Admixture mapping (AM) is a promising method for the identification of genetic risk factors
for complex traits and diseases showing prevalence differences among populations …

Admixture mapping is an economical and powerful approach for localizing disease genes in
populations of recently mixed ancestry and has proven successful in African Americans. The …

Admixture mapping is based on the hypothesis that differences in disease rates between
populations are due in part to frequency differences in disease-causing genetic variants. In …

Admixture mapping (also known as" mapping by admixture linkage disequilibrium," or
MALD) provides a way of localizing genes that cause disease, in admixed ethnic groups …

For admixture mapping studies in Mexican Americans (MAM), we define a genomewide
single-nucleotide–polymorphism (SNP) panel that can distinguish between chromosomal …

Admixture mapping requires a genomewide panel of relatively evenly spaced markers that
can distinguish the ancestral origins of chromosomal segments in admixed individuals …

Hispanic populations are a valuable resource that can and should facilitate the identification
of complex trait genes by means of admixture mapping (AM). In this paper we focus on a …

Admixture mapping extends to human populations the principles that underlie linkage
analysis of an experimental cross. For detecting genes that contribute to ethnic variation in …

Markers with large differences in allele frequencies between ethnicities provide ancestry
information that can be applied to genetic studies. We identified over 100 biallelic ancestry …

Following up on our previous study, we conducted a genome-wide analysis of admixture for
two Uyghur population samples (HGDP-UG and PanAsia-UG), collected from the northern …