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Animal Trait Correlation Database

 Cattle Traits Genetic Correlations

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Genetic Correlations:98
Phenotypic Correlations:132

SpeciesTrait ATrait BCorrelationsTest statisticsCorrelation typeReference
CattleMUFA FA-C18:1 0.96  Genetic
CattleFA-C18:2 MUFA 0.46  Genetic
CattleFA-C18:3 MUFA 0.05  Genetic
CattleMUFA FA-C16:0 -0.87  Genetic
CattleMUFA SFA -0.98  Genetic
CattleELIND MUFA 0.77  Genetic
CattleMUFA FA-C18:0 -0.39  Genetic
CattleMUFA FA-C16:1 0.14  Genetic
CattleMUFA PUFA 0.53  Genetic
CattleMUFA FA-C14:0 -0.68  Genetic
CattleFA-C20:4 MUFA 0.25  Genetic
CattleDSIND MUFA 0.99  Genetic
CattleCWT MUFA 0.05  Genetic
CattleMUFA SUBFAT 0.07  Genetic
CattleLMA MUFA 0.018  Genetic
CattleMARBL MUFA 0.03  Genetic
CattleIMF MUFA 0.16  Genetic
CattleMUFA SF -0.07  Genetic
CattleMETH MMUFA 0.00  Genetic
CattleDAYOPEN MMUFA -0.15  Genetic
CattleMUFA FA-C14:1 0.975  Genetic
CattleMUFA FA-C14:0 -0.78  Genetic
CattleFA-C20:0 MUFA -0.99  Genetic
CattleFA-C20:4 MUFA 0.767  Genetic
CattleFA-C22:0 MUFA -0.579  Genetic
CattleFA-C24:0 MUFA -0.858  Genetic
CattleFA-C18:3n6 MUFA 0.957  Genetic
CattleMUFA FA-C18:1 0.998  Genetic
CattleFA-C20:1 MUFA 0.941  Genetic
CattleFA-C18:2 MUFA 0.477  Genetic
CattleMUFA FA-C18:2 0.905  Genetic
CattleFA-C18:2 MUFA 0.577  Genetic
CattleFA-C20:3 MUFA -0.069  Genetic
CattleFA-C20:5 MUFA -0.478  Genetic
CattleMUFA RPUSFA 0.84  Genetic
CattleMUFA FA-n3 0.043  Genetic
CattleFA-C22:5 MUFA -0.459  Genetic
CattleFA-C22:6 MUFA -0.465  Genetic
CattleMUFA FA-n6 0.722  Genetic
CattleFA-C18:3 MUFA 0.544  Genetic
CattleFA-C20:2 MUFA 0.991  Genetic
CattleMUFA SFA -0.999  Genetic
CattleMUFA PUFA 0.162  Genetic
CattleMUFA N6N3R 0.424  Genetic
CattleMUFA FA-C16:1 0.73  Genetic
CattleMUFA FA-C16:0 -0.999  Genetic
CattleMUFA FA-C18:0 -0.905  Genetic
CattleMMUFA MFA-C18:1 0.95  Genetic
CattleMLC MMUFA 0.26  Genetic
CattleMMUFA MSFA 0.68  Genetic
CattleMMUFA MPUFA 0.70  Genetic
CattleMMUFA PP 0.50  Genetic
CattleMMUFA UFAM 0.99  Genetic
CattleFP MMUFA 0.79  Genetic
CattleMMUFA SCS 0.09  Genetic
CattleMMUFA MFA-C18:0 0.70  Genetic
CattleMMUFA MFA-C16:0 0.69  Genetic
CattleMMUFA MFA-C18:1 0.95  Genetic
CattleMLC MMUFA 0.22  Genetic
CattleMMUFA MSFA 0.67  Genetic
CattleMMUFA MPUFA 0.69  Genetic
CattleMMUFA PP 0.48  Genetic
CattleMMUFA UFAM 0.99  Genetic
CattleFP MMUFA 0.78  Genetic
CattleMMUFA SCS 0.02  Genetic
CattleMMUFA MFA-C18:0 0.67  Genetic
CattleMMUFA MFA-C16:0 0.68  Genetic
CattleMUFA YGRADE -0.37  Genetic
CattleLMA MUFA 0.05  Genetic
CattleMUFA SF 0.24  Genetic
CattleMUFA FA-C14:0 -0.63  Genetic
CattleMUFA FA-C16:0 -0.81  Genetic
CattleMUFA SFA -0.99  Genetic
CattleMUFA FA-C18:0 -0.37  Genetic
CattleMUFA PUFA 0.36  Genetic
CattleMARBL MUFA 0.12  Genetic
CattleIMF MUFA 0.13  Genetic
CattleFA-C18:2 MUFA 0.18  Genetic
CattleMUFA FA-C18:1 0.72  Genetic
CattleMMUFA MTRANSFA -0.07  Genetic
CattleMMUFA MFA-C18:1 0.98  Genetic
CattleMMUFA MFA-C14:0 0.66  Genetic
CattleMMUFA MPUFA 0.58  Genetic
CattleMMCFA MMUFA 0.64  Genetic
CattleMMUFA MSFA 0.67  Genetic
CattleMMUFA MSCFA 0.59  Genetic
CattleMLCFA MMUFA 0.91  Genetic
CattleMMUFA MFA-C18:0 0.67  Genetic
CattleMMUFA MFA-C16:0 0.63  Genetic
CattleMCASP MMUFA 0.75  Genetic
CattleMMUFA PP 0.76  Genetic
CattleFP MMUFA 0.78  Genetic
CattleMMUFA MUNC 0.34  Genetic
CattleMLC MMUFA -0.05  Genetic
CattleMMUFA SCS -0.05  Genetic
CattleMMUFA MY -0.32  Genetic
CattleMMUFA MY -0.28  Genetic
CattleMMUFA MY -0.50  Genetic
Query notes References
Bobbo T, Penasa M, Cassandro M (2020), Genetic Parameters of Bovine Milk Fatty Acid Profile, Yield, Composition, Total and Differential Somatic Cell Count, Animals : an open access journal from MDPI, 10(12):2406.
Bhuiyan M S A, Lee D H, Kim H J, Lee S H, Cho S H, Yang B S, Kim S D (2017), Estimates of genetic parameters for fatty acid compositions in the longissimus dorsi muscle of Hanwoo cattle, Animal : an international journal of animal bioscience, .
Vanrobays M-L, Bastin C, Vandenplas J, Hammami H, Soyeurt H, Vanlierde A, Dehareng F, Froidmont E, Gengler N (2016), Changes throughout lactation in phenotypic and genetic correlations between methane emissions and milk fatty acid contents predicted from milk mid-infrared spectra, Journal of dairy science, 99 (9): 7247-7260.
Buchanan JW, Reecy JM, Garrick DJ, Duan Q, Beitz DC, Mateescu RG (2015), Genetic Parameters and Genetic Correlations Among Triacylglycerol and Phospholipid Fractions in Angus Cattle, J Anim Sci, 93(2):522-8.
Wang Z, Zhu B, Niu H, Zhang W, Xu L, Xu L, Chen Y, Zhang L, Gao X, Gao H, Zhang S, Xu L, Li J (2019), Genome wide association study identifies SNPs associated with fatty acid composition in Chinese Wagyu cattle, Journal of animal science and biotechnology, 10: 27.
Bastin C, Berry D P, Soyeurt H, Gengler N (2012), Genetic correlations of days open with production traits and contents in milk of major fatty acids predicted by mid-infrared spectrometry, Journal of dairy science, 95 (10): 6113-21.
Petrini J, Iung LHS, Rodriguez MAP, Salvian M, Pértille F Rovadoscki GA, Cassoli LD, Coutinho LL, Machado PF, Wiggans GR, Mourão GB (2016), Genetic Parameters for Milk Fatty Acids, Milk Yield and Quality Traits of a Holstein Cattle Population Reared Under Tropical Conditions, J Anim Breed Genet, 133(5):384-95.

 

 

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