Human biological traces have the potential to present strong evidence for placing a suspect
at a crime scene. In cases, the activity that led to deposition of an individual's cellular …

Applying molecular genetic approaches for the identification of forensically relevant body
fluids, which often yield crucial information for the reconstruction of a potential crime, is a …

RNA‐based body fluid and tissue identification has evolved as a promising and reliable new
technique to classify type and source of biological evidence in crime cases. In particular …

Identifying the types of body fluids left at the crime scene can be essential to reconstructing
the crime scene and inferring criminal behavior. MicroRNA (miRNA) molecule extracted from …

Body fluid identification (BFID) can provide crucial information during the course of an
investigation. In recent years, microRNAs (miRNAs) have shown considerable body fluid …

The identification of menstrual blood (MB) and peripheral blood (PB) left at a crime scene is
crucial for crime reconstruction, especially in sexual assaults. MicroRNAs (miRNAs), a class …

Body fluids are one of the most encountered types of evidence in any crime and are
commonly used for identifying a person's identity. In addition to these, they are also useful in …

A DNA profile from the perpetrator does not reveal, per se, the circumstances by which it was
transferred. Body fluid identification by mRNA profiling may allow extraction of contextual …

The knowledge about the type of the body fluid/tissue that contributed to a trace can provide
contextual insight into crime scene reconstruction and connect a suspect or a victim to a …

MicroRNAs (miRNAs) are promising biomarkers for forensic body fluid identification owing to
their small size, stability against degradation, and differential expression patterns. However …