NCJ Number
253979
Journal
Forensic Science International-Genetics Volume: 41 Dated: July 2019 Pages: 107-119
Date Published
July 2019
Length
13 pages
Annotation
This review describes novel, forensically relevant multi-SNP loci (i.e., microhaplotypes or microhaps), compound markers (i.e., DIP-STRs, SNP-STRs and DIP-SNPs) and lineage markers (i.e., rapidly mutating Y chromosome STRs) that improve the deconvolution of two and more than two-person mixtures typed using conventional STR, binary and non-binary loci.
Abstract
The deconvolution of DNA mixtures has gained the attention of forensic DNA scientists for over two decades. To enhance mixture deconvolution capabilities, a new generation of sensitive DNA-typing approaches has been recently prod. The current review explores the features and applications of these emerging molecular biomarkers with respect to their ability to forensically detect same-or-opposite sex donors. It also discusses the impact of initial massively parallel sequencing (MPS) investigations of STR, microhaplotype, and SNP/indel assays for DNA mixture profiling. (publisher abstract modified)
Date Published: July 1, 2019
Downloads
Similar Publications
- Analysis of Highly Degraded DNA from Bone Samples Using Probe Capture Enrichment of the Entire Mitochondrial Genome and Next Generation Sequencing
- Development of a Nuclear SNP Probe Capture Assay for Massively Parallel Sequencing of Degraded and Mixed DNA Samples
- Bioaffinity-Based Methods for Forensic, Biometric, and Clinical Purposes