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Forensic Science International: Genetics Supplement Series(13)
Forensic Science International: Genetics(1)
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Y STRs mutation events in father-son pairs in Ecuadorian individuals
ArticleAbstract: Eleven Y-STR loci were applied to 417 confirmed father-son pairs. Seven mutations that comprise singPalabras claves:Ecuadorian population, Haplogroup, Mutation rate, short tandem repeats, Y chromosomeAutores:Aguirre V., Anibal Gaviria, Cesar Paz-y-Miño, Germán Burgos, Margarita Vela, Paola E. Leone, Sánchez M.E.Fuentes:scopusGenetic data of an X-STR decaplex in Ecuadorian population (P)
ArticleAbstract: X-chromosomal STRs have proven to be an efficient complement in some complex paternity or forensic cPalabras claves:Complex paternity or forensic cases, Ecuadorian population, X-STRAutores:Ana Karina Zambrano , Anibal Gaviria, Castillo G., Galarza J., Margarita Vela, Morejon G., Pastas V.Fuentes:scopusMutation rates for 29 short tandem repeat loci from the Ecuadorian population
ArticleAbstract: Short tandem repeats (STRs) are sequences that involve repetitive units of 1–6 bp. Therefore, this sPalabras claves:ecuadorian, Mutation rates, STRsAutores:Ana Karina Zambrano , Anibal Gaviria, Builes J.J., Fiallos G., Gruezo C., Margarita Vela, S. CobosFuentes:scopusGenetic characterization of 12 STRs (Investigator® HDplex kit) in the Ecuadorian population
ArticleAbstract: Allele frequencies, and genetic data for 12 autosomal Short Tandem Repeat (STRs) loci (D2S1360, D3S1Palabras claves:Ecuadorian population, Investigator HDplexAutores:Ana Karina Zambrano , Anibal Gaviria, Boada L., Cesar Paz-y-Miño, Cristina Rodríguez-Pólit, Fiallos G., Gruezo C., Margarita VelaFuentes:googlescopusGenetic data for twenty-two autosomal STRs (PowerPlex<sup>®</sup> Fusion) from Afro-Ecuadorian population
ArticleAbstract: The PowerPlex® Fusion System (Promega) is a multiplex that includes twenty four loci, between them tPalabras claves:Afro-Ecuadorian, ECUADOR, PowerPlex Fusion System ®Autores:Ana Karina Zambrano , Anibal Gaviria, Builes J.J., Cesar Paz-y-Miño, Fiallos G., Gruezo C., Margarita Vela, S. CobosFuentes:googlescopusCharacterization and Haplotype analysis of 11 Y-STR loci in Ecuadorian population
ArticleAbstract: Eleven Y-STR loci were used for genotyping 206 Ecuadorian individuals. Allelic frequencies and haploPalabras claves:Allelic frequency, Ecuadorian population, Haplogroup, Haplotype diversity, Y-STRAutores:Aguirre V., Ana Karina Zambrano , Anibal Gaviria, Cesar Paz-y-Miño, Germán Burgos, Margarita Vela, María-Eugenia Sánchez, Morejon G., Paola E. LeoneFuentes:googlescopusX-STR decaplex study in the population of Imbabura-Ecuador
ArticleAbstract: X chromosome STR markers are a useful tool in population genetics, they provide supplementary informPalabras claves:Decaplex, ECUADOR, Imbabura population, X-STRAutores:Ana Karina Zambrano , Anibal Gaviria, Boada L., Cesar Paz-y-Miño, Cristina Rodríguez-Pólit, Fiallos G., Gruezo C., Margarita Vela, Vaca-Pólit M.Fuentes:googlescopusThe geographic mosaic of Ecuadorian Y-chromosome ancestry
ArticleAbstract: Ecuadorians originated from a complex mixture of Native American indigenous people with Europeans anPalabras claves:Ancestry, ECUADOR, Population-stratification, Y-chromosomeAutores:A. Lupero, Ana Karina Zambrano , Anibal Gaviria, Carabajo-Marcillo A., Gómez-Carballa A., Margarita Vela, Martinón-Torres F., Moscoso F., Ordoñez-Ugalde A., Pardo-Seco J., S. Cobos, Salas A., Toscanini U., Ugalde-Noritz N., Yunga-León R.Fuentes:scopusGenetic characterization of an X-STR decaplex on the population of Pichincha (Ecuador)
ArticleAbstract: This study reports data of ten X-STR markers (DXS8378; GATA172D05; DXS6809; DXS7132, GATA31E08, DXS9Palabras claves:GEP-ISFG, PICHINCHA, X-STRAutores:Aguirre V., Ana Karina Zambrano , Anibal Gaviria, Builes J.J., Germán Burgos, Margarita Vela, Morejon G.Fuentes:scopusAnalysis of the most efficient autosomal strs and genetic data for the locus se33 in ecuadorian population
ArticleAbstract: Twenty three autosomal STR markers were analyzed to define which are the most informative in forensiPalabras claves:DNA, ECUADOR, Forensic efficiency, Population data, SE33, STRAutores:Ana Karina Zambrano , Anibal Gaviria, Castillo G., Cesar Paz-y-Miño, Galarza J., Germán Burgos, Margarita Vela, Morejon G., Pastas V.Fuentes:scopus