Crime laboratories
A Unique Approach to a Crime Gun Intelligence Center with the Inclusion and Support of 3D Virtual Comparison Technologies
U.S. National Footwear Database System Feasibility Study
Using Sesame Seed Oil to Preserve and Preconcentrate Cannabinoids for Paper Spray Mass Spectrometry
Promising Practices from Law Enforcement’s COVID-19 Response: Protecting the Public
Leveraging Laboratory Information Management Systems (LIMS) to Maintain Continuity of Operations: Lessons from the COVID-19 Pandemic
Notes From the Field: Caution Is Necessary When Expanding Field Testing Capabilities
Evaluation of 3D Virtual Comparison Microscopy for Firearm Forensics within the Crime Lab
Benefits and Limitations of the Statistical Methodology in Determining Evidentiary Value of Latent Print Identification: A Prospective Evaluation
National Firearms Examiner Academy Forensic Science Training
Development and Delivery of Knowledge-based Forensic Science Curricula
Reference Ballistic Toolmark Database for Research and Development of Identification Systems and Confidence Limits
A Metrology Foundation for 3D Ballistics Imaging
Emerging Drug Threats
Emerging Drug Threats
Accurate THC Determinations in Seized Cannabis Samples for Forensic Laboratories
Development of an Open Source Direct Analysis in Real Time Mass Spectrometry (DART-MS) Search Software and Library Building Tool for the Analysis of Complex Drug Mixtures
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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