[6] YM Chang, R. Perumal, PY Keat, RY Yong, DL Kuehn, L. Burgoyne, A distinct YSTR
haplotype for Amelogenin negative males characterized by a large Y (p) 11.2 (DYS458 …

The human sex test in forensic multiplexes is based on the amelogenin gene on both the X
and Y chromosomes commonly used in sex genotyping. In this study of 338 male individuals …

Today, the molecular technique routinely for sex determination in forensics is based the
detection of length variations in the X–Y homologous amelogenin gene (AMELX and …

Human gender identification, based on the amelogenin gene, has important applications in
forensic casework, prenatal diagnosis, DNA databasing, and blood sample storage …

In humans, the amelogenin gene is present on both the X and the Y chromosomes: there are
size differences in this gene between these chromosomes, which have been utilised for …

The use of STR multiplexes with the incorporated gender marker Amelogenin is common
practice in forensic DNA analysis. However, when a known male sample shows a dropout of …

Several commercial PCR multiplex kits incorporate the amelogenin locus for the purpose of
human gender identification. Consequently, erroneous results in the electropherogram …

The use of amelogenin locus typing as a gender marker incorporated in short tandem repeat
(STR) multiplexes is a common practice in sex typing. Mutations in the X or Y homologue of …

The amelogenin (AMEL) is widely used in many multiplex PCR kits for gender
determination. However, the null of amelogenin Y (AMELY) can result in the incorrect …

In humans, the amelogenin gene is present on both the X and the Y chromosomes.
However, there are size differences in this gene between these chromosomes, which have …