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Genetics and genomics technology can increase accuracy and allow selection at younger ages. Selection programs consist of four pathways: sires of males considered for selection, dams of these males, sires of females considered for selection, and dams of these females.
In general, to maximize the genetic improvement, breeding organizations need to keep the selection proportion as low as possible. But for smaller nucleus populations, higher selection intensity can result in higher inbreeding and thereby reduced genetic variance or standard deviation.
A genetic gain of imprinting mutation arose in a single animal that introduced a parental-specific, epigenetic gene-silencing mechanism. An example could be the gain of expression in the gametes of one parent only of a gene silencing protein such as a de novo methyltransferase.
Genetic progress per year is usually written as: Genetic progress/year = (A x I x G)/T, where A, I, G are as previously defined and T equals the average age of boars and sows when their replacement offspring are farrowed.
Genetic improvement occurs when the genetic merit is improved through selection. The improvement in genetic merit refers to the overall improvement in a flock brought about by selection for a number of traits that contribute to the flocks breeding objective, such as high growth rate or carcase yield.
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Selection should predominantly be based on the selection criterion. From each sex, as few breeding animals as possible should be selected to maximize selection intensity, with the only restrictions being the number of animals required for a minimum population size, and the number needed for reproductive purposes.
Genetic selection is a powerful strategy for generating pure or nearly pure populations of differentiated cell types. In order to develop this strategy, a gene that is expressed specifically in the desired cell type must be identified.
This is usually written as follows: Genetic improvement/generation = A x I x G. Note that if any one of these three factors is equal to zero, the product of the calculation is zero, indicating that no genetic progress can be expected regardless of the size of the other two factors.

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