Linkage disequilibrium in Kruger National Park among locus pairs showing significant LD in earlier studies.

<p>Linkage disequilibrium in Kruger National Park among locus pairs showing significant LD in earlier studies.</p>

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Bibliographic Details
Main Author:	Pim van Hooft (272911) (author)
Other Authors:	Wayne M. Getz (7344890) (author), Barend J. Greyling (7344893) (author), Bas Zwaan (3324339) (author), Armanda D. S. Bastos (7305752) (author)
Published:	2021
Subjects:	Medicine Genetics Evolutionary Biology Ecology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified prior microsatellite studies positive interlocus associations earlier observed sex bovine tuberculosis resistance 84 ), showing syncerus caffer </ southern africa compared reduced heterozygosity due natural mammal populations african buffalo revealed wide linkage disequilibrium 2 </ sup north latitude range findings suggest continent extensive ld due aforementioned male traits microsatellite alleles associated deleterious alleles driven deleterious alleles co div >< p frequency clines coincided high genetic load wide frequency clines >< sup associated alleles buffalo populations r </ deleterious alleles heterozygosity cline east africa frequency clines genetic hitchhiking genetic background buffalo ’ >) populations wide selection uncovered continent results indicate prevent destruction locus pearson ld decay increase susceptibility hitchhiking effects high fraction frequencies decreased environmental stressors average per 34 localities 25 ° 22 ). 1676 animals
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