A compact population analysis test using 32 SNPs with highly diverse allele frequency distributions

Phillips, C.; Sanchez, J.; Fontadevila, M.; Gómez Tato, A.; Alvarez Dios, J.; Calaza, M.; Casares de Cal, M.; Ballard, D.; Salas, A.; Carracedo, A.

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Elsevier, International Congress Series, (1288), p. 58-60

DOI: 10.1016/j.ics.2005.10.023

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A compact population analysis test using 32 SNPs with highly diverse allele frequency distributions

Journal article published in 2006 by C. Phillips

, J. Sanchez, M. Fontadevila, A. Gómez Tato, J. Alvarez Dios, M. Calaza, M. Casares de Cal, D. Ballard, A. Salas, A. Carracedo

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Abstract

A total of 32 population informative SNP markers have been combined into a single multiplex PCR test. Studies of samples from three major population groups indicate strongly contrasting allele frequency distributions in all the loci. A statistical analysis of SNP profiles using measurement of maximum likelihood provides a system for predicting population of origin with a very low error rate. This analysis system will form a core part of an open access web portal.

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A compact population analysis test using 32 SNPs with highly diverse allele frequency distributions

Abstract