作者
Ruediger Lessig, Sascha Willuweit, Michael Krawczak, Fang-Chin Wu, Chang-En Pu, Wook Kim, Lotte Henke, Juergen Henke, Jasmin Miranda, Monika Hidding, Mark Benecke, Cornelia Schmitt, Michelle Magno, Gayvelline Calacal, Frederick C Delfin, Maria Corazon A de Ungria, Sahar Elias, Christa Augustin, Zaw Tun, Katsuja Honda, Manfred Kayser, Leonor Gusmao, António Amorim, Cintia Alves, Yiping Hou, Christine Keyser, Bertrand Ludes, Michael Klintschar, Uta D Immel, Barbara Reichenpfader, Boriana Zaharova, Lutz Roewer
发表日期
2003/3/1
期刊
Legal medicine
卷号
5
页码范围
S160-S163
出版商
Elsevier
简介
For several years Y-chromosomal microsatellites (short tandem repeats, STRs) have been well established in forensic practice. In this context, the genetic characteristics of the Y chromosome (i.e. its paternal inheritance and lack of recombination) render STRs particularly powerful. However, genetic differences between male populations appear to be larger for Y-STRs than for autosomal STRs, a fact that is most likely due to the higher sensitivity of Y-chromosomal lineages to genetic drift (Forensic Sci Int 118 (2001) 153). The assessment of probabilities for matches between haplotyped male persons or traces/persons requires the typing of a large number of haplotypes in the appropriate reference populations. The haplotype data of a large number of European as well as South and North American populations have been collected and are continuously published online (Y-STR Haplotype Reference Database …
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R Lessig, S Willuweit, M Krawczak, FC Wu, CE Pu… - Legal medicine, 2003