Forensic DNA evidence relies on understanding how genetic material is transferred, recovered and interpreted in criminal investigations. At its core are the processes of primary transfer, whereby DNA ...

In the constantly evolving field of forensic science, processing DNA quickly and accurately is paramount. Recent advances in technology have transformed the landscape of forensic DNA analysis, ...

This workshop session focused on probabilistic genotyping (PG; see Box 3-1) and featured presentations from panelists with expertise in forensic analysis, genetics, computer science, and law. It was ...

Forensic genetics applies molecular biology to legal and investigative contexts by analysing genetic markers to identify individuals, establish kinship and infer biogeographical ancestry or externally ...

PORTLAND, Ore. (KOIN) – A new study led by researchers from the University of Oregon dug into limitations of a forensic tool used at crime scenes — discovering one way that people may be incorrectly ...

Promega files patent for first-of-its-kind enzyme that minimizes stutter artifacts in STR analysis Reduced stutter polymerase enhances accuracy, efficiency and reliability of DNA profiling in forensic ...

Crime documentaries and courtroom dramas offer only a glimpse into the complex world of forensic science. While DNA analysis plays a key role in identifying suspects or victims, the scope of ...

A partially overhead image of a portion of a white bathtub that is nearly full of water. The metallic spigot and handles are on the left side of the frame, with tiles extending above the left side and ...

A factual overview of how DNA analysis helped identify Judy Doe after four decades, highlighting the investigation, advances ...

Alicia Carriquiry, Iowa State University and chair of the workshop planning committee, moderated this session of the workshop, which focused on FDP (see Box 4-1). The panel featured speakers with ...