Sequence-based population structure, relatedness, and inbreeding estimates for forensic autosomal STR markers
Population data have become available for sequence data to aid forensic investigations and prepare the forensic community in the move towards implementing NGS methods. This comes with a need for updated population genetic parameters estimates to allow DNA evidence evaluations using sequence data. In...
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Veröffentlicht in: | Forensic science international : genetics 2024-03, Vol.69, p.103009-103009, Article 103009 |
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container_title | Forensic science international : genetics |
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creator | Aalbers, Sanne E Weir, Bruce S |
description | Population data have become available for sequence data to aid forensic investigations and prepare the forensic community in the move towards implementing NGS methods. This comes with a need for updated population genetic parameters estimates to allow DNA evidence evaluations using sequence data. Initial work has been done on a small sample and here we expand this work by providing estimates of population structure and relatedness for autosomal STR data generated by sequencing technologies. We also discuss the effect of inbreeding on forensic calculations and discuss why the use of genotypic-based estimates may be preferred over allelic-based estimates. |
doi_str_mv | 10.1016/j.fsigen.2024.103009 |
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title | Sequence-based population structure, relatedness, and inbreeding estimates for forensic autosomal STR markers |
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