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Animal Trait Correlation Database

 Chicken Traits Genetic Correlations

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Environment Correlations:10
Genetic Correlations:261
Phenotypic Correlations:395

SpeciesTrait ATrait BCorrelationsTest statisticsCorrelation typeReference
ChickenCW VPP 0.21 p=0.0947Genetic
ChickenABFP BW 0.55  Genetic
ChickenBMWT CW 0.89  Genetic
ChickenBACKW CW 0.93  Genetic
ChickenCW TMWT 0.91  Genetic
ChickenCW DSMWT 0.80  Genetic
ChickenCW PECMAJW 0.78  Genetic
ChickenCW LIVWT 0.56  Genetic
ChickenCW WINGWT 0.86  Genetic
ChickenCW GIZZWT 0.32  Genetic
ChickenCW HWT 0.44  Genetic
ChickenBMWT CW 0.77  Genetic
ChickenBRMP CW 0.31  Genetic
ChickenSKINP BW 0.17  Genetic
ChickenBRMP BMWT 0.84  Genetic
ChickenCW DRESSP 0.46  Genetic
ChickenBRMP DRESSP 0.74  Genetic
ChickenAF CW 0.23  Genetic
ChickenABFP BW 0.13  Genetic
ChickenAF BRMP -0.20  Genetic
ChickenABFP BMWT -0.09  Genetic
ChickenABFP DRESSP -0.55  Genetic
ChickenABFP BRMP -0.28  Genetic
ChickenABFP AF 0.96  Genetic
ChickenABFP CW -0.03  Genetic
ChickenBRMP BW 0.06  Genetic
ChickenDRESSP SKINP -0.19  Genetic
ChickenABFP SKINP 0.41  Genetic
ChickenAF SKINP 0.44  Genetic
ChickenABFP SKINWT 0.49  Genetic
ChickenCW SKINWT 0.55  Genetic
ChickenCW SKINP 0.11  Genetic
ChickenBRMP SKINWT -0.27  Genetic
ChickenBMWT SKINP -0.19  Genetic
ChickenBRMP MPH -0.12 p<0.05Genetic
ChickenABFP MPH -0.76 p<0.05Genetic
ChickenABFP Mco 0.23 p<0.05Genetic
ChickenABFP Mco 0.38 p<0.05Genetic
ChickenBRMP Mco -0.51 p<0.05Genetic
ChickenABFP BW 0.19 p<0.05Genetic
ChickenBRMP Mco 0.07  Genetic
ChickenABFP BRMP -0.20 p<0.05Genetic
ChickenBRMP Mco -0.44 p<0.05Genetic
ChickenBW BRMP 0.16 p<0.05Genetic
ChickenBRMP Mco -0.07  Genetic
ChickenCW IFP 0.80  Genetic
ChickenABFP IFP -0.32  Genetic
ChickenBRMP IFP 0.55  Genetic
ChickenIFP SKINP -0.05  Genetic
ChickenCW IFP 0.40  Genetic
ChickenAF CW 0.69  Genetic
ChickenAF BRMP -0.19  Genetic
ChickenABFP IFP 0.35  Genetic
ChickenBRMP IFP -0.43  Genetic
ChickenABFP AF 0.94  Genetic
ChickenCW DRTHMP 0.78  Genetic
ChickenBMWT CW 0.83  Genetic
ChickenBRMP CW -0.07  Genetic
ChickenBRMP COMBW -0.57  Genetic
ChickenBRMP DRTHMW -0.15  Genetic
ChickenABFP DRTHMP 0.30  Genetic
ChickenABFP BW 0.32  Genetic
ChickenABFP BMWT -0.10  Genetic
ChickenABFP BRMP -0.20  Genetic
ChickenABFP COMBW 0.25  Genetic
ChickenCW COMBW 0.34  Genetic
ChickenCW DRTHMW 0.94  Genetic
ChickenABFP CW 0.29  Genetic
ChickenBRMP BMWT 0.54  Genetic
ChickenBRMP DRTHMP -0.39  Genetic
ChickenABFP DRTHMW 0.19  Genetic
ChickenABFP ALBGLOB 0.25  Genetic
ChickenABFP AST -0.62  Genetic
ChickenABFP GL 0.69  Genetic
ChickenABFP ALT 0.29  Genetic
ChickenABFP BILEAC 0.17  Genetic
ChickenABFP TG -0.76  Genetic
ChickenABFP CREAT 0.27  Genetic
ChickenABFP LDL -0.01  Genetic
ChickenABFP GGT 0.05  Genetic
ChickenABFP NEFA -0.11  Genetic
ChickenABFP BURAC -0.50  Genetic
ChickenABFP HDLLDL 0.30  Genetic
ChickenABFP ALBUM 0.21  Genetic
ChickenABFP HDL 0.57  Genetic
ChickenASTALT ABFP 0.15  Genetic
ChickenABFP CH 0.04  Genetic
ChickenABFP GLOB -0.30  Genetic
ChickenABFP BPROT -0.25  Genetic
ChickenABFP ALBGLOB 0.09  Genetic
ChickenABFP AST -0.04  Genetic
ChickenABFP GL -0.01  Genetic
ChickenABFP ALT 0.28  Genetic
ChickenABFP BILEAC 0.55  Genetic
ChickenABFP TG 0.47 p<0.05Genetic
ChickenABFP CREAT 0.26  Genetic
ChickenABFP LDL -0.33 p<0.05Genetic
ChickenABFP GGT 0.02  Genetic
ChickenABFP BURAC 0.11  Genetic
ChickenABFP HDLLDL 0.21  Genetic
ChickenABFP ALBUM 0.06  Genetic
ChickenABFP HDL -0.59 p<0.01Genetic
ChickenASTALT ABFP -0.07  Genetic
ChickenABFP CH -0.46 p<0.05Genetic
ChickenABFP GLOB -0.08  Genetic
ChickenABFP BPROT -0.06  Genetic
ChickenABFP ALBGLOB 0.01  Genetic
ChickenABFP AST -0.44 p<0.05Genetic
ChickenABFP GL -0.23  Genetic
ChickenABFP ALT -0.38  Genetic
ChickenABFP BILEAC -0.31  Genetic
ChickenABFP TG -0.52 p<0.05Genetic
ChickenABFP CREAT -0.42  Genetic
ChickenABFP LDL -0.44 p<0.05Genetic
ChickenABFP GGT -0.13  Genetic
ChickenABFP BURAC -0.57 p<0.01Genetic
ChickenABFP HDLLDL 0.35  Genetic
ChickenABFP ALBUM -0.38 p<0.05Genetic
ChickenABFP HDL -0.68 p<0.01Genetic
ChickenASTALT ABFP 0.10  Genetic
ChickenABFP CH -0.79 p<0.01Genetic
ChickenABFP GLOB -0.29  Genetic
ChickenABFP BPROT -0.35 p<0.05Genetic
ChickenABFP VLDL 0.65 p<0.01Genetic
ChickenABFP LIVP 0.07  Genetic
ChickenLFATP LIVP 0.74  Genetic
ChickenLIVP LIVWT 0.71  Genetic
ChickenABFP LFATP 0.24  Genetic
ChickenAF LIVP 0.01  Genetic
ChickenABFP LIVWT 0.18  Genetic
ChickenABFP AF 0.77  Genetic
ChickenABFP LIVP 0.08  Genetic
ChickenLFATP LIVP 0.80  Genetic
ChickenLIVP LIVWT 0.74  Genetic
ChickenABFP LFATP 0.26  Genetic
ChickenAF LIVP 0.01  Genetic
ChickenABFP LIVWT 0.18  Genetic
ChickenABFP AF 0.72  Genetic
ChickenABFP Mco -0.02  Genetic
ChickenABFP Mco 0.50  Genetic
ChickenBRMP DL -0.16  Genetic
ChickenABFP DL 0.29  Genetic
ChickenABFP BRMP -0.17  Genetic
ChickenAF CW 0.74  Genetic
ChickenBRP WSTR 0.033  Genetic
ChickenBRP DPM 0.092  Genetic
ChickenBRP WOODB 0.002  Genetic
ChickenBW BRP -0.099  Genetic
ChickenBRP WSTR 0.248  Genetic
ChickenBRP DPM 0.190  Genetic
ChickenBRP WOODB 0.141  Genetic
ChickenBW BRP 0.066  Genetic
ChickenBRMP BW 0.17  Genetic
ChickenBRMP FCR -0.156 p<0.05Genetic
ChickenBRMP RFI -0.404 p<0.05Genetic
ChickenABFP FI 0.25  Genetic
ChickenABFP MBW 0.24  Genetic
ChickenABFP AF 0.92  Genetic
ChickenABFP RFI 0.58  Genetic
ChickenABFP FCR 0.51  Genetic
ChickenCW BW 0.98  Genetic
ChickenCW BW 0.97  Genetic
ChickenABFP BW 0.20  Genetic
ChickenSKINP BW 0.31  Genetic
ChickenCW BW 0.89  Genetic
ChickenBRMP BW 0.12  Genetic
ChickenBRMP BW -0.17  Genetic
ChickenCW BW 0.32  Genetic
ChickenABFP BW 0.21  Genetic
ChickenBRMP BW 0.01  Genetic
ChickenLIVP BW 0.30  Genetic
ChickenABFP BW 0.38  Genetic
ChickenLIVP BW 0.32  Genetic
ChickenABFP BW 0.20  Genetic
ChickenBRP BW -0.076  Genetic
ChickenBRP BW 0.080  Genetic
ChickenABFP BW 0.31  Genetic
ChickenABFP BW 0.18  Genetic
ChickenABFP BWGAIN -0.10  Genetic
ChickenCW BW 0.98  Genetic
Query notes References
Le Bihan-Duval E, Millet N, Remignon H (1999), Broiler meat quality: effect of selection for increased carcass quality and estimates of genetic parameters, Poultry science, 78 (6): 822-6.
Venturini G C, Cruz V A R, Rosa J O, Baldi F, El Faro L, Ledur M C, Peixoto J O, Munari D P (2014), Genetic and phenotypic parameters of carcass and organ traits of broiler chickens, Genetics and molecular research : GMR, 13 (4): 10294-300.
Guo J, Qu L, Shao D, Wang Q, Li Y, Dou T, Wang X, Hu Y, Tong H (2023), Genetic Architecture of Abdominal Fat Deposition Revealed by a Genome-Wide Association Study in the Laying Chicken, Genes, 15(1):10.
Garwood V A, Aberle E D (1985), Genetic parameters and cellularity of adiposity in layer-type chickens, Poultry science, 64 (6): 1045-9.
Jiang, M; Fan, W L; Xing, S Y; Wang, J; Li, P; Liu, R R; Li, Q H; Zheng, M Q; Cui, H X; Wen, J; Zhao, G P (2017), Effects of balanced selection for intramuscular fat and abdominal fat percentage and estimates of genetic parameters, Poult Sci, 96(2):282-287.
Liang M J, Wang Z P, Xu L, Leng L, Wang S Z, Luan P, Cao Z P, Li Y M, Li H (2015), Estimating the genetic parameters for liver fat traits in broiler lines divergently selected for abdominal fat, Genetics and molecular research : GMR, 14 (3): 9646-54.
Zerehdaran S, Vereijken A L J, van Arendonk J A M, van der Waaijt E H (2004), Estimation of genetic parameters for fat deposition and carcass traits in broilers, Poultry science, 83 (4): 521-5.
Dong JQ, Zhang H, Jiang XF, Wang SZ, Du ZQ, Wang ZP, Leng L, Cao ZP, Li YM, Luan P, Li H (2015), Comparison of serum biochemical parameters between two broiler chicken lines divergently selected for abdominal fat content., Journal of animal science, 93 (7): 3278-86.
Luo C, Qu H, Wang J, Wang Y, Ma J, Li C, Yang C, Hu X, Li N, Shu D (2013), Genetic parameters and genome-wide association study of hyperpigmentation of the visceral peritoneum in chickens, BMC genomics, 14: 334.
Le Bihan-Duval E, Berri C, Baeza E, Millet N, Beaumont C (2001), Estimation of the genetic parameters of meat characteristics and of their genetic correlations with growth and body composition in an experimental broiler line, Poultry science, 80 (7): 839-43.
Liu T, Luo C, Wang J, Ma J, Shu D, Lund MS, Su G, Qu H (2017), Assessment of the genomic prediction accuracy for feed efficiency traits in meat-type chickens, PloS one, 12 (3): e0173620.
Bailey RA, Watson KA, Bilgili SF, Avendano S (2015), The genetic basis of pectoralis major myopathies in modern broiler chicken lines, Poultry science, 94 (12): 2870-9.
Zhang H L, Xu Z Q, Yang L L, Wang Y X, Li Y M, Dong J Q, Zhang X Y, Jiang X Y, Jiang X F, Li H, Zhang D X, Zhang H (2018), Genetic parameters for the prediction of abdominal fat traits using blood biochemical indicators in broilers, British poultry science, 59 (1): 28-33.
Chen C, Su Z, Li Y, Luan P, Wang S, Zhang H, Xiao F, Guo H, Cao Z, Li H, Leng L (2021), Estimation of the genetic parameters of traits relevant to feed efficiency: result from broiler lines divergent for high or low abdominal fat content, Poultry science, 100 (2): 461-466.

 

 

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