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Animal Trait Correlation Database

 Cattle Traits Genetic Correlations

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Environment Correlations:2
Genetic Correlations:106
Phenotypic Correlations:102

SpeciesTrait ATrait BCorrelationsTest statisticsCorrelation typeReference
CattleIMF FA-C16:0 -0.27  Genetic
CattleIMF FA-C16:1 -0.45  Genetic
CattleIMF SFA -0.17  Genetic
CattleIMF MUFA 0.16  Genetic
CattleIMF FA-C18:3 0.79  Genetic
CattleELIND IMF 0.38  Genetic
CattleIMF FA-C18:0 0.22  Genetic
CattleIMF FA-C18:1 0.28  Genetic
CattleIMF PUFA 0.29  Genetic
CattleIMF FA-C14:0 -0.30  Genetic
CattleIMF FA-C18:2 0.39  Genetic
CattleFA-C20:4 IMF -0.64  Genetic
CattleDSIND IMF 0.14  Genetic
CattleIMF TMP -0.08  Genetic
CattleIMF SUBFAT 0.28  Genetic
CattleIMF YIELD -0.55  Genetic
CattleIMF TEND 0.34  Genetic
CattleIMF RIBF 0.65  Genetic
CattleIMF SF -0.93  Genetic
CattleIMF JUICE 0.41  Genetic
CattleIMF FLAVS 0.48  Genetic
CattleIMF MARBL 0.96  Genetic
CattleIMF BW 0.10  Genetic
CattleCWT IMF 0.26  Genetic
CattleIMF SUBFAT 0.33  Genetic
CattleIMF MARBL 0.98  Genetic
CattleIMF LMA 0.20  Genetic
CattleIMF YIELD -0.55  Genetic
CattleBONEP IMF -0.43  Genetic
CattleIMF TEND 0.20  Genetic
CattleIMF SF -0.77  Genetic
CattleFATP IMF 0.64  Genetic
CattleFATWT IMF 0.65  Genetic
CattleBONEWT IMF 0.03  Genetic
CattleIMF JUICE 0.29  Genetic
CattleBEEFFLAV IMF 0.30  Genetic
CattleIMF HEIGHT 0.00  Genetic
CattleIMF FEEDIN -0.11  Genetic
CattleIMF LMA -0.69 p<0.05Genetic
CattleIMF MBW -0.05  Genetic
CattleIMF SUBFAT 0.24  Genetic
CattleIMF SCRCIR -0.12  Genetic
CattleIMF RFI -0.02  Genetic
CattleADG IMF -0.35 p<0.05Genetic
CattleFCR IMF 0.13  Genetic
CattleIMF FA-C16:0 0.10  Genetic
CattleIMF LMA -0.07  Genetic
CattleIMF MUFA 0.13  Genetic
CattleIMF MARBL 0.98  Genetic
CattleIMF PUFA -0.16  Genetic
CattleIMF YGRADE -0.24  Genetic
CattleIMF SF -0.32  Genetic
CattleIMF FA-C14:0 0.17  Genetic
CattleIMF FA-C18:2 -0.04  Genetic
CattleIMF SFA -0.03  Genetic
CattleIMF FA-C18:0 -0.22  Genetic
CattleIMF FA-C18:1 -0.01  Genetic
CattleIMF MARBL 0.80  Genetic
CattleIMF SCRCIR 0.05  Genetic
CattleHPG IMF 0.13  Genetic
CattleIMF BW 0.24  Genetic
CattleIMF BW -0.41  Genetic
CattleMARBL IMF 0.78  Genetic
CattleLMA IMF 0.28  Genetic
CattleIMF BW -0.05  Genetic
CattleSUBFAT IMF 0.46  Genetic
CattleIMF LMA 0.04  Genetic
CattleSUBFAT IMF 0.11  Genetic
CattleCWT IMF 0.14  Genetic
CattleIMF RFI -0.0812  Genetic
CattleIMF LMA -0.7501  Genetic
CattleADG IMF 0.3022  Genetic
CattleIMF MAINEF -0.5521  Genetic
CattleIMF MFI -0.4076  Genetic
CattleIMF WHC -0.4145  Genetic
CattleIMF BODYCIR 0.04  Genetic
CattleSIZE IMF -0.20  Genetic
CattleIMF SUBFAT 0.43  Genetic
CattleIMF LMA 0.12  Genetic
CattleIMF BW -0.18  Genetic
CattleFPREC IMF 0.18  Genetic
CattleIMF SUBFAT 0.46  Genetic
CattleIMF MUSC 0.09  Genetic
CattleCWT IMF 0.21  Genetic
CattleIMF LMA 0.06  Genetic
CattleIMF SUBFAT -0.07  Genetic
CattleIMF SUBFAT -0.11  Genetic
CattleIMF RFI 0.31  Genetic
CattleADG IMF 0.11  Genetic
CattleIMF RGAIN -0.12  Genetic
CattleIMF MBW 0.20  Genetic
CattleFEEDIN IMF 0.30  Genetic
CattleFCR IMF 0.06  Genetic
CattleBW IMF 0.19  Genetic
CattleBW IMF 0.21  Genetic
CattleBW IMF 0.18  Genetic
CattleIMF BW -0.09  Genetic
CattleIMF SUBFAT -0.37  Genetic
CattleIMF MARBL 0.56  Genetic
CattleIMF SUBFAT 0.41  Genetic
CattleIMF SUBFAT -0.03  Genetic
CattleIMF SUBFAT 0.17  Genetic
CattleIMF IMF 0.74  Genetic
CattleIMF MARBL 0.57  Genetic
CattleIMF MARBL 0.74  Genetic
CattleIMF MARBL 0.78  Genetic
Query notes References
Schenkel FS, Miller SP, Wilton JW (2004), Genetic parameters and breed differences for feed efficiency, growth, and body composition traits of young beef bulls, Can J Anim Sci, 84:177-185.
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, .
Buss CE, Afonso J, de Oliveira PSN, Petrini J, Tizioto PC, Cesar ASM, Gustani-Buss EC, Cardoso TF, Rovadoski GA, da Silva Diniz WJ, de Lima AO, Rocha MIP, Andrade BGN, Wolf JB, Coutinho LL, Mourão GB, de Almeida Regitano LC (2022), Bivariate GWAS reveals pleiotropic regions among feed efficiency and beef quality-related traits in Nelore cattle, Mammalian genome, .
Naserkheil, Masoumeh; Lee, Deuk-Hwan; Kong, Hong-Sik; Seong, Jiyeon; Mehrban, Hossein; (2021), Estimation of Genetic Parameters and Correlation between Yearling Ultrasound Measurements and Carcass Traits in Hanwoo Cattle., Animals (Basel), 11(5): 1425.
Gregory, KE; Cundiff, LV; Koch, RM (1995), Genetic and phenotypic (co)variances for growth and carcass traits of purebred and composite populations of beef cattle., Journal of animal science, 73 (7): 1920-6.
Barro AG, Marestone BS, Dos S ER, Ferreira GA, Vero JG, Terto DK, de S D Muniz CA, Bridi AM (2023), Genetic parameters for frame size and carcass traits in Nellore cattle, Tropical animal health and production, 55(2): 71.
Torres-Vázquez J A, Spangler M L (2016), Genetic parameters for docility, weaning weight, yearling weight, and intramuscular fat percentage in Hereford cattle, Journal of animal science, 94 (1): 21-7.
Gregory, KE; Cundiff, LV; Koch, RM; Dikeman, ME; Koohmaraie, M (1994), Breed effects, retained heterosis, and estimates of genetic and phenotypic parameters for carcass and meat traits of beef cattle., Journal of animal science, 72 (5): 1174-83.
Torres-Vázquez JA, van der Werf JHJ, Clark SA (2018), Genetic and phenotypic associations of feed efficiency with growth and carcass traits in Australian Angus cattle., Journal of animal science, 96 (11): 4521-4531.
de Nadai Bonin M, Pedrosa VB, da Luz E Silva S, Bünger L, Ross D, da Costa Gomes R, de Almeida Santana MH, de Córdova Cucco D, de Rezende FM, Ítavo LCV, de Novais FJ, Pereira MWF, de Mattos Oliveira EC, Ferraz JBS (2021), Genetic parameters associated with meat quality of Nellore cattle at different anatomical points of longissimus: Brazilian standards, Meat science, 171: 108281.
McAllister CM, Speidel SE, Crews Jr DH, Enns RM (2011), Genetic Parameters for Intramuscular Fat Percentage, Marbling Score, Scrotal Circumference, and Heifer Pregnancy in Red Angus Cattle, J Anim Sci, 89(7):2068-72.
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.

 

 

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