SNP analysis is of paramount importance in forensic genetics. The development of new
technologies in next-generation sequencing allowed processing a large number of markers …

Genetic variability of the SNPforID 52-plex identification SNP panel in Italian population
samples Page 1 Letter to the Editor Genetic variability of the SNPforID 52-plex identification …

A total of 149 unrelated and healthy individuals comprising: Tunisian Berbers, Tunisians
with Andalusian origin and Libyans were typed with the SNPfor ID 34-plex ancestry …

The advantages of single nucleotide polymorphism (SNP) typing in forensic genetics are
well known and include a wider choice of high-throughput typing platforms, lower mutation …

The analysis of degraded DNA is one of the biggest challenges in forensic casework. SNPs,
which can be amplified using small amplicons, have previously been successfully applied to …

Casework samples can present difficulties to forensic scientists in criminal and identification
investigations. Some challenging samples like bones, teeth and crime scene samples, often …

A set of autosomal single nucleotide polymorphism (SNP) loci was analyzed using the 52-
plex assay previously described by Sanchez et al.[JJ Sanchez, C. Phillips, C. Borsting, K …

A revision of an established 34 SNP forensic ancestry test has been made by swapping the
under-performing rs727811 component SNP with the highly informative rs3827760 that …

The SNPforID multiplex was developed for human identification purposes by the SNPforID
consortium [1]. A total of 52 autosomal SNP loci were amplified in one PCR reaction and the …

Next generation sequencing (NGS) technologies have enabled the possibility of analyzing a
large number of SNPs simultaneously from multiple samples in a single experiment, for …