Animal Trait Correlation Database

Pig Trait Heritabilities

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Summary: There are 25 heritability data found on "Feed conversion ratio" trait. n: 25 Median: 0.300 Mean: 0.276 Min-Max range: 0.061 - 0.420 STD: 0.091 Interquartile range: 0.280 - 0.320 95% CI: 0.240 - 0.312 Heritability of "Feed conversion ratio" (FEEDCON) = 0.32 Mean 0.39 Standard deviation 0.06 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: 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 "Feed conversion ratio" (FEEDCON) = 0.35 Mean 2.79 Standard deviation 0.23 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: 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 "Feed conversion ratio" (FEEDCON) = 0.30 Mean 2.69 Standard deviation 0.21 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 "Feed conversion ratio" (FEEDCON) = 0.30 Mean 2.62 Standard deviation 0.21 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 "Feed conversion ratio" (FEEDCON) = 0.40 Mean 2.49 Standard deviation 0.17 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: 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 "Feed conversion ratio" (FEEDCON) = 0.32 Mean 2.25 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: Ding R et al., (2018) Genetic Architecture of Feeding Behavior and Feed Efficiency in a. . . Frontiers In Genetics, 9 (): 220 Heritability of "Feed conversion ratio" (FEEDCON) = 0.061 Mean n/a Standard deviation n/a Variance 0.03596 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 "Feed conversion ratio" (FEEDCON) = 0.22 Mean 2.46 Standard deviation 0.19 Variance 0.019 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 g/g Reference: Silva É F et al., (2019) A genome-wide association study for feed efficiency-related traits in Animal : An International Journal of Animal Bioscience, Heritability of "Feed conversion ratio" (FEEDCON) = 0.09 Mean 2.11 Standard deviation 0.19 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: Christensen Ole F et al., (2019) A bivariate genomic model with additive, dominance and inbreeding. . . Genetics, Selection, Evolution : GSE, 51 (1): 45 Heritability of "Feed conversion ratio" (FEEDCON) = 0.10 Mean 2.18 Standard deviation 0.19 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: Christensen Ole F et al., (2019) A bivariate genomic model with additive, dominance and inbreeding. . . Genetics, Selection, Evolution : GSE, 51 (1): 45 Heritability of "Feed conversion ratio" (FEEDCON) = 0.35 Mean 2.65 Standard deviation 0.17 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: Suzuki K et al., (2004) Genetic correlation between serum insulin-like growth factor-1. . . Journal of Animal Science, 82 (4): 994-9 Heritability of "Feed conversion ratio" (FEEDCON) = 0.17 Mean 2.56 Standard deviation 0.24 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 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 "Feed conversion ratio" (FEEDCON) = 0.31 Mean 2.70 Standard deviation 0.25 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 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 "Feed conversion ratio" (FEEDCON) = 0.30 Mean 2.31 Standard deviation 0.34 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: 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 "Feed conversion ratio" (FEEDCON) = 0.32 Mean 2.36 Standard deviation 0.30 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: 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 "Feed conversion ratio" (FEEDCON) = 0.32 Mean 2.29 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 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 "Feed conversion ratio" (FEEDCON) = 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Feed conversion ratio" (FEEDCON) = 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Feed conversion ratio" (FEEDCON) = 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Feed conversion ratio" (FEEDCON) = 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Feed conversion ratio" (FEEDCON) = 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: Kavlak AT et al., (2019) Estimation of heritability of feeding behaviour traits and their. . . Journal of Animal Breeding And Genetics , Heritability of "Feed conversion ratio" (FEEDCON) = 0.20 Mean 2.64 Standard deviation 0.30 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: Miar Y et al., (2014) Genetic and phenotypic correlations between performance traits with. . . PloS One, 9 (10): e110105 Heritability of "Feed conversion ratio" (FEEDCON) = 0.36 Mean 2.33 Standard deviation 0.24 Variance 0.044 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: Zhou F et al., (2023) Genetic evaluation for production and body size traits using. . . Frontiers In Veterinary Science, 10: 1274266 Heritability of "Feed conversion ratio" (FEEDCON) = 0.28 Mean 2.33 Standard deviation 0.24 Variance 0.0429 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: Zhou F et al., (2023) Genetic evaluation for production and body size traits using. . . Frontiers In Veterinary Science, 10: 1274266 Heritability of "Feed conversion ratio" (FEEDCON) = 0.42 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: Delpuech E et al., (2021) Identification of genomic regions affecting production traits in pigs Genetics, Selection, Evolution : GSE, 53(1): 49 25 records of 2,044 pig heritability records match your search. 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