作者: A. Van Geystelen , R. Decorte , M.H.D. Larmuseau
DOI: 10.1016/J.FSIGEN.2013.03.010
关键词: Computational biology 、 Phylogenetic tree 、 Biology 、 False positive paradox 、 Set (abstract data type) 、 Tree (data structure) 、 Haplogroup 、 Whole genome sequencing 、 Genome 、 Phylogenetic network 、 Genetics
摘要: The Y-chromosomal phylogenetic tree has a wide variety of important forensic applications and therefore it needs to be state-of-the-art. Nevertheless, since the last 'official' published many publications reported additional lineages other topologies. Therefore, is difficult for scientists interpret those reports use an up-to-date corresponding nomenclature in their daily work. Whole genome sequencing (WGS) data useful verify optimise current haploid markers. AMY-tree software first open access program which analyses WGS applications. Here, all information collected correctness this checked based on large analysis 747 samples with AMY-tree. obtained result one peer-reviewed Y-SNPs without observed recurrent ambiguous mutations. results showed that currently only genomes limited set (sub-)haplogroups available newly projects are false positives, even high coverage methods. This study demonstrates usefulness process checking quality present accentuates difficulties enlarge