Dutch forensic scientists use mathematical modeling and fingerprint location to tell whether someone is an unwitting victim or sinister perpetrator. Continue reading How fingermark location and algorithms are changing forensic document examination
Currently, we can only use hair to identify people through the much-admired DNA. But scientists are now researching how a major component of hair may also be unique enough for identification. Continue reading Move Over DNA – Scientists May Identify People From Their Hair Proteins
Meet Jalissa, William, Niara and Catherine – exceptional academics, writers and budding forensic scientists. Continue reading Meet our seniors authors for National Forensic Science Week!
Technology in 3D-printing has advanced to allow for the printing of firearms and firearm parts. A group at the University of Mississippi are investigating the potential evidence the plastics from these guns may leave behind and how they can be identified. Continue reading Can forensic science keep up with homemade weapons?
In the aftermath of the 2018 Camp Fire, the Sacramento County Coroner’s Office implemented a new system to identify the victims of the wildfire: Rapid DNA technology. Continue reading Quickly Now! Using Rapid DNA Testing to Identify Wildfire Victims
Biotechnologists take a step forward in forensic DNA phenotyping with the prediction of freckles. Continue reading Freckle On: Predicting Freckles from DNA
Fibers are a common type of forensic trace evidence and can be used to link a suspect, scene and victim. But the general presence and composition of fibers prevents the specificity that detectives and crime scenes techs crave. Could a new statistical analysis called Lasso increase the evidentiary value of fibers? Continue reading Tying it all together: Lasso statistical analysis brings new power to fiber evidence
Can geneticists reconstruct the physical characteristics of an individual’s face from their DNA? Continue reading Building a “Face” from DNA
Traditionally, capillary electrophoresis is used to observe and detect STRs for the analysis of DNA profiles. Biotechnologists research massively parallel sequencing of STRs to increase throughput generating sequences for DNA profiles faster and more efficiently. Continue reading Back to the Future: Advances in DNA Analysis Using Massively Parallel Sequencing
Crime scenes can be messy and disorganized places, taking days to collect evidence and weeks to analyze in the laboratory. Analysts and researchers alike are working towards improving all parts of the crime solving process to speed up cases and provide better analysis methods. Continue reading Using machine learning to find patterns in blood
