Animal Trait Correlation Database

Pig Trait Heritabilities

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CorrDB Summary There are 101 heritability data found on "Subcutaneous fat thickness" trait. n: 101 Median: 0.470 Mean: 0.463 Min-Max range: 0.140 - 0.730 STD: 0.139 Interquartile range: 0.380 - 0.560 95% CI: 0.436 - 0.490 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.38 Mean n/a (mm) 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: Choi JG et al., (2013) Genetic parameter estimation in seedstock Swine population for growth Asian-Australasian Journal of Animal Sciences, 26 (4): 470-5 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.32 Mean n/a (mm) 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: Choi JG et al., (2013) Genetic parameter estimation in seedstock Swine population for growth Asian-Australasian Journal of Animal Sciences, 26 (4): 470-5 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.41 Mean n/a (mm) 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: Choi JG et al., (2013) Genetic parameter estimation in seedstock Swine population for growth Asian-Australasian Journal of Animal Sciences, 26 (4): 470-5 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.57 Mean 25.11 (mm) Standard deviation 5.23 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: Lee JH et al., (2015) Genetic Parameters of Reproductive and Meat Quality Traits in Korean. . . Asian-Australasian Journal of Animal Sciences, 28 (10): 1388-93 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.58 Mean 1.01 (mm) Standard deviation 0.22 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: Jiao S et al., (2014) Feed intake, average daily gain, feed efficiency, and real-time. . . Journal of Animal Science, 92 (6): 2377-86 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.61 Mean 24.1 (mm) Standard deviation 3.3 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: Saintilan R et al., (2013) Genetics of residual feed intake in growing pigs: Relationships with. . . Journal of Animal Science, 91 (6): 2542-54 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.51 Mean 23.8 (mm) Standard deviation 3.2 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: Saintilan R et al., (2013) Genetics of residual feed intake in growing pigs: Relationships with. . . Journal of Animal Science, 91 (6): 2542-54 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.53 Mean 21.8 (mm) Standard deviation 3.2 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: Saintilan R et al., (2013) Genetics of residual feed intake in growing pigs: Relationships with. . . Journal of Animal Science, 91 (6): 2542-54 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.38 Mean 18.1 (mm) Standard deviation 2.8 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: Saintilan R et al., (2013) Genetics of residual feed intake in growing pigs: Relationships with. . . Journal of Animal Science, 91 (6): 2542-54 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.45 Mean 13.73 (mm) Standard deviation 3.17 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: Miar Y et al., (2014) Genetic and phenotypic correlations between performance traits with. . . PloS One, 9 (10): e110105 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.72 Mean 2.4 (mm) 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: Nakano H et al., (2015) Effect of VRTN gene polymorphisms on Duroc pig production and carcass Animal Science Journal, 86 (2): 125-31 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.63 Mean 8.53 (mm) Standard deviation 1.56 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: Do D N et al., (2013) Genetic parameters for different measures of feed efficiency and. . . Journal of Animal Science, 91 (9): 4069-79 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.251 Mean 26.864 (mm) Standard deviation 5.044 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: Davoli R et al., (2018) Genetic parameters of backfat fatty acids and carcass traits in Large Animal : An International Journal of Animal Bioscience, Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.251 Mean 27.490 (mm) Standard deviation 5.099 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: Davoli R et al., (2018) Genetic parameters of backfat fatty acids and carcass traits in Large Animal : An International Journal of Animal Bioscience, Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.45 Mean 27.49 (mm) Standard deviation 3.84 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: Blaj I et al., (2018) Genome-wide association studies and meta-analysis uncovers new. . . PloS One, 13 (10): e0205576 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.73 Mean 27.89 (mm) Standard deviation 6.73 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: Blaj I et al., (2018) Genome-wide association studies and meta-analysis uncovers new. . . PloS One, 13 (10): e0205576 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.42 Mean 22.8 (mm) Standard deviation 4.97 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: Blaj I et al., (2018) Genome-wide association studies and meta-analysis uncovers new. . . PloS One, 13 (10): e0205576 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.54 Mean 12.91 (mm) Standard deviation 2.59 Variance 5.20 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: Lopez BIM et al., (2018) Genetic parameters and trends for production traits and their. . . Animal Science Journal, 89 (10): 1381-1388 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.45 Mean 13.94 (mm) Standard deviation 2.74 Variance 5.63 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: Lopez BIM et al., (2018) Genetic parameters and trends for production traits and their. . . Animal Science Journal, 89 (10): 1381-1388 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.43 Mean 15.38 (mm) Standard deviation 2.98 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: Iversen M W et al., (2017) Heritability of the backtest response in piglets and its genetic. . . Animal : An International Journal of Animal Bioscience, 11 (4): 556-563 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.72 Mean 2.37 (mm) Standard deviation 0.43 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: Suzuki K et al., (2005) Genetic parameter estimates of meat quality traits in Duroc pigs. . . Journal of Animal Science, 83 (9): 2058-65 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.51 Mean 13.6 (mm) Standard deviation 2.4 Variance 4.506 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: Li X et al., (1994) Genetic parameters for growth rate and backfat in Canadian Yorkshire, Journal of Animal Science, 72 (6): 1450-4 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.53 Mean 14.2 (mm) Standard deviation 2.6 Variance 4.736 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: Li X et al., (1994) Genetic parameters for growth rate and backfat in Canadian Yorkshire, Journal of Animal Science, 72 (6): 1450-4 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.55 Mean 14.9 (mm) Standard deviation 2.6 Variance 4.721 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: Li X et al., (1994) Genetic parameters for growth rate and backfat in Canadian Yorkshire, Journal of Animal Science, 72 (6): 1450-4 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.50 Mean 14.2 (mm) Standard deviation 2.4 Variance 3.728 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: Li X et al., (1994) Genetic parameters for growth rate and backfat in Canadian Yorkshire, Journal of Animal Science, 72 (6): 1450-4 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.56 Mean n/a (mm) 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: Lo L L et al., (1992) Genetic analyses of growth, real-time ultrasound, carcass, and pork. . . Journal of Animal Science, 70 (8): 2387-96 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.559 Mean n/a (mm) Standard deviation n/a Variance 0.07672 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: Bereskin B, (1986) A genetic analysis of feed conversion efficiency and associated. . . Journal of Animal Science, 62 (4): 910-7 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.50 Mean n/a (mm) Standard deviation n/a Variance 8.88 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: Ferraz J B et al., (1993) Animal model estimation of genetic parameters and response to. . . Journal of Animal Science, 71 (4): 850-8 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.42 Mean n/a (mm) Standard deviation n/a Variance 8.63 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: Ferraz J B et al., (1993) Animal model estimation of genetic parameters and response to. . . Journal of Animal Science, 71 (4): 850-8 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.41 Mean n/a (mm) Standard deviation n/a Variance 8.65 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: Ferraz J B et al., (1993) Animal model estimation of genetic parameters and response to. . . Journal of Animal Science, 71 (4): 850-8 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.40 Mean n/a (mm) Standard deviation n/a Variance 8.56 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 Reference: Ferraz J B et al., (1993) Animal model estimation of genetic parameters and response to. . . Journal of Animal Science, 71 (4): 850-8 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.31 Mean 1.2 (mm) Standard deviation 0.12 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 cm Reference: Arango J et al., (2005) Threshold-linear estimation of genetic parameters for farrowing. . . Journal of Animal Science, 83 (3): 499-506 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.57 Mean n/a (mm) 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.57 Mean n/a (mm) 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.57 Mean n/a (mm) 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.57 Mean n/a (mm) 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.57 Mean n/a (mm) 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.415 Mean 14.9 (mm) Standard deviation 3.8 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: Bergamaschi M et al., (2020) Genome-wide association study for carcass quality traits and growth. . . Journal of Animal Science, 98(1) Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.487 Mean 18.7 (mm) Standard deviation 4.1 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: Bergamaschi M et al., (2020) Genome-wide association study for carcass quality traits and growth. . . Journal of Animal Science, 98(1) Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.22 Mean 7.40 (mm) Standard deviation 0.74 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: Christensen Ole F et al., (2019) A bivariate genomic model with additive, dominance and inbreeding. . . Genetics, Selection, Evolution : GSE, 51 (1): 45 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.21 Mean 7.91 (mm) Standard deviation 0.96 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: Christensen Ole F et al., (2019) A bivariate genomic model with additive, dominance and inbreeding. . . Genetics, Selection, Evolution : GSE, 51 (1): 45 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.35 Mean n/a (mm) Standard deviation n/a Variance 3.42 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: Lee J et al., (2020) Genomic Analysis Using Bayesian Methods under Different Genotyping. . . Animals (Basel), 10(5):752 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.73 Mean 2.37 (mm) Standard deviation 0.43 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 ultrasound; cm Reference: Suzuki K et al., (2004) Genetic correlation between serum insulin-like growth factor-1. . . Journal of Animal Science, 82 (4): 994-9 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.18 Mean n/a (mm) 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: Xue Y et al., (2020) Genome-wide association studies for growth-related traits in a. . . Animal Genetics, Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.37 Mean 12.22 (mm) Standard deviation 2.47 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 mm Reference: Zhang Z et al., (2020) Identification of genes related to intramuscular fat independent of. . . Animal Genetics, Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.61 Mean n/a (mm) 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: Ogawa S et al., (2020) Genetic relationship between litter size traits at birth and body. . . Animal Science Journal, 91 (1): e13497 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.512 Mean n/a (mm) Standard deviation n/a Variance 2.961 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: Ruan D et al., (2021) Weighted Single-Step GWAS Identified Candidate Genes Associated with. . . Genes, 12 (1):117 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.315 Mean n/a (mm) Standard deviation n/a Variance 2.780 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: Ruan D et al., (2021) Weighted Single-Step GWAS Identified Candidate Genes Associated with. . . Genes, 12 (1):117 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.38 Mean n/a (mm) 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: Windig J J et al., (2012) Genetic parameters for androstenone, skatole, indole, and human nose. . . Journal of Animal Science, 90 (7): 2120-9 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.38 Mean 12.55 (mm) Standard deviation 2.37 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: Alam M et al., (2021) Genetic Analysis of Major Production and Reproduction Traits of. . . Animals, 11(5):1321 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.48 Mean 12.68 (mm) Standard deviation 2.50 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: Alam M et al., (2021) Genetic Analysis of Major Production and Reproduction Traits of. . . Animals, 11(5):1321 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.45 Mean 13.27 (mm) Standard deviation 2.53 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: Alam M et al., (2021) Genetic Analysis of Major Production and Reproduction Traits of. . . Animals, 11(5):1321 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.14 Mean n/a (mm) 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: Li C et al., (2022) An association study on imputed whole-genome resequencing from high-th Animal Genetics, Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.14 Mean n/a (mm) 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: Li C et al., (2022) An association study on imputed whole-genome resequencing from high-th Animal Genetics, Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.38 Mean n/a (mm) 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: Yang W et al., (2021) A genome-wide association study reveals additive and dominance. . . Animal Genetics, 52(5): 749-753 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.54 Mean n/a (mm) Standard deviation n/a Variance 2.21 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: Oliveira HC et al., (2022) Fine Mapping of a Major Backfat QTL Reveals a Causal Regulatory. . . Frontiers In Genetics, 13: 871516 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.50 Mean n/a (mm) Standard deviation n/a Variance 1.13 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: Oliveira HC et al., (2022) Fine Mapping of a Major Backfat QTL Reveals a Causal Regulatory. . . Frontiers In Genetics, 13: 871516 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.42 Mean n/a (mm) Standard deviation n/a Variance 1.32 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 Reference: Oliveira HC et al., (2022) Fine Mapping of a Major Backfat QTL Reveals a Causal Regulatory. . . Frontiers In Genetics, 13: 871516 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.52 Mean n/a (mm) Standard deviation n/a Variance 3.24 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: Oliveira HC et al., (2022) Fine Mapping of a Major Backfat QTL Reveals a Causal Regulatory. . . Frontiers In Genetics, 13: 871516 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.43 Mean n/a (mm) Standard deviation n/a Variance 1.82 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: Oliveira HC et al., (2022) Fine Mapping of a Major Backfat QTL Reveals a Causal Regulatory. . . Frontiers In Genetics, 13: 871516 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.48 Mean 12.23 (mm) Standard deviation 2.46 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: Li W et al., (2022) Genome-Wide Association Analysis and Genetic Parameters for Feed. . . Animals : An Open Access Journal From MDPI, 12(15):1902 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.36 Mean 11.75 (mm) Standard deviation 2.06 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 mm Reference: Li W et al., (2022) Genome-Wide Association Analysis and Genetic Parameters for Feed. . . Animals : An Open Access Journal From MDPI, 12(15):1902 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.25 Mean n/a (mm) 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: Ding R et al., (2022) Identify known and novel candidate genes associated with backfat. . . Journal of Animal Science, 100(2):skac012 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.34 Mean n/a (mm) 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: Ding R et al., (2022) Identify known and novel candidate genes associated with backfat. . . Journal of Animal Science, 100(2):skac012 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.56 Mean n/a (mm) 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: Li J et al., (2022) Genome-Wide Association Studies Revealed Significant QTLs and. . . Animals : An Open Access Journal From MDPI, 12(21):2911 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.21 Mean n/a (mm) 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: Shi L et al., (2022) Integrating genome-wide association studies and population genomics. . . Frontiers In Genetics, 13: 1078696 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.44 Mean n/a (mm) 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: Shi L et al., (2022) Integrating genome-wide association studies and population genomics. . . Frontiers In Genetics, 13: 1078696 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.646 Mean n/a (mm) 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: Fu M et al., (2022) Genome-wide association study reveals a genomic region on SSC7. . . Animal Genetics, Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.25 Mean n/a (mm) 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: Casiró S et al., (2017) Genome-wide association study in an F2 Duroc x Pietrain resource. . . Journal of Animal Science, 95(2): 545-558 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.43 Mean 11.09 (mm) Standard deviation 3.34 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: Zhang R et al., (2023) Utilizing Variants Identified with Multiple Genome-Wide Association. . . Animals : An Open Access Journal From MDPI, 13(4):722 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.40 Mean 14.58 (mm) Standard deviation 4.88 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: Zhang R et al., (2023) Utilizing Variants Identified with Multiple Genome-Wide Association. . . Animals : An Open Access Journal From MDPI, 13(4):722 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.47 Mean n/a (mm) 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: Nosková A et al., (2023) Comparison of two multi-trait association testing methods and. . . BMC Genomics, 24(1): 192 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.23 Mean n/a (mm) 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: Casiró S et al., (2017) Genome-wide association study in an F2 Duroc x Pietrain resource. . . Journal of Animal Science, 95(2): 545-558 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.45 Mean n/a (mm) 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: Casiró S et al., (2017) Genome-wide association study in an F2 Duroc x Pietrain resource. . . Journal of Animal Science, 95(2): 545-558 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.61 Mean n/a (mm) 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: Lo L L et al., (1992) Genetic analyses of growth, real-time ultrasound, carcass, and pork. . . Journal of Animal Science, 70 (8): 2387-96 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.41 Mean n/a (mm) 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: Casiró S et al., (2017) Genome-wide association study in an F2 Duroc x Pietrain resource. . . Journal of Animal Science, 95(2): 545-558 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.48 Mean 41.61 (mm) Standard deviation 8.28 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: Yin S et al., (2023) Identifying Genetic Architecture of Carcass and Meat Quality Traits. . . Genes, 14(7):1308 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.54 Mean 7.32 (mm) Standard deviation 1.11 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: Do D N et al., (2013) Genetic parameters for different measures of feed efficiency and. . . Journal of Animal Science, 91 (9): 4069-79 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.67 Mean 8.15 (mm) Standard deviation 1.46 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: Do D N et al., (2013) Genetic parameters for different measures of feed efficiency and. . . Journal of Animal Science, 91 (9): 4069-79 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.47 Mean n/a (mm) 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: Zhang Y et al., (2019) Genetic correlation of fatty acid composition with growth, carcass,. . . Meat Science, 150: 47-55 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.69 Mean n/a (mm) Standard deviation n/a Variance 0.23 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: Terada K et al., (2024) Genetic parameters for carcass and meat quality traits in Jinhua,. . . Journal of Animal Breeding And Genetics , 141(1): 33-41 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.35 Mean 11.49 (mm) Standard deviation 3.27 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: Zhao X et al., (2023) Genome-wide association studies for loin muscle area, loin muscle. . . Animal Genetics, Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.31 Mean n/a (mm) 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: Miar Y et al., (2014) Genetic and phenotypic parameters for carcass and meat quality traits Journal of Animal Science, 92(7): 2869-84 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.34 Mean n/a (mm) 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 Z et al., (2024) Genomic prediction and genome-wide association studies for additive. . . Journal of Animal Breeding And Genetics, 141(2): 124-137 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.29 Mean n/a (mm) 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 Z et al., (2024) Genomic prediction and genome-wide association studies for additive. . . Journal of Animal Breeding And Genetics, 141(2): 124-137 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.36 Mean n/a (mm) 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 Z et al., (2024) Genomic prediction and genome-wide association studies for additive. . . Journal of Animal Breeding And Genetics, 141(2): 124-137 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.30 Mean n/a (mm) 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 Z et al., (2024) Genomic prediction and genome-wide association studies for additive. . . Journal of Animal Breeding And Genetics, 141(2): 124-137 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.615 Mean 30.99 (mm) Standard deviation 6.74 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: Jové-Juncà T et al., (2024) Genomic architecture of carcass and pork traits and their association Animal : An International Journal of Animal Bioscience, 18(1): 101043 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.54 Mean n/a (mm) 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: Lo L L et al., (1992) Genetic analyses of growth, real-time ultrasound, carcass, and pork. . . Journal of Animal Science, 70 (8): 2387-96 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.36 Mean 13.76 (mm) Standard deviation 2.96 Variance 6.99 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: Lee J et al., (2019) Bayes Factor-Based Regulatory Gene Network Analysis of Genome-Wide. . . Genes, 10(4) Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.45 Mean n/a (mm) Standard deviation n/a Variance 7.21 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: Park J, (2024) Genome-wide association study to reveal new candidate genes using. . . Animal Bioscience, 37(3): 451-460 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.49 Mean n/a (mm) Standard deviation n/a Variance 7.51 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: Park J, (2024) Genome-wide association study to reveal new candidate genes using. . . Animal Bioscience, 37(3): 451-460 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.52 Mean n/a (mm) Standard deviation n/a Variance 7.109 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: Park Jun et al., (2024) Weighted single-step genome-wide association study to reveal new. . . Journal of Animal Science And Technology, 66(4): 702-716 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.56 Mean n/a (mm) Standard deviation n/a Variance 7.46 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: Park Jun et al., (2024) Weighted single-step genome-wide association study to reveal new. . . Journal of Animal Science And Technology, 66(4): 702-716 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.4 Mean n/a (mm) 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: Delpuech E et al., (2021) Identification of genomic regions affecting production traits in pigs Genetics, Selection, Evolution : GSE, 53(1): 49 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.67 Mean n/a (mm) 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: Deng Z et al., (2021) A further look at quantitative trait loci for growth and fatness. . . Animal Biotechnology, : 1-12 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.52 Mean n/a (mm) 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: Deng Z et al., (2021) A further look at quantitative trait loci for growth and fatness. . . Animal Biotechnology, : 1-12 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.67 Mean n/a (mm) 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: Deng Z et al., (2021) A further look at quantitative trait loci for growth and fatness. . . Animal Biotechnology, : 1-12 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.71 Mean n/a (mm) 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: Deng Z et al., (2021) A further look at quantitative trait loci for growth and fatness. . . Animal Biotechnology, : 1-12 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.66 Mean n/a (mm) 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: Deng Z et al., (2021) A further look at quantitative trait loci for growth and fatness. . . Animal Biotechnology, : 1-12 Heritability of "Subcutaneous fat thickness" (SUBCFAT) = 0.63 Mean n/a (mm) Standard deviation n/a Variance 11.97 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: Uemoto Y et al., (2021) Genome-wide association studies for production, respiratory disease,. . . Scientific Reports, 11(1): 15823 101 of 2,081 pig heritability records match your search. To explore further: use the Filter tool box on TOP RIGHT of this page to explore more. browse the list of traits for what you look for.   © 2003-2025: USA · USDA · NRPSP8 · Program to Accelerate Animal Genomics Applications. Contact: Bioinformatics Team