Estimates of dominance and additive variances were obtained for 14 linear traits. The data included 600 678 first parity records on 14 linear traits in Holsteins. The model included management groups, age at calving, additive and dominance effects, and regression on inbreeding percentage. The estimate of the dominance variance was 9.8% of the phenotypic variance for body depth: 8.0% for strength, 6.9% for stature, and was less than 5% for the remaining traits. The additive variance ranged from 12.2% for foot angle to 45.3% for stature. No clear relationship was found between the estimates of dominance and additive variance. larger negative estimates of the inbreeding depression were associated with higher estimates of the dominance variance
Nonadditive genetic effects are currently ignored in national genetic evaluations of farm animals be...
Potential gains from including the dominance effect in genetic evaluations include “purification ” o...
Five populations with varying percentages of animals in full-sib families were simulated. For each p...
Two data sets from the USDA Livestock and Range Research Laboratory mere analyzed to study dominance...
Two data sets from the USDA Livestock and Range Research Laboratory were analyzed to study dominance...
The objective of this study was to estimate the dominance variance for postweaning gain in Limousin ...
<div><p>Dominance may be an important source of non-additive genetic variance for many traits of dai...
Parameters for direct and maternal dominance were estimated in models that included non-additive gen...
peer reviewedThe nonlinear effects of inbreeding were studied by comparing linear and curvilinear re...
Background Estimates of dominance variance in dairy cattle based on pedigree data vary considerably ...
peer reviewedCurrent genetic evaluations ignore dominance effects. However, their incorporation migh...
peer reviewedNonadditive genetic effects are currently ignored in national genetic evaluations of fa...
Background: Dominance effects may contribute to genetic variation of complex traits in dairy cattle,...
The objectives of this study were threefold: 1) estimation of additive and dominance genetic varianc...
The objectives of this study were threefold: 1) estimation of additive and dominance genetic varianc...
Nonadditive genetic effects are currently ignored in national genetic evaluations of farm animals be...
Potential gains from including the dominance effect in genetic evaluations include “purification ” o...
Five populations with varying percentages of animals in full-sib families were simulated. For each p...
Two data sets from the USDA Livestock and Range Research Laboratory mere analyzed to study dominance...
Two data sets from the USDA Livestock and Range Research Laboratory were analyzed to study dominance...
The objective of this study was to estimate the dominance variance for postweaning gain in Limousin ...
<div><p>Dominance may be an important source of non-additive genetic variance for many traits of dai...
Parameters for direct and maternal dominance were estimated in models that included non-additive gen...
peer reviewedThe nonlinear effects of inbreeding were studied by comparing linear and curvilinear re...
Background Estimates of dominance variance in dairy cattle based on pedigree data vary considerably ...
peer reviewedCurrent genetic evaluations ignore dominance effects. However, their incorporation migh...
peer reviewedNonadditive genetic effects are currently ignored in national genetic evaluations of fa...
Background: Dominance effects may contribute to genetic variation of complex traits in dairy cattle,...
The objectives of this study were threefold: 1) estimation of additive and dominance genetic varianc...
The objectives of this study were threefold: 1) estimation of additive and dominance genetic varianc...
Nonadditive genetic effects are currently ignored in national genetic evaluations of farm animals be...
Potential gains from including the dominance effect in genetic evaluations include “purification ” o...
Five populations with varying percentages of animals in full-sib families were simulated. For each p...