The goal of this study is to explore the application of epigenetic markers in the identification
of biofluids that are commonly found at the crime scene. A series of genetic loci were …

Purpose Knowledge of the composition of complex body fluid mixtures may aid forensic
investigations greatly. However, many of the traditional tests are presumptive in nature and …

The presence of specific body fluids at crime scenes could be linked with particular types of
crime, therefore attributing a DNA profile to a specific tissue could increase the evidential …

Determining the type and origin of body fluids in a forensic investigation can provide
important assistance in reconstructing crime scenes. A set of epigenetic markers, ZC3H12D …

The identification of a specific body fluid encountered in a forensic investigation can give
crucial information. This identification can be aided by methylation profiles based on …

The goal of this study is to develop an epigenetic multiplex for body fluid identification based
on tissue specific DNA methylation. A series of genetic loci capable of discerning the origin …

The identification of body fluids found at crime scenes can contribute to solving crimes by
providing important insights into crime scene reconstruction. In the present study, body fluid …

DNA methylation, which occurs at the 5′-position of the cytosine in CpG dinucleotides, has
great potential for forensic identification of body fluids, because tissue-specific patterns of …

The identification of body fluids is an essential tool for clarifying the course of events at a
criminal site. The analytical problem is the fact that the biological material has been very …

DNA analysis of various body fluid stains at crime scenes facilitates the identification of
individuals but does not currently determine the type and origin of the biological material …