Physical assignment of two porcine cosmid clones containing polymorphic microsatellites.

Louis Cf , Alexander Lj , Janzen Ma , Buoen Lb
Animal Genetics 29 ( 1) 70 -71

1
1998
Mapping of the porcine AREG and EGF genes to SSC8.

J. G. Kim , J. L. Vallet , R. K. Christenson , G. A. Rohrer
Animal Genetics 33 ( 4) 314 -315

3
2002
Evaluation of donor and recipient effects on birth weight and gestation length.

J. F. Baker , C. G. Dorn , G. A. Rohrer
Evaluation of donor and recipient effects on birth weight and gestation length. 1 -3

1
1990
Nebulin (NEB) maps to porcine chromosome (SSC) 15.

Z. Hu , R. T. Stone , Craig W. Beattie , G. A. Rohrer
Animal Genetics 28 ( 1) 61 -62

1
1997
Assessing feasibility of using depth images to acquire body condition score of sows

J. R. Miles , L. A. Rempel , T. M. Brown-Brandl , K. O. Silva-Miranda
9th European Conference on Precision Livestock Farming, ECPLF 2019 308 -314

2019
Mapping the β subunit of follicle stimulating hormone (FSHB) in the porcine genome

G. A. Rohrer , L. J. Alexander , C. W. Beattie
Mammalian Genome 5 ( 5) 315 -317

18
1994
Productive longevity of first-cross cows produced in a five-breed diallel: I. Reasons for removal.

G. A. Rohrer , J. F. Baker , C. R. Long , T. C. Cartwright
Journal of Animal Science 66 ( 11) 2826 -2835

27
1988
Productive Longevity of First-Cross Cows Produced in a Five-Breed Diallel: II. Heterosis and General Combining Ability

G. A. Rohrer , J. F. Baker , C. R. Long , T. C. Cartwright
Journal of Animal Science 66 ( 11) 2836 -2841

9
1988
P5033 A GWAS of teat number in pigs

G. A. Rohrer , D. J. Nonneman
Journal of Animal Science 94 131 -132

2016
Porcine single nucleotide polymorphisms and their functional effect: an update.

B. N. Keel , D. J. Nonneman , A. K. Lindholm-Perry , W. T. Oliver
BMC Research Notes 11 ( 1) 1 -6

7
2018
Estimates of genetic parameters among scale activity scores, growth, and fatness in pigs.

J. W. Holl , G. A. Rohrer , T. M. Brown-Brandl
Journal of Animal Science 88 ( 2) 455 -459

21
2010
Genome-wide association study of swine farrowing traits. Part II: Bayesian analysis of marker data.

J. F. Schneider , L. A. Rempel , W. M. Snelling , R. T. Wiedmann
Journal of Animal Science 90 ( 10) 3360 -3367

42
2012
Genome-wide association study of swine farrowing traits. Part I: genetic and genomic parameter estimates

J. F. Schneider , L. A. Rempel , G. A. Rohrer
Journal of Animal Science 90 ( 10) 3353 -3359

45
2012
Genome-wide association of meat quality traits and tenderness in swine.

D. J. Nonneman , S. D. Shackelford , D. A. King , T. L. Wheeler
Journal of Animal Science 91 ( 9) 4043 -4050

64
2013
Genomewide association and identification of candidate genes for ovulation rate in swine.

J. F. Schneider , D. J. Nonneman , R. T. Wiedmann , J. L. Vallet
Journal of Animal Science 92 ( 9) 3792 -3803

21
2014
Association analyses of candidate single nucleotide polymorphisms on reproductive traits in swine.

L. A. Rempel , D. J. Nonneman , T. H. Wise , T. Erkens
Journal of Animal Science 88 ( 1) 1 -15

36
2010
Genetic parameter estimates among scale activity score and farrowing disposition with reproductive traits in swine.

J. F. Schneider , L. A. Rempel , G. A. Rohrer , T. M. Brown-Brandl
Journal of Animal Science 89 ( 11) 3514 -3521

7
2011
Predictive markers in calpastatin for tenderness in commercial pig populations.

D. Nonneman , A. K. Lindholm-Perry , S. D. Shackelford , D. A. King
Journal of Animal Science 89 ( 9) 2663 -2672

19
2011
Genomewide association analysis for average birth interval and stillbirth in swine.

J. F. Schneider , J. R. Miles , T. M. Brown-Brandl , J. A. Nienaber
Journal of Animal Science 93 ( 2) 529 -540

11
2015