2018
DOI: 10.26605/medvet-v12n1-2160
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Painel SRT para teste de paternidade em caprinos

Abstract: Acasalamentos duvidosos são uma das causas dos erros nos programas de conservação e de melhoramento genético de raças. Os testes de paternidades são ferramentas que podem contribuir para minimizar esses erros pois tem sido usados para identificar paternidade duvidosa. O presente trabalho teve como objetivo definir um painel para teste de paternidade em caprinos para auxiliar programas de conservação e melhoramento de raças. Foram genotipados 381 animais de 10 populações caprinas sendo seis ecotipos locais bras… Show more

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Cited by 2 publications
(2 citation statements)
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“…The set of microsatellite markers showed a low combined probability of identity (PI), indicating the probability of nding, by chance, two individuals from a sample with the same genotype in a given set of markers is minimal [24]. The probability of paternity exclusion through the combined analysis for the developed SSR loci was high, providing high reliability to correctly exclude an individual from paternity [25]. The seven SSR loci were su cient to distinguish between the ninety individuals, indicating that the set of microsatellite markers is e cient in discriminating individuals in populations [24].…”
Section: Resultsmentioning
confidence: 99%
“…The set of microsatellite markers showed a low combined probability of identity (PI), indicating the probability of nding, by chance, two individuals from a sample with the same genotype in a given set of markers is minimal [24]. The probability of paternity exclusion through the combined analysis for the developed SSR loci was high, providing high reliability to correctly exclude an individual from paternity [25]. The seven SSR loci were su cient to distinguish between the ninety individuals, indicating that the set of microsatellite markers is e cient in discriminating individuals in populations [24].…”
Section: Resultsmentioning
confidence: 99%
“…The set of microsatellite markers showed a low combined PI, indicating the probability of finding, by chance, two individuals from a sample with the same genotype in each set of markers is minimal (Val et al 2020). The PE through the combined analysis for the developed SSR loci was high, providing high reliability to correctly exclude an individual from paternity (Rocha et al 2018). The seven SSR loci were sufficient to distinguish between ninety individuals, indicating that the set of microsatellite markers is efficient in discriminating individuals in populations (Val et al 2020).…”
mentioning
confidence: 97%