The phrase "a breeding value" is correct and usable in written English.
It can be used in contexts related to genetics, animal husbandry, or agriculture, where it refers to the genetic potential of an individual to produce offspring with desirable traits.
Example: "The farmer selected the best livestock based on their breeding value to improve the quality of the herd."
Alternatives: "genetic worth" or "reproductive value".
However a baseline accuracy that is driven by the reference data set size and the overall population effective population size enables gBLUP to estimate a breeding value for unrelated animals within a population (breed), using information previously ignored by pedigree based BLUP methods.
Two breeding values are simulated for each individual, a breeding value for the worker effect and a breeding value for the queen effect.
Therefore, each bull will have a breeding value on the base and scale of each participating country.
Using survival analysis results in a breeding value (a i ) and an associated weight (ω i) for each hen i.
The gene has a breeding value since it is low expressed in North American maize cultivars while it is higher in European ones [ 53].
However, a bull that has the highest mean does not guarantee the highest probability of producing offspring with a breeding value greater than 3 or 4 σa.
In addition, it is possible to predict the number of animals to be tested to produce an offspring with an estimated breeding value above a given threshold.
A high breeding value means a high occurrence of mastitis.
The n A -dimensional vector a A contains breeding values for purebred performance for breed animals (mating within breed ), and matrix Z A is an incidence matrix assigning breeding values to records.
In many situations, a phenotypic trait may be decomposed into an estimated breeding value (EBV) and a residual.
It does this by treating the combined effect of the other SNPs as a residual breeding value, and approximating its prediction error variance from a GBLUP prediction.
