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Droplet‐based optical trapping for cell separation in mock forensic samples
Optical tweezers have a wide range of uses for mechanical manipulation of objects in the microscopic range. This includes both living and static cells in a variety of biomedical and research applications. Single‐focus optical tweezers, formed by focusing a laser beam through a hi...
A morphometric approach to morphology analysis of palatal rugae in sibling groups
Recent advances in imaging technologies, such as intra‐oral surface scanning, have rapidly generated large datasets of high‐resolution three‐dimensional (3D) sample reconstructions. These datasets contain a wealth of phenotypic information that can provide an understanding of mor...
An innovative method for human height estimation combining video images and 3D laser...
Digitalization has increased the number of video surveillance systems that sometimes capture crime images. Traditional methods of human height estimation use projective geometry. However, sometimes they cannot be used because the video camera surveillance system is not available ...
Classification of firing pin impressions using HOG‐SVM
Crimes, such as robbery and murder, often involve firearms. In order to assist with the investigation into the crime, firearm examiners are asked to determine whether cartridge cases found at a crime scene had been fired from a suspect's firearm. This examination is based on...
Evaluation of canine training aids containment for homemade explosive and components by...
While canines are most commonly trained to detect traditional explosives, such as nitroaromatics and smokeless powders, homemade explosives (HMEs), such as fuel–oxidizer mixtures, are arguably a greater threat. As such, it is imperative that canines are sufficiently trained in th...
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Introduction to the JFS Special Section on Fentanyl and its Analogs in Forensic Science
Issue Information
The most consistent finding in forensic science is inconsistency
The most consistent finding in many forensic science domains is inconsistency (i.e., lack of reliability, reproducibility, repeatability, and replicability). The lack of consistency is a major problem, both from a scientific and a criminal justice point of view. Examining forensi...
The most consistent finding in forensic science is inconsistency
The most consistent finding in many forensic science domains is inconsistency (i.e., lack of reliability, reproducibility, repeatability, and replicability). The lack of consistency is a major problem, both from a scientific and a criminal justice point of view. Examining forensi...