Crime Scene
Improving Estimates of the Postmortem Interval with Metagenomics and Metabolomics
Cost-Benefit Analysis of 3D Imaging Technology as a Crime Scene Investigation Tool
Development of a Novel Human Materials Hyperspectral Remote Sensing Tool for Forensic Investigations and Operations for U.S. Law Enforcement
Discriminant Analysis of Raman Spectra for Body Fluid Identification for Forensic Purposes
Liquid Fuel Spill Fire Dynamics
Fast and Portable Drug Testing: Dual-Method Prototype Shows Promise for Court-Admissible Drug Testing
El Libro de Referencia de las Huellas Dactilares, Prefacio
El Libro de Referencia de las Huellas Dactilares, Contenidos
Ultrahigh Speed Direct PCR, A Method for Obtaining STR Genotypes in 6 Minutes
Typing Highly Degraded DNA Using Circularized Molecules and Target Enrichment
Just Science Podcast: Just Off the Shelf Forensics
Evaluation of the Vision X Comparison Microscope to Share Digital Images of Bullets and Shell Casings and the Potential Impact on the Firearms and Tool Marks Community
Evaluation of 3D Virtual Comparison Microscopy for Firearm Forensics within the Crime Lab
Just Science Podcast: Just Erroneous Identification
Development of a Mobile, Automated Tool Mark Characterization/Comparison System
National Footwear Database Evaluation
Quantitative Measures for Footwear Impression Comparisons
Fentanyl Contamination
Expanding Research to Examine the Impacts of Forensic Science on the Criminal Justice System
In 2004, the National Institute of Justice created the social science research on forensic sciences (SSRFS) research program to explore the impact of forensic sciences on the criminal justice system and the administration of justice. Much of the early research from the SSRFS program focused on DNA processing and the use of DNA in investigations and prosecutions.
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