The 22nd AAABG conference was held at Rydges Southbank Townsville, Queensland from 2nd to 5th July 2017.
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Plenary paper I |
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Functional annotation of animal genomes | 1 |
E.L. Clark, S. Bush, R. Young, J.K. Baillie, L. Lefevre, P. Dutta, C. Muriuki, M. McCulloch, T.C. Freeman, D.W. Burt, L. Freem, C.B.A.Whitelaw, K.M. Summers, A.L. Archibald and D.A. Hume | |
Industry 1 |
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From breeding to market: opportunities within a disrupted food chain | 9 |
A.W. Campbell and P.R Amer | |
Investigating emerging inherited diseases in Australian livestock: a collaborative approach | 15 |
S.A. Woolley, E.R. Tsimnadis, N. Nowak, R.L. Tulloch, M.R. Shariflou, T. Leeb, C.E. Willet, M.S. Khatkar, B.A. O'Rourke and I. Tammen | |
High genetic merit dairy cows contribute more to farm profit: case studies of 3 Australian dairy herds | 19 |
J.E. Newton, M.E. Goddard, H.N. Phuong, M.A. Axford, C.K.M. Ho, N.C. Nelson, C.F. Waterman, B.J. Hayes and J.E. Pryce | |
There is nothing routine about routine testing. A perspective from the University of Queensland's animal genetics laboratory | 23 |
R.E. Lyons and S. Buttsworth | |
Sheep and goats I |
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Genetic correlation between purebred and crossbred performance of merino sheep for three weight traits using a genomic relationship matrix. | 27 |
N. Duijvesteijn and J.H.J. van der Werf | |
Genetic correlations between production traits and components of reproduction in Merino sheep | 31 |
D.J. Brown, K.L. Bunter and A.A. Swan | |
Genetic parameters and breed differences for ovine tick counts on indigenous and commercial sheep in autumn and spring | 35 |
J.J.E. Cloete, A.J. Scholtz, S. Matthee and S.W.P. Cloete | |
Genomic prediction using QTL regions identified from regional heritability mapping for parasite resistance in Australian sheep | 39 |
M. Al Kalaldeh, J.H.J. van der Werf and C. Gondro | |
Gene by birth type interaction in Merino lamb | 45 |
A. Dakhlan, N. Moghaddar, C. Gondro and J.H.J. van der Werf | |
Optimal and practical strategies to manage an ovulation rate mutation located on the X chromosome in a French sheep breed | 49 |
J. Raoul, L. Bodin, J.M. Else and A.A. Swan | |
Breeding Objectives I |
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Including feed intake and greenhouse gas emissions intensity into existing selection indexes - theory and practice | 53 |
P. Amer, C. Quinton, T. Byrne, A. Cromie, C. Richardson and J. Archer | |
Genomic analysis of health traits using an Australian genotyped cow reference population | 57 |
M. Abdelsayed, M. Haile-Mariam and J.E. Pryce | |
Genetic trends in the estimated feed intake of Angus cattle | 61 |
B.J. Walmsley, A.L. Henzell and S.A. Barwick | |
Relationship between feed intake, energy expenditure and methane emissions: implications for genetic evaluation | 65 |
S. Dominik, D.L. Robinson, A.J. Donaldson, M. Cameron, K.L. Austin and V.H. Oddy | |
A web-based application to assist selection for heat tolerance in combination with the balanced performance index in Australian dairy cattle | 69 |
T.T.T. Nguyen, B.J. Hayes and J.E. Pryce | |
Advances in statistical & computational methods I |
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Can we frame and understand cross-validation results in animal breeding? | 73 |
A. Legarra and A. Reverter | |
A comparison of relatedness estimates from SNP chip genotypes and from genotyping-by-sequencing results | 81 |
K.G. Dodds, J.C. McEwan, T.C. Van Stijn, R. Brauning and S.M. Clarke | |
Accuracy of genomic prediction when QTL effects are not normally distributed | 85 |
M.E. Goddard and T.H.E. Meuwissen | |
Approximating the accuracy of single step EBVs | 89 |
L. Li, A.A. Swan and B. Tier | |
Approximate GBLUP for efficient routine evaluations | 93 |
T. P. Hancock | |
On breed composition estimation of cross-bred animals using non-linear optimisation | 97 |
V. Boerner | |
Possibilities of binomial probabilistic principal component models to identify groups in genotyped populations | 101 |
J.B. Holmes, K.G. Dodds and M.A. Lee | |
Aquaculture |
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The next wave in selective breeding: Implementing genomic selection in Aquaculture | 105 |
K.R. Zenger, M.S. Khatkar, D.R. Jerry and H.W. Raadsma | |
Understanding the transcriptional changes associated with onset of maturation in Atlantic salmon | 113 |
A.Mohamed, A. Reverter, P. Kube, H. King, B. Evans and J. Kijas | |
Development of a low-density commercial genotyping array for the white legged shrimp, Litopenaeus vannamei | 117 |
D.B. Jones, K.R. Zenger, M.S. Khatkar, H.W. Raadsma, H.A.M. van der Steen, J. Prochaska, S. Forêt and D.R. Jerry | |
Quantitative genomic analyses in the pacific whiteleg shrimp Litopenaeus vannamei | 121 |
M.S. Khatkar, K.R. Zenger, D.B. Jones, J. Prochaska, H.A.M van der Steen, D.R. Jerry and H.W. Raadsma | |
Selection for Piscirickettsia salmonis (SRS) resistance in Atlantic salmon (Salmo salar) using genotyping by sequencing (GBS) | 125 |
T. Kristjánsson, K. Dodds, J.C. McEwan, R. Brauning, R.M. Anderson, T.C. van Stijn and S.M. Clarke | |
Breeding for disease resistance in Australian shrimp: how do we get there? | 129 |
T.H. Noble, N. Wade, G.J. Coman and D.R. Jerry | |
Dairy |
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Reliabilities of Australian dairy genomic breeding values increase through the addition of genotyped females with excellent phenotypes | 133 |
J.E. Pryce, P. Douglas, C.M. Reich, A.J. Chamberlain, P.J. Bowman, T.T.T. Nguyen, B.A. Mason, C.P. Prowse-Wilkins, G.J. Nieuwhof, T. Hancock, M. Shaffer and B.J. Hayes | |
Does experiencing birth difficulty influence performance as an adult (later life) in Holstein cattle? | 137 |
M. Haile-Mariam and J.E. Pryce | |
Pitfalls of pre-selecting subsets of sequence variants for genomic prediction | 141 |
I.M. MacLeod, S. Bolormaa, C. Schrooten, M.E. Goddard and H. Daetwyler | |
Genome-wide uncorrelated trait analysis identifies pleitropic markers for dairy cattle in Australia | 145 |
R. Xiang, I.M. MacLeod, S. Bolormaa and M.E. Goddard | |
Expression of heterosis for live weight in growth curves of New Zealand dairy heifers | 149 |
R.C. Handcock, N. Lopez-Villalobos, L.R. McNaughton, G.R. Edwards and R.E Hickson | |
Increasing the accuracy of genomic prediction for residual feed intake in dairy cattle by using SNPs associated with RFI in beef cattle | 153 |
M. Khansefid, J.E. Pryce and M.E. Goddard | |
Correlations and genetic trends for selection indices assessed using Australian and North American bull proofs | 157 |
B.A Scott, M. Abdelsayed and J.E. Pryce | |
Beef I |
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The new bovine reference assembly and its value for genomic research | 161 |
J.F. Medrano | |
Extensive sequencing of a tropically adapted breed - the Brahman sequencing project | 167 |
L. Koufariotis, B.J. Hayes, M. Kelly, B. Burns, R. Lyons and S. Moore | |
Genomics can contribute to selection to improve bottle teats in tropical beef genotypes | 171 |
M.L. Wolcott, D.J. Johnston and Y.D. Zhang | |
Possibilities of shortening the number days on feed for calculating NFI in cattle | 175 |
S.A. Clark and J.H.J. van der Werf | |
Use of genomic selection in a tropically adapted composite beef program | 179 |
W.S. Pitchford, G.I. Popplewell and R. Terle | |
Factors affecting puberty attainment in purebred and crossbred heifers | 183 |
J.G. Alexopoulos, M.L. Hebart and W.S. Pitchford | |
Prediction of genomic breeding values of primal cut weights in Korean Hanwoo cattle from different growth and carcass traits | 187 |
H.A. Al-Mamun, S. Kim, B.H. Park, M.N. Park and C. Gondro | |
Gene editing and novel gene technologies |
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Cutting and pasting: the future of genetic improvement for food animal genomes | 191 |
T.S. Sonstegard, D. Carlson, P.B. Hackett, A. Watson and S.C. Fahrenkrug | |
Detection and assessment of copy number variation using PacBio long read sequencing in New Zealand dairy cattle | 197 |
C. Couldrey, M. Keehan, T. Johnson, K. Tiplady, A. Winkelman, C. Thresher, M.D. Littlejohn, A. Scott, K.E. Kemper, B.J. Hayes, S.R. Davis and R.J. Spelman | |
1000 bull genomes and SheepGenomeDB projects: enabling cost-effective sequence level analyses globally | 201 |
H.D. Daetwyler, R. Brauning, A.J. Chamberlain, S. McWilliam, A. McCulloch, C.J. Vander Jagt, B. Sunduimijid, B.J. Hayes and J.W. Kija | |
Transcriptomics profiling reveals candidate genes to improve feed efficiency in dairy cattle | 205 |
M.S. Salleh, G. Mazzoni, J.K. Höglund, D.W. Olijhoek, P. Lund, P. Løvendahl and H.N. Kadarmideen | |
Prediction of genome-wide regulatory regions in sheep | 209 |
M. Naval-Sanchez, Q. Nguyen, B.P. Dalrymple, T. Vuocolo, R.L. Tellam, L.R. Porto-Neto, S. McWilliam, A. Reverter and J. Kijas | |
Depot-specific gene expression during differentiation of Hanwoo muscular satellite cells | 213 |
S. De las Heras-Saldana, K.Y. Chung, S.H. Lee and C. Gondro | |
Genotyping-by-sequencing for genetic improvement in honeybees | 217 |
G.E.L. Petersen, P.F. Fennessy, T.C. Van Stijn, S.M. Clarke and P.K. Dearden | |
Pig & Poultry |
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Genetics and genomics of swine lean growth at the interface between host and commensal gut bacteria | 221 |
C. Maltecca, B. Lu and F. Tiezzi | |
Behavioural traits recorded in gilts and associations with reproductive performance as group-housed sows | 229 |
K.L. Bunter | |
Genotype by parity interactions were not found for growth in Australian pigs | 233 |
S. Hermesch and B.G. Luxford | |
Extension of environmental descriptors used to analyse sire by environment interaction for growth of pigs | 237 |
S.Z.Y. Guy, J. Harper, L. Li, P.C. Thomson and S. Hermesch | |
Estimates of effective population size and inbreeding level for three Australian pig breeds | 241 |
O. D’Augustin, V. Börner and S. Hermesch | |
Genetic parameters for body-weight traits of a native poultry breed in Thailand | 245 |
S. Tongsiri, M.G Jeyaruban, S. Hermesch, J. H. J. van der Werf, L. Li and T. Chormai | |
Deviations around kinship expectations at various SNP marker densities in a population of broiler chickens | 249 |
A. Reverter, Y. Li, A. George, J. Henshall, R. Sapp, R. Okimoto, R. Hawken and S.A. Lehnert | |
Plenary paper II |
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Precision medicine: realistic expectations for prediction of risk to human complex disease | 253 |
N. Wray | |
Plenary paper III |
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Beef cattle genomic selection in tropical environments | 255 |
L.G. Albuquerque, G.A. Fernandes Júnior and R. Carvalheiro | |
Advances in statistical and computational methods II |
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A multi-trait approach to incorporating foreign phenotypes and genotypes in genomic predictions to increase accuracy and reduce bias | 265 |
B.J.Hayes, G. Nieuwhof and M. HaileMariam | |
Some alternative computational strategies for single-step national genomic evaluations | 269 |
D.J. Garrick, H. Cheng, B.L. Golden and R.L. Fernando | |
A novel numerical method to quantify the contribution of genes to the population structure | 273 |
P. Kasarapu, L.R. Porto-Neto, M.R.S. Fortes, S.A. Lehnert, M.A. Mudadu, L. Coutinho, L. Regitano, A. George and A. Reverter | |
Committed matings under mate selection | 277 |
B.P. Kinghorn | |
Using machine learning methods to identify subsets of SNP for genomic prediction | 281 |
B. Li, A. George, A. Reverter and Y. Li | |
Strategies to use whole genome sequence data for genomic prediction in dairy cattle | 285 |
I. van den Berg, I.M. MacLeod, P.J. Bowman, T. Wang and M.E. Goddard | |
A pipeline for the analysis of multi-omics data | 289 |
L.T. Nguyen, M.R.S. Fortes and A. Reverter | |
Beef II |
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Genetics of brisket disease in beef cattle: A not so high altitude problem | 293 |
M.G. Thomas, G.M. Krafsur, T.N. Holt, R.M. Enns, S.E. Speidel, F.B. Garry, A. Canovas, J.M. Medrano, R.D. Brown, K.R. Stenmark and J.M. Neary | |
Breeding for low methane is associated with longer days to calving in first-parity Angus females | 301 |
K.A. Donoghue, T.L. Bird-Gardiner, P.F Arthur and R.M. Herd | |
Genetic association of young male traits with female reproductive performance in Brahman and Santa Gertrudis cattle | 305 |
M.G. Jeyaruban and D.J. Johnston | |
Weighting factors for genomic information used in Single-Step genomic selection in Australian beef | 309 |
Y.D. Zhang, A. Swan, D.J. Johnston and C.J. Girard | |
Genetic and phenotypic characterization of MSA Index and its association with carcase and meat quality traits in Angus and Brahman cattle | 313 |
M.G. Jeyaruban, D.J. Johnston and B.J. Walmsley | |
Development of the beef genomic pipeline for BREEDPLAN single step evaluation | 317 |
N.K. Connors, J. Cook, C.J. Girard, B. Tier, KP. Gore, D.J. Johnston and M.H. Ferdosi | |
Effects of Irish beef indexes and breeding programs on greenhouse gas emissions | 321 |
C. Quinton, F. Hely, T. Byrne, P. Amer and A. Cromie | |
Sheep and goats II |
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Investigating variation in the test length required to estimate the trait of residual energy intake in growing maternal lambs | 325 |
P.L. Johnson, J. Wing, K. Knowler and P. Johnstone | |
Inheritance of wrinkle in Merino sheep at different ages | 329 |
J.C. Greeff, L.J.E. Karlsson and A.C. Schlink | |
Genotyping strategies of selection candidates in sheep breeding programs | 333 |
T. Granleese, S.A. Clark and J.H.J. van der Werf | |
Marketing and delivery of RamSelect workshops in South Australia: a coordinated approach | 337 |
A.L. Collins, M. Cousins, B.L. Ashton, S. Milne, D. Milne, B. Hancock, P. Schulz, L. Hogan and F.D. Brien | |
Use of genomic data to determine breed composition of Australian sheep | 341 |
P.M. Gurman, A.A. Swan and V. Boerner | |
Genetic correlations between lamb survival, birth weight, and gestation length differ between birth types | 345 |
O.A. Kelly, M.L. Hebart, F.D. Brien and W.S. Pitchford | |
Prediction accuracies for polled and horned Merino sheep using different genetic models | 349 |
N. Duijvesteijn, S. Weerasinghe and J.H.J. van der Werf | |
Plenary paper IV |
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Can grazing livestock in developing countries benefit from use of genomic selection? | 353 |
H.M. Burrow, M.L. Wolcott, A. Maiwashe, M.L. Makgahlela, B.J. Hayes, J.G. Rees and M.J. Bradfield | |
Industry II |
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BREEDPLAN in a genomics world - opportunities and challenges | 361 |
H. Nivison | |
An update on genetic progress in the Australian sheep industry | 365 |
A.A. Swan, R.G. Banks, D.J. Brown and H.R. Chandler | |
Economic value of genomic selection in a vertically integrated beef cattle production system | 369 |
J.W. Buchanan, M.D. MacNeil, R.C. Raymond, A.R. McClain and A.L. Van Eenennaam | |
The distribution of risk and reward in extensive livestock improvement systems, their consequences and possible responses | 373 |
R.G. Banks | |
Beef III |
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Applying new genomic technologies to accelerate genetic improvement in beef and dairy cattle | 377 |
A. Canovas, J. Casellas, M. Thomas and J. F. Medrano | |
The Repronomics project - enabling genetic improvement in reproduction in northern Australia | 385 |
D.J. Johnston, T.P Grant T.J. Schatz, B.M. Burns, G. Fordyce, R.E. Lyons | |
Mythbusters: non-additive genetic effects had negligible impact on wagyu carcass quality | 389 |
R.A. McEwin, M.L. Hebart, S. de Bruin and W.S. Pitchford | |
Factors influencing gestation length in tropically adapted beef cattle breeds in northern Australia | 393 |
D.J. Johnston and T.P. Grant | |
Breed composition effects and genetic parameters for productivity of tropical beef cattle | 397 |
L.R. Porto-Neto, R. McCulloch, B.E. Harrison, R.J. Bunch, W. Barendse and, A. Reverter | |
Breeding Objectives II |
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Do plainer bodied Merino ewes have higher lifetime reproduction rates? | 401 |
S. Hatcher and S.I. Mortimer | |
Optimising the proportion of selection candidates measured for methane emissions in a beef cattle breeding objective that includes feed intake | 405 |
D.J. Cottle | |
Economic value of selection for residual feed intake in the New Zealand sheep industry | 409 |
J.A. Archer, L.E. Proctor and T.J. Byrne | |
Nonlinear economic value for number of lambs born in New Zealand sheep indexes | 413 |
C. Quinton, T. Byrne and P. Amer | |
Effect of GxE on responses to selection in recorded multi-tier sheep breeding schemes | 417 |
B.F.S. Santos, J.H.J. van der Werf, J.P. Gibson and P.R. Amer | |
Poster Presentations |
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A simple method for evaluating the genotype quality of the sire X chromosome using half-sib families | 421 |
M.H. Ferdosi, D. Johnston, H. A. Al-Mamun and C. Gondro | |
Agreement among GWAS results from different statistical methods as a strategy to increase the power of QTL detection | 425 |
T.P. Melo, B.F. Garcia Neto, M.R.S. Fortes, L.G. Albuquerque and R. Carvalheiro | |
A look at computations for multivariate single-step genomic evaluations fitting the 'hybrid model' | 429 |
K. Meyer | |
Early prediction of important adult wool traits | 433 |
S. Shahinfar, and G. Hinch, J. Van Der Werf and L. Kahn | |
SNP-panel design for dairy proportion estimation and parentage testing | 437 |
E.M. Strucken, C. Esquivelzeta-Rabell, H.A. Al-Mamun, C. Gondro, O.A. Mwai and J.P. Gibson | |
Defining environmental stress conditions that produce differential survival in black tiger shrimp, Penaeus monodon | 441 |
A.R Foote, C.N Stratford, E. Giardina, D.R Jerry and N.W Wade | |
Reconstruction of unknown donor genome from chimeric pearl sac tissue and host genotypes in Pinctada maxima | 445 |
M.S. Khatkar, D.B. Jones, P.B. Toole, H.W. Raadsma, D.R. Jerry and K.R. Zenger | |
Comparison of different breeding design options for long term genetic gain and diversity in aquaculture species | 449 |
M.S. Khatkar, G.J. Coman, P.C. Thomson and H.W. Raadsma | |
Evaluation of pooled whole genome sequencing (Pool-Seq) to recover known GWAS signals (gene effects) | 453 |
A. Mohamed, L. Porto-Neto, A. Reverter and J. Kijas | |
Preputial eversion in young, tropically adapted bulls is a useful genetic indicator trait for improving female reproduction | 457 |
M.L. Wolcott and D.J. Johnston | |
Genetic and phenotypic parameters for feed efficiency traits in Australian Angus beef cattle | 461 |
J.A. Torres-Vazquez, J.H.J. van der Werf and S.A. Clark | |
Epinetr: a forward-time simulator for epistatic network modelling in R | 465 |
D.C. Detterer, Paul Kwan and Cedric Gondro | |
Methodology for quantification of circulating cell-free microRNA from bovine plasma for analysis of meat quality traits | 469 |
K.J. Kochan, S.E. Forman, A.E. Hillhouse, H.R. Cross and P.K. Riggs | |
Breed variation in tongue colour of dairy and beef-cross-dairy calves | 473 |
L.W. Coleman, H.T. Blair, N. Lopez-Villalobos, P.J. Back and R.E. Hickson | |
No evidence for genes with large effect on twinning in a beef herd with unusually high fecundity | 477 |
L. Cummins, C.M. Reich and B.J. Hayes | |
Genetic and phenotypic correlations between various growth and carcass traits with primal cut meat yield traits in Hanwoo cattle | 481 |
H.A. Al-Mamun, B. H. Park, M. N. Park, S. Kim and C. Gondro | |
Linking commercial carcase data to stud herds: the power of genomics | 485 |
L.R. Porto-Neto, S. Harburg, R.J. Bunch, R. Lyons, S.A. Lehnert and A. Reverter | |
Genotyping of Nellore biopsied embryos | 489 |
R. Carvalheiro, H.H.R. Neves, T. Bresolin, D.R. Arnold, A.C. Basso and L.G. Albuquerque | |
Genetics and genomics of bull fertility phenotypes measured as part of the bull breeding soundness evaluation | 493 |
M.R.S. Fortes, F.S.S. Raidan, N. Satake, L.R. Porto-Neto and G.B. Boe-Hansen | |
Preliminary estimates of productive lifetime and lifetime efficiency in Holstein cows as affected by age at first calving | 497 |
C.J.C. Muller, H.L. de Waal and M.M. Scholtz | |
Genome-wide mapping of loci affecting semen volume, sperm concentration and total and progressive motilities in boars | 501 |
T.S. Gaggini, R.C. Antunes, H. Barbosa, P. Charagu and F.M. Rezende | |
Productive lifetime and lifetime efficiency in Holstein cows as affected by first lactation milk yield | 505 |
H.L. de Waal, C.J.C. Muller and M.M. Scholtz | |
Genetic parameters for alternative measures of fertility in a commercial herd of tropical cows | 509 |
F.S.S. Raidan, L.R. Porto-Neto, M.R.S. Fortes, S. Harburg and A. Reverter | |
Georeferenced evaluation of genetic patterns of Montana Tropical® cattle | 513 |
T.G. Sousa, C.M. McManus, J.B. Ferraz, J.P. Eler, N.S. Costa and F.M. Rezende | |
Development of a custom ion AgriSeq genotyping-by-sequencing panel based on the ISAG bovine core parentage markers | 517 |
P. Siddavatam, A. Burrell, R. Ferretti, A. Allred, K. Ridley | |
The use of mid-infrared spectrometry to predict milk fatty acid, energy balance and methane emissions for Australian dairy cows | 521 |
T. Wang, H.N. Phuong, E. Wall, S. Smith and J.E. Pryce | |
Somatic cell count and milk urea nitrogen levels in Holstein and Fleckvieh x Holstein cows in a total mixed ration feeding system | 525 |
C.J.C. Muller, L. Metaxas and S.W.P. Cloete | |
Genetic parameters of puberty estimated using two genetically divergent groups of Holstein-Friesian dairy heifers | 529 |
M.D. Price, M.D. Camara, J.R. Bryant, S. Meier and C.R. Burke | |
Integration of IVF technologies with genomic selection to generate high merit AI bulls: a simulation study | 533 |
F.S. Hely, P.R. Amer, B. Oback and D.N. Wells | |
Developing a genomic selection breeding program for complex pearl colour traits within the silver-lipped pearl oyster | 537 |
D.B. Jones, P.B. Toole, M.S. Khatkar, H.W. Raadsma, D.R. Jerry and K.R. Zenger | |
Multi-tissue genome wide expression of mRNA and microRNA in cattle selected for high and low residual feed intake | 541 |
Y. Chen, C. Gondro, W. Al-Husseini, S. De las Heras Saldana, R. Herd, P. Arthur | |
Multi-assembler pipeline for the de novo transcriptome assembly on non-model organisms: the case of the black tiger prawn (Penaeus monodon) | 545 |
R. Huerlimann, L. Gordon, J. Goodall, K. Siemering, N. Wade, M. Sellars, G.E. Maes and D.R. Jerry | |
Juvenile IGF-I response in INRA RFI selection lines partly reflects changes in post-weaning attributes | 549 |
H. Gilbert, I. Louveau, Y. Billon and K.L. Bunter | |
A genetic exploration of Australian large white pigs | 553 |
K.P. Gore, R.G. Banks, V. Boerner and S. Hermesch | |
Weighting of genomic and pedigree relationships in single step evaluation of carcass traits in Australian sheep | 557 |
A.J. McMillan and A.A. Swan | |
Genetic variation of weaner survival in merino sheep and its relationships with growth and wool | 561 |
S.F. Walkom, A.N. Thompson, E. Bowen and D.J. Brown | |
Progesterone is an indirect indicator of reproductive outcomes for yearling ewes | 565 |
K.L. Bunter, J.E. Newton and D.J. Brown | |
Genetic responses in component and composite reproduction traits in Merino ewes divergently selected for number of lambs weaned | 569 |
S.W.P. Cloete, J.B. van Wyk and J.J. Olivier | |
Genetic parameters for dag- and cover scores of Merino ewes divergently selected for number of lambs weaned | 573 |
A.J. Scholtz, J.J.E. Cloete and S.W.P. Cloete | |
Genetic parameters for arena behaviour of lambs from Merinos divergently selected for lambs weaned per ewe mated | 577 |
J.J.E. Cloete, A.J. Scholtz and S.W.P. Cloete | |
Accommodating variable disease challenge on breeding value prediction for sires - using footrot as an example | 581 |
S.F. Walkom, M.B. Ferguson, W. Gibson, D.J. Brown and K.L. Bunter | |
A genome-wide scan of positive selection signature using Ovine Infinium® HD SNP BeadChip in two Romney lines, selected for resistance or resilience to nematodes | 585 |
J. Yan, V.S.R. Dukkipati, H.T. Blair, P.J. Biggs, J. C. Hamie and A. Greer | |
Genetic association of skin thickness with lamb survival from birth to weaning, and growth and wool traits in New Zealand Romney sheep | 589 |
M. Soltani-Ghombavani, V.S.R. Dukkipati and H.T. Blair | |
Accounting for population structure in genomic prediction of Australian Merino sheep | 593 |
N. Moghaddar, D.J. Brown, A.A. Swan and J.H.J. van der Werf | |
Preliminary results on the inheritance of early lamb growth as an indicator for milk production in Merino sheep? | 597 |
J.C. Greeff, L.J.E. Karlsson and A.C. Schlink | |
The effect of including immune competence in Merino sheep breeding programs | 601 |
A. Alexander, B. Hine, J. Smith and S. Dominik |