Equipment and technology
Typing Highly Degraded DNA Using Circularized Molecules and Target Enrichment
Altering Administrative Segregation for Prisoners and Staff: A Mixed Methods Analysis of the Effects of Living and Working in Restrictive Housing
Statistical Error Estimation for an Objective Measure of Similarity to a Latent Image
Toxicological Time Travel: Retrospective Datamining of Analytical Time-of-Flight Mass Spectrometry (TOFMS) Data for Evaluating the Rise and Fall of Novel Opioid and Fentanyl Analog Use in the United States
Differences in Cannabis Impairment and its Measurement Due to Route of Administration
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
Firearm Toolmark Population Statistics for Objective Identification and Error Rate Estimation
A Metrology Foundation for 3D Ballistics Imaging
Establishing a National Firearms and Toolmark Statistical Background Population for Calculation of Error Rates
Post-Blast Explosives Attribution
A Quantitative Understanding of Uniqueness and Reproducibility of Firearm Toolmark Surfaces
Interoperability of 3D Impressed Firearm Toolmarks Measurements
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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