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2. 324 A progress report for the Efficient Dairy Genome Project.

Author

Miglior, F, primary, Baes, C, additional, Cánovas, A, additional, Coffey, M, additional, Connor, E, additional, De Pauw, M, additional, Goddard, E, additional, Hailu, G, additional, Lassen, J, additional, Malchiodi, F, additional, Osborne, V, additional, Pryce, J, additional, Sargolzaei, M, additional, Schenkel, F, additional, Wall, E, additional, Wang, Z, additional, Wegman, S, additional, Wright, T, additional, and Stothard, P, additional

Published
2018
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8. 0320 An international effort to improve feed efficiency and reduce methane emissions in dairy cows through genomics

Author

Wilson, A. M., primary, Butty, A. M., additional, Baes, C., additional, Cánovas, A., additional, Coffey, M. P., additional, Connor, E. E., additional, De Pauw, M., additional, Gredler, B., additional, Goddard, E., additional, Hailu, G., additional, Osborne, V. R., additional, Pryce, J. E., additional, Sargolzaei, M., additional, Schenkel, F. S., additional, Stothard, P., additional, Wall, E., additional, Wang, Z., additional, Wright, T. C., additional, and Miglior, F., additional

Published
2016
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9. 0378 A survey on breeding strategies and selection objectives for increased feed efficiency and decreased methane emission

Author

Richardson, C., primary, Malchiodi, F., additional, Wilson, A. M., additional, Butty, A. M., additional, Baes, C., additional, Cánovas, A., additional, Coffey, M. P., additional, Connor, E. E., additional, De Pauw, M., additional, Gredler, B., additional, Goddard, E., additional, Hailu, G., additional, Osborne, V. R., additional, Pryce, J. E., additional, Sargolzaei, M., additional, Schenkel, F. S., additional, Stothard, P., additional, Wall, E., additional, Wang, Z., additional, Wright, T., additional, and Migliorà, F., additional

Published
2016
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10. Genetic parameter estimates and targeted association analyses of growth, carcass, and meat quality traits in German Merinoland and Merinoland-cross lambs.

Author

Stratz P, Schiller KF, Wellmann R, Preuss S, Baes C, and Bennewitz J

Subjects
Animals, Body Weight genetics, Crosses, Genetic, Female, Genotype, Male, Phenotype, Sheep genetics, Sheep growth & development, Body Composition genetics, Meat standards
Abstract

In this study, genetic parameters of nine growth, carcass, and meat quality (MQ) traits were estimated, and targeted association studies were conducted using mixed models. Phenotypic information was collected on 1,599 lambs, including both purebred Merinoland (ML) animals and five different F1 crosses. The F1 lambs were produced by mating rams of the meat-type breeds Charollais, Ile de France, German Blackheaded Mutton (Deutsches Schwarzköpfiges Fleischschaf), Suffolk, and Texel with ML ewes. Between four and six sires were used per sire breed. In total, 29 sires and 298 purebred ML sheep were genotyped with the Illumina OvineSNP50 BeadChip. All F1 individuals were genotyped for 289 SNPs located on the chromosomes 1, 2, 3, 18, and 21. These SNPs were used to impute SNPs on five chromosomes of the Illumina Ovine chip in the F1 individuals. Several Bonferroni-corrected significant associations were identified for shoulder width. A number of additional significant associations were found for other traits. Genetic parameters were estimated and single-marker association analyses were performed with breed-specific effects. Moderate heritability estimates were found for average daily gain (0.23), kidney fat weight (0.19), carcass length (0.15), shoulder width (0.33), subcutaneous fat thickness (0.22), and cutlet area (0.36). While heritability for cooking loss was found to be low (0.07), shear force (0.17) and dressing percentage (0.20) showed moderate heritability, and thus might be candidate traits to be included in the selection index in the population. In general, low phenotypic and low or moderate genetic correlations were detected between the traits.

Published
2018
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