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 …

Admixture mapping is a promising new tool for discovering genes that contribute to complex
traits. This mapping approach uses samples from recently admixed populations to detect …

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 is a powerful method of gene mapping for diseases or traits that show
differential risk by ancestry. Admixture mapping has been applied most often to Americans …

Admixture is an important evolutionary force that can and should be used in efforts to apply
genomic data and technology to the study of complex disease genetics. Admixture linkage …

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 between populations originating on different continents can be exploited to detect
disease susceptibility loci at which risk alleles are distributed differentially between these …

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 …

Mapping by admixture linkage disequilibrium (MALD) is a theoretically powerful, although
unproven, approach to mapping genetic variants that are involved in human disease. MALD …

Genetic association studies in recently admixed populations offer exciting opportunities to
identify novel variants underlying phenotypic diversity. At the same time, genetic …