Animal Trait Correlation Database

Cattle Trait Heritabilities

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Summary: There are 88 heritability data found on "Subcutaneous fat thickness" trait. n: 88 Median: 0.290 Mean: 0.302 Min-Max range: 0.037 - 0.860 STD: 0.144 Interquartile range: 0.190 - 0.360 95% CI: 0.272 - 0.332 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.29 Mean 13.00 Standard deviation 5.14 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Bhuiyan M S A et al., (2017) Estimates of genetic parameters for fatty acid compositions in the. . . Animal : An International Journal of Animal Bioscience, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.67 Mean 1.25 Standard deviation 0.47 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Mateescu RG et al., (2017) Network Analysis Reveals Putative Genes Affecting Meat Quality in. . . Frontiers In Genetics, 8: 171 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.46 Mean 1.0 Standard deviation 0.4 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Pariacote et al., (1998) Genetic and phenotypic parameters for carcass traits of American. . . Journal of Animal Science, 76 (10): 2584-8 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.63 Mean 13.34 Standard deviation 3.67 Variance 16.70 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Riley et al., (2002) Estimated genetic parameters for carcass traits of Brahman cattle. Journal of Animal Science, 80 (4): 955-62 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.26 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Wilson et al., (1993) Genetic parameters for carcass traits estimated from Angus field. . . Journal of Animal Science, 71 (9): 2365-70 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.30 Mean 0.65 Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Gregory et al., (1994) Breed effects, retained heterosis, and estimates of genetic and. . . Journal of Animal Science, 72 (5): 1174-83 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.20 Mean n/a Standard deviation n/a Variance 0.09 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Ríos-Utrera et al., (2005) Genetic analysis of carcass traits of steers adjusted to age, weight, Journal of Animal Science, 83 (4): 764-76 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.21 Mean n/a Standard deviation n/a Variance 0.08 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Ríos-Utrera et al., (2005) Genetic analysis of carcass traits of steers adjusted to age, weight, Journal of Animal Science, 83 (4): 764-76 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.54 Mean 0.96 Standard deviation 0.024 Variance 0.1225 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Wheeler et al., (2004) Characterization of biological types of cattle (Cycle VI): carcass,. . . Journal of Animal Science, 82 (4): 1177-89 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.86 Mean 1.10 Standard deviation 0.029 Variance 0.185 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Wheeler et al., (2005) Characterization of biological types of cattle (Cycle VII): Carcass,. . . Journal of Animal Science, 83 (1): 196-207 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.25 Mean 6.5 Standard deviation n/a Variance 9.42 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Gregory et al., (1995) Genetic and phenotypic (co)variances for growth and carcass traits of Journal of Animal Science, 73 (7): 1920-6 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.20 Mean 6.2 Standard deviation n/a Variance 8.82 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Gregory et al., (1995) Genetic and phenotypic (co)variances for growth and carcass traits of Journal of Animal Science, 73 (7): 1920-6 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.39 Mean 7.5 Standard deviation n/a Variance 10.89 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Gregory et al., (1995) Genetic and phenotypic (co)variances for growth and carcass traits of Journal of Animal Science, 73 (7): 1920-6 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.35 Mean 7.72 Standard deviation 3.06 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Lu D et al., (2013) Genome-wide association analyses for carcass quality in crossbred. . . BMC Genetics, 14: 80 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.446 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Abo-Ismail M K et al., (2018) Development and validation of a small SNP panel for feed efficiency. . . Journal of Animal Science, 96 (2): 375-397 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.369 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Abo-Ismail M K et al., (2018) Development and validation of a small SNP panel for feed efficiency. . . Journal of Animal Science, 96 (2): 375-397 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.037 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Abo-Ismail M K et al., (2018) Development and validation of a small SNP panel for feed efficiency. . . Journal of Animal Science, 96 (2): 375-397 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.064 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Abo-Ismail M K et al., (2018) Development and validation of a small SNP panel for feed efficiency. . . Journal of Animal Science, 96 (2): 375-397 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.067 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Abo-Ismail M K et al., (2018) Development and validation of a small SNP panel for feed efficiency. . . Journal of Animal Science, 96 (2): 375-397 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.29 Mean 1.77 Standard deviation 1.35 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Ferreira Júnior RJ et al., (2018) Evidence of negative relationship between female fertility and feed. . . Journal of Animal Science, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.34 Mean 4.96 Standard deviation 2.30 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Ferreira Júnior RJ et al., (2018) Evidence of negative relationship between female fertility and feed. . . Journal of Animal Science, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.17 Mean n/a Standard deviation n/a Variance 4.55 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Tonussi RL et al., (2015) Genetic association of growth traits with carcass and meat traits in. . . Genetics And Molecular Research : GMR, 14 (4): 18713-9 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.44 Mean 2.77 Standard deviation 1.59 Variance 1.18 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Bonin M N et al., (2015) Visual body-scores selection and its influence on body size and. . . Journal of Animal Science, 93 (12): 5597-606 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.49 Mean 8.60 Standard deviation 3.74 Variance 11.32 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Predictive performance of genomic selection methods for carcass traits in Hanwoo beef cattle: impacts of the genetic architecture, (2017) Predictive performance of genomic selection methods for carcass. . . Genetics, Selection, Evolution : GSE, 49 (1): 1 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.33 Mean 8.24 Standard deviation 3.53 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Predictive performance of genomic selection methods for carcass traits in Hanwoo beef cattle: impacts of the genetic architecture, (2017) Predictive performance of genomic selection methods for carcass. . . Genetics, Selection, Evolution : GSE, 49 (1): 1 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.32 Mean 8.24 Standard deviation 3.53 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Predictive performance of genomic selection methods for carcass traits in Hanwoo beef cattle: impacts of the genetic architecture, (2017) Predictive performance of genomic selection methods for carcass. . . Genetics, Selection, Evolution : GSE, 49 (1): 1 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.32 Mean 8.24 Standard deviation 3.53 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Predictive performance of genomic selection methods for carcass traits in Hanwoo beef cattle: impacts of the genetic architecture, (2017) Predictive performance of genomic selection methods for carcass. . . Genetics, Selection, Evolution : GSE, 49 (1): 1 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.47 Mean 3.77 Standard deviation 2.84 Variance 2.66 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Bonin M N et al., (2015) Visual body-scores selection and its influence on body size and. . . Journal of Animal Science, 93 (12): 5597-606 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.17 Mean 2.77 Standard deviation 1.71 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Silva RP et al., (2019) Genomic regions and enrichment analyses associated with carcass. . . Journal of Animal Breeding And Genetics , 136(2):118-133 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.12 Mean 4.70 Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Carvalho ME et al., (2019) Genomic regions and genes associated with carcass quality in Nelore. . . Genet Mol Res, 18(1): gmr18226 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.36 Mean n/a Standard deviation n/a Variance 1.96 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Schenkel FS et al., (2004) Genetic parameters and breed differences for feed efficiency, growth, Can J Anim Sci, 84:177-185 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.27 Mean 3.91 Standard deviation 2.09 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Silva RP et al., (2019) Genomic regions and enrichment analyses associated with carcass. . . Journal of Animal Breeding And Genetics , 136(2):118-133 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.28 Mean 11.11 Standard deviation 4.70 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments average thickness, mm Reference: Wang Y et al., (2020) Genetic architecture of quantitative traits in beef cattle revealed. . . BMC Genomics, 21 (1): 38 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.32 Mean 11.11 Standard deviation 4.70 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments average thickness, mm Reference: Wang Y et al., (2020) Genetic architecture of quantitative traits in beef cattle revealed. . . BMC Genomics, 21 (1): 38 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.29 Mean 14.08 Standard deviation 4.9 Variance 16.98 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Srikanth K et al., (2020) A Gene-Set Enrichment and Protein-Protein Interaction Network-Based. . . Genes, 11 (3):E316 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.16 Mean 3.16 Standard deviation 1.37 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Grigoletto L et al., (2020) Genetic Architecture of Carcass and Meat Quality Traits in Montana. . . Frontiers In Genetics, 11:123 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.26 Mean 2.84 Standard deviation 0.71 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Grigoletto L et al., (2020) Genetic Architecture of Carcass and Meat Quality Traits in Montana. . . Frontiers In Genetics, 11:123 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.24 Mean 13.42 Standard deviation 5.23 Variance 20.1 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments backfat thickness Reference: de Las Heras-Saldana S et al., (2020) Use of gene expression and whole-genome sequence information to. . . Genetics, Selection, Evolution : GSE, 52(1): 54 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.26 Mean 3.11 Standard deviation 1.47 Variance 0.57 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Martins R et al., (2020) Genome-wide association study and pathway analysis for fat deposition Journal of Animal Breeding And Genetics , Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.30 Mean 4.55 Standard deviation 1.95 Variance 1.22 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Martins R et al., (2020) Genome-wide association study and pathway analysis for fat deposition Journal of Animal Breeding And Genetics , Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.30 Mean 7.72 Standard deviation 6.916 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Ladeira GC et al., (2021) Random-effect meta-analysis of genetic parameter estimates for. . . Tropical Animal Health And Production, 53(4): 420 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.30 Mean 0.69 Standard deviation 0.01 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Heritability variance: 0.03 Reference: Naserkheil et al., (2021) Estimation of Genetic Parameters and Correlation between Yearling. . . Animals (Basel), 11(5): 1425 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.56 Mean 12.74 Standard deviation 0.29 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Heritability variance: 0.05 Reference: Naserkheil et al., (2021) Estimation of Genetic Parameters and Correlation between Yearling. . . Animals (Basel), 11(5): 1425 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.50 Mean 8.71 Standard deviation 3.71 Variance 11.29 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments thickness; mm Reference: Mehrban H et al., (2020) Genetic parameters and correlations of related feed efficiency,. . . Asian-Australasian Journal of Animal Sciences, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.3071 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments 11th-13th ribs Reference: Buss CE et al., (2022) Bivariate GWAS reveals pleiotropic regions among feed efficiency and. . . Mammalian Genome, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.31 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Barro AG et al., (2023) Genetic parameters for frame size and carcass traits in Nellore. . . Tropical Animal Health And Production, 55(2): 71 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.31 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Barro AG et al., (2023) Genetic parameters for frame size and carcass traits in Nellore. . . Tropical Animal Health And Production, 55(2): 71 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.31 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Medeiros de Oliveira Silva R et al., (2017) Genome-Wide Association Study for Carcass Traits in an Experimental. . . PloS One, 12: e0169860 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.28 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Medeiros de Oliveira Silva R et al., (2017) Genome-Wide Association Study for Carcass Traits in an Experimental. . . PloS One, 12: e0169860 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.35 Mean 1.24 Standard deviation 0.48 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Mir Asif Iquebal et al., (2023) Genome-Wide Association Studies and Genetic Parameters for Growth and BMC Genomics, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.34 Mean n/a Standard deviation n/a Variance 0.05 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance 0.02 Temperary environmental variance n/a Comments Reference: Mir Asif Iquebal et al., (2023) Genome-Wide Association Studies and Genetic Parameters for Growth and BMC Genomics, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.18 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.19 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.18 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.19 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.18 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.19 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.17 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.19 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.16 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.19 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Buzanskas ME et al., (2017) Parameter estimates for reproductive and carcass traits in Nelore. . . Theriogenology, 92: 204-209 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.21 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Gordo DGM et al., (2018) Genetic analysis of carcass and meat quality traits in Nelore. . . Journal of Animal Science, 96(9): 3558-3564 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.27 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Bessa AFO et al., (2021) Genetic evaluation for reproductive and productive traits in Brahman. . . Theriogenology, 173: 261-268 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.17 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Bessa AFO et al., (2021) Genetic evaluation for reproductive and productive traits in Brahman. . . Theriogenology, 173: 261-268 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.59 Mean 9.33 Standard deviation 3.51 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Nkrumah J D et al., (2007) Genetic and phenotypic relationships of feed intake and measures of. . . Journal of Animal Science, 85(10): 2711-20 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.31 Mean n/a Standard deviation n/a Variance 1.88 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Pereira LS et al., (2023) Genetic association between feed efficiency, growth, scrotal. . . Tropical Animal Health And Production, 55(2): 132 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.10 Mean n/a Standard deviation n/a Variance 1.05 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Pereira LS et al., (2023) Genetic association between feed efficiency, growth, scrotal. . . Tropical Animal Health And Production, 55(2): 132 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.13 Mean 2.05 Standard deviation 0.88 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Mamede M M S et al., (2023) Estimating genetic parameters of reproductive, carcass, and meat. . . Tropical Animal Health And Production, 55(2): 119 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.24 Mean 2.53 Standard deviation 1.12 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Mamede M M S et al., (2023) Estimating genetic parameters of reproductive, carcass, and meat. . . Tropical Animal Health And Production, 55(2): 119 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.39 Mean 3.05 Standard deviation 1.97 Variance 1.00 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Yokoo M J et al., (2010) Genetic associations between carcass traits measured by real-time. . . Journal of Animal Science, 88(1): 52-8 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.50 Mean 1.93 Standard deviation 1.09 Variance 0.60 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Yokoo M J et al., (2010) Genetic associations between carcass traits measured by real-time. . . Journal of Animal Science, 88(1): 52-8 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.28 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: da Silva Neto JB et al., (2023) Weighted genomic prediction for growth and carcass-related traits in. . . Animal Genetics, 54(3): 271-283 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.18 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: da Silva Neto JB et al., (2023) Weighted genomic prediction for growth and carcass-related traits in. . . Animal Genetics, 54(3): 271-283 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.36 Mean n/a Standard deviation n/a Variance 21.62 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Alam MZ et al., (2023) Genome-Wide Association Study to Identify QTL for Carcass Traits in. . . Animals : An Open Access Journal From MDPI, 13(17):2737 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.36 Mean n/a Standard deviation n/a Variance 13.89 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Alam MZ et al., (2023) Genome-Wide Association Study to Identify QTL for Carcass Traits in. . . Animals : An Open Access Journal From MDPI, 13(17):2737 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.34 Mean 18.89 Standard deviation 5.44 Variance 25.69 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Torres-Vázquez JA et al., (2018) Genetic and phenotypic associations of feed efficiency with growth. . . Journal of Animal Science, 96 (11): 4521-4531 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.55 Mean 22.81 Standard deviation 6.14 Variance 30.25 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: Torres-Vázquez JA et al., (2018) Genetic and phenotypic associations of feed efficiency with growth. . . Journal of Animal Science, 96 (11): 4521-4531 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.20 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Reis HBD et al., (2023) Genome-Wide Association (GWAS) Applied to Carcass and Meat Traits of. . . Metabolites, 14(1):6 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.12 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Reis HBD et al., (2023) Genome-Wide Association (GWAS) Applied to Carcass and Meat Traits of. . . Metabolites, 14(1):6 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.188646 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Wu J et al., (2023) Genetic Association Analysis of Copy Number Variations for Meat. . . Foods (Basel, Switzerland), 12(21):3986 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.424 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Schmidtmann C et al., (2024) Genetic investigations on backfat thickness and body condition score. . . Journal of Animal Breeding And Genetics = Zeitschrift Fur Tierzuchtung Und Zuchtungsbiologie, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.406 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Schmidtmann C et al., (2024) Genetic investigations on backfat thickness and body condition score. . . Journal of Animal Breeding And Genetics = Zeitschrift Fur Tierzuchtung Und Zuchtungsbiologie, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.357 Mean n/a Standard deviation n/a Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Schmidtmann C et al., (2024) Genetic investigations on backfat thickness and body condition score. . . Journal of Animal Breeding And Genetics = Zeitschrift Fur Tierzuchtung Und Zuchtungsbiologie, Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.48 Mean 9.01 Standard deviation 2.56 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Lu D et al., (2013) Genome-wide association analyses for carcass quality in crossbred. . . BMC Genetics, 14: 80 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.36 Mean 0.87 Standard deviation 0.42 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Smith et al., (2007) Genetic parameters for growth and carcass traits of Brahman steers. Journal of Animal Science, 85 (6): 1377-84 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.19 Mean 1.23 Standard deviation 0.41 Variance n/a Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments Reference: Dikeman et al., (2005) Phenotypic ranges and relationships among carcass and meat. . . Journal of Animal Science, 83 (10): 2461-7 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.25 Mean 3.59 Standard deviation 1.50 Variance 2.56 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: de Nadai Bonin M et al., (2021) Genetic parameters associated with meat quality of Nellore cattle at. . . Meat Science, 171: 108281 Heritability of "Subcutaneous fat thickness" (SUBFAT) = 0.17 Mean 3.91 Standard deviation 2.39 Variance 5.40 Genetic variance on mother side n/a Genetic variance on father side n/a Permanent environmental variance n/a Temperary environmental variance n/a Comments mm Reference: de Nadai Bonin M et al., (2021) Genetic parameters associated with meat quality of Nellore cattle at. . . Meat Science, 171: 108281 88 records of 2,873 cattle heritability records match your search. 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