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Modeling extent and distribution of zygotic disequilibrium: implications for a multigenerational canine pedigree.

Modeling extent and distribution of zygotic disequilibrium: implications for a multigenerational canine pedigree. Research Abstract Details 

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  • Modeling extent and distribution of zygotic disequilibrium: implications for a multigenerational canine pedigree. Abstract Text:

    tian liuTian Liu,rory j todhunterRory J Todhunter,qing luQing Lu,lindsay schoettingerLindsay Schoettinger,hongying liHongying Li,ramon c littellRamon C Littell,nancy burton-wursterNancy Burton-Wurster,gregory m aclandGregory M Acland,george lustGeorge Lust,rongling wuRongling Wu,

    Unlike gametic linkage disequilibrium defined for a random-mating population, zygotic disequilibrium describes the nonrandom association between different loci in a nonequilibrium population that deviates from Hardy-Weinberg equilibrium. Zygotic disequilibrium specifies five different types of disequilibria simultaneously that are (1) Hardy-Weinberg disequilibria at each locus, (2) gametic disequilibrium (including two alleles in the same gamete, each from a different locus), (3) nongametic disequilibrium (including two alleles in different gametes, each from a different locus), (4) trigenic disequilibrium (including a zygote at one locus and an allele at the other), and (5) quadrigenic disequilibrium (including two zygotes each from a different locus). However, because of the uncertainty on the phase of the double heterozygote, gametic and nongametic disequilibria need to be combined into a composite digenic disequilibrium and further define a composite quadrigenic disequilibrium together with the quadrigenic disequilibrium. To investigate the extent and distribution of zygotic disequilibrium across the canine genome, a total of 148 dogs were genotyped at 247 microsatellite markers located on 39 pairs of chromosomes for an outbred multigenerational pedigree, initiated with a limited number of unrelated founders. A major portion of zygotic disequilibrium was contributed by the composite digenic and quadrigenic disequilibrium whose values and numbers of significant marker pairs are both greater than those of trigenic disequilibrium. All types of disequilibrium are extensive in the canine genome, although their values tend to decrease with extended map distances, but with a greater slope for trigenic disequilibrium than for the other types of disequilibrium. Considerable variation in the pattern of disequilibrium reduction was observed among different chromosomes. The results from this study provide scientific guidance about the determination of the number of markers used for whole-genome association studies.

    Modeling extent and distribution of zygotic disequilibrium: implications for a multigenerational canine pedigree. Publishing Authors By Initials

    t liuT Liu,rj todhunterRJ Todhunter,q luQ Lu,l schoettingerL Schoettinger,h liH Li,rc littellRC Littell,n burton-wursterN Burton-Wurster,gm aclandGM Acland,g lustG Lust,r wuR Wu,

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    Modeling extent and distribution of zygotic disequilibrium: implications for a multigenerational canine pedigree. Journal Published:

    PUBLICATION TYPE: Research Support, U.S. Gov't,

    Journal: Genetics

    VOLUME: 174

    Page Numbers: 439-53

    Journal Abbreviation:

    ISSN: 0016-6731

    DAY: 18

    MONTH: 07

    YEAR: 2006

    Modeling extent and distribution of zygotic disequilibrium: implications for a multigenerational canine pedigree. Information

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    LANGUAGE: eng

    NlmUniqueID: 374636

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    Grant and Affiliation Information for Modeling extent and distribution of zygotic disequilibrium: implications for a multigenerational canine pedigree.

    AFFILIATION: Department of Statistics, University of Florida, Gainesville, Florida 32611, USA.

    Country: United States

    United States Research PublicationUnited States Research Publication

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    MEDLINETA: Genetics

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