Animal Trait Correlation Database

Pig Trait Heritabilities

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Summary: There are 9 heritability data found on "Cooking loss" trait. n: 9 Median: 0.270 Mean: 0.236 Min-Max range: 0.060 - 0.450 STD: 0.145 Interquartile range: 0.090 - 0.280 95% CI: 0.141 - 0.331 Heritability of "Cooking loss" (COOKL) = 0.45 Mean 23.80 (%) Standard deviation 6.00 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 "Cooking loss" (COOKL) = 0.27 Mean 30.89 (%) Standard deviation 4.17 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 % Reference: Ji J et al., (2018) A whole-genome sequence based association study on pork eating. . . Meat Science, 146: 160-167 Heritability of "Cooking loss" (COOKL) = 0.06 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: 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 "Cooking loss" (COOKL) = 0.43 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: Fernández-Barroso MÁ et al., (2020) Genetic parameter estimation and gene association analyses for meat. . . Journal of Animal Breeding And Genetics , 137 (6): 581-598 Heritability of "Cooking loss" (COOKL) = 0.28 Mean n/a (%) Standard deviation n/a Variance 6.79 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 BI et al., (2020) Single-Step Genomic Evaluation for Meat Quality Traits, Sensory. . . Genes, 11(9):1062 Heritability of "Cooking loss" (COOKL) = 0.09 Mean 24.7 (%) Standard deviation 3.33 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 "Cooking loss" (COOKL) = 0.07 Mean 39.30 (%) Standard deviation 3.19 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: Wang H et al., (2023) Genome-wide association study reveals genetic loci and candidate. . . Frontiers In Genetics, 14: 1001352 Heritability of "Cooking loss" (COOKL) = 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: 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 "Cooking loss" (COOKL) = 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: Lee JB et al., (2023) Genome-wide association studies to identify quantitative trait loci. . . Journal of Animal Science And Technology, 65(6): 1194-1204 9 records of 2,044 pig heritability records match your search. To explore further: use the Filter tool box on top right of the 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