A team has developed a way to create an embedded fingerprint in 3D-printed parts that would withstand the item being broken, allowing authorities to gain information for forensic investigation, such as the identity of the printer or the person who owns it and the time and place of printing.
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After spending the last two years reviewing the cold case murder of a teen, detectives with the Mason County Sheriff’s Office (Michigan) gathered enough information to make it necessary to exhume the girl’s body in hopes of solving the case.
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Evidence collected from the crime scene was compared with a possible suspect, identified as William Lowery.
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Due to decomposition, the Medical Examiner’s Office listed the cause and manner of death as undetermined.
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A research team has used computer modeling to create a database of predicted chemical structures for improved detection of designer drugs.
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The SAFEvT Network provides telehealth support to hospitals that do not have forensic nurses available 24/7.
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The researchers applied the VISAGE enhanced age estimation tool, a widely used DNA methylation-based method, to blood samples from 100 cancer patients and 102 healthy individuals.
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Momentum in the case shifted in December 2024 when Wooden’s defense team called on NJIT undergraduate Mia LoRé and alumni Carmen Cheung and Gillian Kongnyuy, all working as digital forensic technicians with eForensix.
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Almost 10 years after his remains were found, an elderly Florida man who disappeared from his home has been identified.
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With support from a $2 million collaborative grant, researchers from UNT Health Fort Worth are using artificial intelligence and machine learning to develop new software to help forensic anthropologists accurately identify human remains.
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