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• W2793549290 abstract "Parasitic diseases have economic consequences in cattle production systems. Although breeding for parasite resistance can complement current control practices to reduce the prevalence globally, there is little knowledge of the implications of such a strategy on other performance traits. Records on individual animal antibody responses to Fasciola hepatica, Ostertagia ostertagi, and Neospora caninum were available from cows in 68 dairy herds (study herds); national abattoir data on F. hepatica-damaged livers were also available from dairy and beef cattle. After data edits, 9,271 dairy cows remained in the study herd dataset, whereas 19,542 dairy cows and 68,048 young dairy and beef animals had a record for the presence or absence of F. hepatica-damaged liver in the national dataset. Milk, reproductive, and carcass phenotypes were also available for a proportion of these animals as well as their contemporaries. Linear mixed models were used to estimate variance components of antibody responses to the three parasites; covariance components were estimated between the parasite phenotypes and economically important traits. Heritability of antibody responses to the different parasites, when treated as a continuous trait, ranged from 0.07 (O. ostertagi) to 0.13 (F. hepatica), whereas the coefficient of genetic variation ranged from 4% (O. ostertagi) to 20% (F. hepatica). The antibody response to N. caninum was genetically correlated with the antibody response to both F. hepatica (-0.29) and O. ostertagi (-0.67); a moderately positive genetic correlation existed between the antibody response to F. hepatica and O. ostertagi (0.66). Genetic correlations between the parasite phenotypes and the milk production traits were all close to zero (-0.14 to 0.10), as were the genetic correlations between F. hepatica-damaged livers and the carcass traits of carcass weight, conformation, and fat score evaluated in cows and young animals (0.00 to 0.16). The genetic correlation between F. hepatica-damaged livers in cows and milk somatic cell score was 0.32 (SE = 0.20). Antibody responses to F. hepatica and O. ostertagi had favorable genetic correlations with fertility traits, but conversely, antibody response to N. caninum and F. hepatica-damaged livers were unfavorably genetically correlated with fertility. This study provides the necessary information to undertake national multitrait genetic evaluations for parasite phenotypes." @default.
• W2793549290 created "2018-03-29" @default.
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• W2793549290 date "2018-01-29" @default.
• W2793549290 modified "2023-09-26" @default.
• W2793549290 title "Genetic correlations between endo-parasite phenotypes and economically important traits in dairy and beef cattle1" @default.
• W2793549290 cites W152974992 @default.
• W2793549290 cites W1909525103 @default.
• W2793549290 cites W1964352730 @default.
• W2793549290 cites W1964872749 @default.
• W2793549290 cites W1965946494 @default.
• W2793549290 cites W1970215774 @default.
• W2793549290 cites W1970298625 @default.
• W2793549290 cites W1973771234 @default.
• W2793549290 cites W1974529772 @default.
• W2793549290 cites W1975079855 @default.
• W2793549290 cites W1977404830 @default.
• W2793549290 cites W1978917816 @default.
• W2793549290 cites W1991229355 @default.
• W2793549290 cites W1995282711 @default.
• W2793549290 cites W2000425426 @default.
• W2793549290 cites W2002868172 @default.
• W2793549290 cites W2004635478 @default.
• W2793549290 cites W2004805241 @default.
• W2793549290 cites W2007539288 @default.
• W2793549290 cites W2010415042 @default.
• W2793549290 cites W2010800518 @default.
• W2793549290 cites W2011206478 @default.
• W2793549290 cites W2016257862 @default.
• W2793549290 cites W2022176335 @default.
• W2793549290 cites W2022683066 @default.
• W2793549290 cites W2024055184 @default.
• W2793549290 cites W2027070701 @default.
• W2793549290 cites W2027828319 @default.
• W2793549290 cites W2028341709 @default.
• W2793549290 cites W2028374186 @default.
• W2793549290 cites W2030889724 @default.
• W2793549290 cites W2035376395 @default.
• W2793549290 cites W2039663724 @default.
• W2793549290 cites W2045701054 @default.
• W2793549290 cites W2046970599 @default.
• W2793549290 cites W2047933865 @default.
• W2793549290 cites W2049236851 @default.
• W2793549290 cites W2050408522 @default.
• W2793549290 cites W2055657106 @default.
• W2793549290 cites W2056280757 @default.
• W2793549290 cites W2059492974 @default.
• W2793549290 cites W2066102215 @default.
• W2793549290 cites W2073770803 @default.
• W2793549290 cites W2076929821 @default.
• W2793549290 cites W2087414081 @default.
• W2793549290 cites W2091498004 @default.
• W2793549290 cites W2100577789 @default.
• W2793549290 cites W2103566275 @default.
• W2793549290 cites W2110204377 @default.
• W2793549290 cites W2110608437 @default.
• W2793549290 cites W2118382848 @default.
• W2793549290 cites W2121156725 @default.
• W2793549290 cites W2130158341 @default.
• W2793549290 cites W2130988133 @default.
• W2793549290 cites W2131321191 @default.
• W2793549290 cites W2134381565 @default.
• W2793549290 cites W2143944942 @default.
• W2793549290 cites W2165595152 @default.
• W2793549290 cites W2166264996 @default.
• W2793549290 cites W2167948293 @default.
• W2793549290 cites W2169676991 @default.
• W2793549290 cites W2181742973 @default.
• W2793549290 cites W2187794863 @default.
• W2793549290 cites W2226984928 @default.
• W2793549290 cites W2327815449 @default.
• W2793549290 cites W2342150979 @default.
• W2793549290 cites W2409727337 @default.
• W2793549290 cites W2507252866 @default.
• W2793549290 cites W2520298340 @default.
• W2793549290 cites W2725038911 @default.
• W2793549290 cites W48649260 @default.
• W2793549290 cites W563886132 @default.
• W2793549290 cites W615802810 @default.
• W2793549290 doi "https://doi.org/10.1093/jas/sky008" @default.
• W2793549290 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6140888" @default.
• W2793549290 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29385479" @default.
• W2793549290 hasPublicationYear "2018" @default.
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