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Parametric Linkage Analysis and Disequilibrium Methods to Identify Loci for Complex Disease
Authors:Jeanette McClintick  Daniel L. Koller  Nathan Pankratz  Sandra C. Kirkwood  Brian Naughton  Tatiana Foroud
Abstract:
A two‐step process was used to find loci contributing to the qualitative disease phenotype in the Genetic Analysis Workshop (GAW) 12 simulated data. The first step used parametric linkage analysis with a limited number of dominant and recessive models to detect linkage to chromosomal regions. Subsequently, a subset of the simulated biallelic sequence polymorphisms was used for transmission/disequilibrium tests and to build haplotypes to fine map the disease‐predisposing polymorphism(s). A haplotype, strongly associated with the disease phenotype whose proximal end was within 39 base pairs of the functional allele for simulated major gene 6, was identified in the isolated population. © 2001 Wiley‐Liss, Inc.
Keywords:association  linkage  SNPs  transmission disequilibrium
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