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Animal Trait Correlation Database

 Pig Traits Genetic Correlations

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Environment Correlations:13
Genetic Correlations:422
Phenotypic Correlations:542
Residual Correlations:10

SpeciesTrait ATrait BCorrelationsTest statisticsCorrelation typeReference
PigD90 LMA -0.149  Genetic
PigD90 RCUTP 0.216  Genetic
PigD90 SUBCFAT 0.089  Genetic
PigD90 LMA -0.248  Genetic
PigD90 RCUTP 0.239  Genetic
PigD90 SUBCFAT 0.033  Genetic
PigD90 LMA -0.17  Genetic
PigD90 RCUTP 0.277  Genetic
PigD90 SUBCFAT 0.004  Genetic
PigIMF RFI 0.03  Genetic
PigLMDEP RFI -0.04  Genetic
PigFEEDCON RFI 0.53  Genetic
PigRFI SUBCFAT -0.11  Genetic
PigRFI FEEDIN 0.07  Genetic
PigRFI ADG -0.05  Genetic
PigRFI MCOL -0.17  Genetic
PigRFI FEEDIN 0.55  Genetic
PigRFI MPH 0.14  Genetic
PigRFI FEEDIN 0.72  Genetic
PigRFI MPH -0.05  Genetic
PigRFI MCOL -0.19  Genetic
PigRFI FEEDIN 0.48  Genetic
PigRFI MPH 0.22  Genetic
PigPEXCR RFI 0.52  Genetic
PigRFI WHC -0.13  Genetic
PigPEXC RFI 0.52  Genetic
PigNEXC RFI 0.48  Genetic
PigFEEDCON RFI 0.53  Genetic
PigNEXCR RFI 0.41  Genetic
PigADG RFI 0.07  Genetic
PigLEANP RFI 0.03  Genetic
PigDRESS% RFI 0.03  Genetic
PigPEXCR RFI 0.52  Genetic
PigRFI WHC 0.14  Genetic
PigPEXC RFI 0.51  Genetic
PigNEXC RFI 0.46  Genetic
PigFEEDCON RFI 0.52  Genetic
PigNEXCR RFI 0.38  Genetic
PigADG RFI 0.16  Genetic
PigLEANP RFI 0.08  Genetic
PigDRESS% RFI 0.01  Genetic
PigPEXCR RFI 0.69  Genetic
PigRFI WHC -0.36  Genetic
PigPEXC RFI 0.70  Genetic
PigNEXC RFI 0.64  Genetic
PigFEEDCON RFI 0.69  Genetic
PigNEXCR RFI 0.57  Genetic
PigADG RFI 0.09  Genetic
PigLEANP RFI -0.04  Genetic
PigDRESS% RFI -0.09  Genetic
PigRFI MCOL -0.42  Genetic
PigPEXCR RFI 0.86  Genetic
PigRFI WHC 0.30  Genetic
PigPEXC RFI 0.85  Genetic
PigNEXC RFI 0.84  Genetic
PigFEEDCON RFI 0.85  Genetic
PigNEXCR RFI 0.83  Genetic
PigADG RFI -0.05  Genetic
PigLEANP RFI -0.15  Genetic
PigDRESS% RFI -0.11  Genetic
PigBONEWT BW 0.09  Genetic
PigBW BW -0.00  Genetic
PigLOINWT BW 0.20 p<0.05Genetic
PigSCFW BW 0.08  Genetic
PigCRCL BW -0.07  Genetic
PigHCWT BW -0.06  Genetic
PigBW BW 0.93 p<0.05Genetic
PigMARB BW -0.09  Genetic
PigBOSTWT BW 0.26  Genetic
PigSUBCFAT BW -0.85  Genetic
PigBW PICWT 0.40  Genetic
PigFIRM BW 0.11  Genetic
PigBONEWT BW 0.46 p<0.05Genetic
PigRIBWT BW 0.29  Genetic
PigDRIPL BW 0.07  Genetic
PigLATVB BW 0.13  Genetic
PigD100 ADG -1.00  Genetic
PigRFI FEEDT 0.63  Genetic
PigRFI NVIS 0.14  Genetic
PigFEEDCON RFI 0.97  Genetic
PigADG D90 -0.98  Genetic
PigD90 LEANP 0.07  Genetic
PigD90 LMA 0.39  Genetic
PigD90 SUBCFAT 0.00  Genetic
PigADG D90 -0.98  Genetic
PigD90 LEANP 0.11  Genetic
PigD90 LMA 0.36  Genetic
PigD90 SUBCFAT 0.02  Genetic
PigD90 OFSPN 0.04  Genetic
PigD90 OFSPN 0.11  Genetic
PigD90 OFSPN 0.19  Genetic
PigD90 OFSPN 0.20  Genetic
PigBW OFSPN -0.22  Genetic
PigBW OFSPN -0.13  Genetic
PigBW FA-C14:0 -0.14  Genetic
PigBW FA-C16:0 -0.16  Genetic
PigBW FA-C18:0 -0.06  Genetic
PigBW SFA -0.12  Genetic
PigBW FA-C16:1 -0.01  Genetic
PigBW FA-C18:1 0.07  Genetic
PigBW MUFA 0.06  Genetic
PigBW FA-C18:2 0.04  Genetic
PigBW PUFA 0.03  Genetic
PigBW FA-C14:0 0.495  Genetic
PigBW FA-C16:0 0.048  Genetic
PigBW FA-C18:0 -0.002  Genetic
PigBW SFA 0.051  Genetic
PigBW FA-C16:1 0.182  Genetic
PigBW FA-C18:1 0.158  Genetic
PigBW MUFA 0.136  Genetic
PigBW FA-C18:2 -0.34  Genetic
PigBW PUFA -0.348  Genetic
PigBW FA-C14:0 -0.228  Genetic
PigBW FA-C16:0 0.003  Genetic
PigBW FA-C18:0 -0.139  Genetic
PigBW SFA -0.103  Genetic
PigBW FA-C16:1 0.045  Genetic
PigBW FA-C18:1 0.301  Genetic
PigBW MUFA 0.322  Genetic
PigBW FA-C18:2 -0.323  Genetic
PigBW PUFA -0.337  Genetic
PigBW FA-C14:0 0.049  Genetic
PigBW FA-C16:0 -0.134  Genetic
PigBW FA-C18:0 -0.066  Genetic
PigBW SFA -0.154  Genetic
PigBW FA-C16:1 0.02  Genetic
PigBW FA-C18:1 0.046  Genetic
PigBW FA-C18:2 0.014  Genetic
PigBW PUFA -0.024  Genetic
PigBW FA-C14:0 -0.117  Genetic
PigBW FA-C18:2 -0.452  Genetic
PigBW FA-C16:0 0.037  Genetic
PigBW MUFA -0.11  Genetic
PigBW SFA 0.091  Genetic
PigBW PUFA -0.369  Genetic
PigBW FA-C16:1 -0.123  Genetic
PigBW FA-C18:1 -0.02  Genetic
PigBW FA-C18:0 0.009  Genetic
PigBW FA-C14:0 0.421  Genetic
PigBW FA-C18:2 -0.109  Genetic
PigBW FA-C16:0 -0.179  Genetic
PigBW MUFA 0.184  Genetic
PigBW SFA 0.05  Genetic
PigBW PUFA -0.672  Genetic
PigBW FA-C16:1 0.493  Genetic
PigBW FA-C18:1 0.166  Genetic
PigBW FA-C18:0 -0.169  Genetic
PigRFI FEEDIN 0.61  Genetic
PigIMF RFI 0.40  Genetic
PigADG RFI 0.17  Genetic
Pig10thribBFL RFI -0.14  Genetic
PigFEEFF RFI -0.74  Genetic
PigLMA RFI -0.18  Genetic
PigRFI MCOL -0.08  Genetic
PigBW MPH 0.11  Genetic
PigD100 SUBCFAT -0.16  Genetic
PigD100 SUBCFAT -0.06  Genetic
PigD100 SUBCFAT -0.17  Genetic
PigD100 SUBCFAT -0.10  Genetic
PigIMF RFI 0.242 p<0.0001Genetic
PigFEEDCON RFI 0.763 p<0.0001Genetic
PigHCWT RFI -0.061 p<0.1Genetic
PigADG RFI 0.011  Genetic
PigLEANP RFI -0.304 p<0.0001Genetic
PigRFI FEEDIN 0.435 p<0.0001Genetic
PigRFI SUBCFAT 0.015  Genetic
PigDRESS% RFI -0.204 p<0.0001Genetic
PigFEEDCON RFI 0.79  Genetic
PigRFI FEEDT 0.15  Genetic
PigRFI FEEDIN 0.89  Genetic
PigADG RFI 0.63  Genetic
PigAFR RFI 0.12  Genetic
PigRFI FEEDIN 0.18  Genetic
PigRFI FEEDT 0.42  Genetic
PigRFI FEEDT -0.00  Genetic
PigRFI FEEDIN 0.85  Genetic
PigAFR RFI 0.19  Genetic
PigRFI FEEDIN 0.04  Genetic
PigRFI FEEDT 0.34  Genetic
PigRFI FEEDT 0.04  Genetic
Query notes References
Yang R, Guo X, Zhu D, Tan C, Bian C, Ren J, Huang Z, Zhao Y, Cai G, Liu D, Wu Z, Wang Y, Li N, Hu X (2021), Accelerated deciphering of the genetic architecture of agricultural economic traits in pigs using a low-coverage whole-genome sequencing strategy, GigaScience, 10(7):giab048.
Cai W, Casey D S, Dekkers J C M (2008), Selection response and genetic parameters for residual feed intake in Yorkshire swine, Journal of animal science, 86 (2): 287-98.
Lopez BIM, Song C, Seo K (2018), Genetic parameters and trends for production traits and their relationship with litter traits in Landrace and Yorkshire pigs, Animal science journal, 89 (10): 1381-1388.
Saintilan R, Mérour I, Brossard L, Tribout T, Dourmad J Y, Sellier P, Bidanel J, van Milgen J, Gilbert H (2013), Genetics of residual feed intake in growing pigs: Relationships with production traits, and nitrogen and phosphorus excretion traits, Journal of animal science, 91 (6): 2542-54.
Zhang Y, Zhang J, Gong H, Cui L, Zhang W, Ma J, Chen C, Ai H, Xiao S, Huang L, Yang B (2019), Genetic correlation of fatty acid composition with growth, carcass, fat deposition and meat quality traits based on GWAS data in six pig populations, Meat science, 150: 47-55.
Li X, Kennedy B W (1994), Genetic parameters for growth rate and backfat in Canadian Yorkshire, Landrace, Duroc, and Hampshire pigs., Journal of animal science, 72 (6): 1450-4.
Choi JG, Cho CI, Choi IS, Lee SS, Choi TJ, Cho KH, Park BH, Choy YH (2013), Genetic parameter estimation in seedstock Swine population for growth performances, Asian-Australasian journal of animal sciences, 26 (4): 470-5.
Ogawa S, Konta A, Kimata M, Ishii K, Uemoto Y, Satoh M (2019), Estimation of genetic parameters for farrowing traits in purebred Landrace and Large White pigs, Animal science journal , 90 (1): 23-28.
Miar Y, Plastow G, Bruce H, Moore S, Manafiazar G, Kemp R, Charagu P, Huisman A, van Haandel B, Zhang C, McKay R, Wang Z (2014), Genetic and phenotypic correlations between performance traits with meat quality and carcass characteristics in commercial crossbred pigs, PloS one, 9 (10): e110105.
Iversen M W, Bolhuis J E, Camerlink I, Ursinus W W, Reimert I, Duijvesteijn N (2017), Heritability of the backtest response in piglets and its genetic correlations with production traits, Animal : an international journal of animal bioscience, 11 (4): 556-563.
Ramayo-Caldas Y, Mármol-Sánchez E, Ballester M, Sánchez JP, González-Prendes R, Amills M, Quintanilla R (2019), Integrating genome-wide co-association and gene expression to identify putative regulators and predictors of feed efficiency in pigs, Genetics, selection, evolution : GSE, 51(1): 48.
Kavlak AT, Uimari P (2019), Estimation of heritability of feeding behaviour traits and their correlation with production traits in Finnish Yorkshire pigs, Journal of animal breeding and genetics , .
Ding R, Yang M, Wang X, Quan J, Zhuang Z, Zhou S, Li S, Xu Z, Zheng E, Cai G, Liu D, Huang W, Yang J, Wu Z (2018), Genetic Architecture of Feeding Behavior and Feed Efficiency in a Duroc Pig Population, Frontiers in genetics, 9 (): 220.
Jiao S, Maltecca C, Gray K A, Cassady J P (2014), Feed intake, average daily gain, feed efficiency, and real-time ultrasound traits in Duroc pigs: I. Genetic parameter estimation and accuracy of genomic prediction, Journal of animal science, 92 (6): 2377-86.

 

 

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