research EPD format, Functional Longevity (FL) evaluates how long Angus cows stay in the herd and how many calves they produce.
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Sexed semen: An opportunity to capture more value for cattle
Breeding with sexed semen can help your bottom line by creating cattle your particular market demands.
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Adjustment factors help producers navigate use of multiple breeds
EPDs provide a lot of value when selecting bulls for your herd, but understanding across-breed EPD relationships can help producers more precisely apply heterosis and breed complementarity with their specific environment.
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