Following are articles published by the National Institute of Justice
Addressing the Challenges of Detecting Drug-Facilitated Sexual Assault
NIJ has funded research to address the challenges of detecting DFSA for several years. This research includes projects that examine ways to improve forensic hair testing and how drugs modify blood proteins.
What’s That Drug? Fast Screening of Seized Drugs
NIJ-funded scientists from West Virginia University develop quick, easy, and accurate drug tests.
Detecting Drugs in Hair: Is It Drug Use or Environmental Contamination?
NIJ-funded researchers develop a new approach to address a long-standing problem in toxicology.
The Impact of Drugs on Human Decomposition: What Insect, Scavenger, and Microbial Evidence Tells Us
Detecting Drug Exposure Long After the Fact: New Method Proves Effective
NIJ-funded researchers develop a novel blood protein modification assay to detect drug exposure long after the limits of traditional urine or blood tests.
Five Things About Vaping and E-Cigarettes
Supporting Law Enforcement and Prosecution of Opioid-Related Overdose Deaths
An Examination of Cuyahoga County’s Heroin Involved Death Investigation (HIDI) Protocol
Meeting the Evolving Challenges of Fentanyl and Other Emerging Drugs of Abuse: Innovative Strategies for Improving Analysis
NIJ-supported research offers new workflow for complicated drug analysis, improves upon traditional workflow.
Challenges in Identifying Novel Psychoactive Substances and a Stronger Path Forward
The importance of non-targeted testing to keep pace with a rapidly evolving synthetic opioid market.
How Good Are the Data? Novel Metric Assesses Probability That an Unknown Drug Sample Matches a Known Sample
NIJ-funded researchers developed a novel metric to assess probability that an unknown sample of a drug matches a library sample, with profound implications for standardization of mass spectrometry results.
Fast and Portable Drug Testing: Dual-Method Prototype Shows Promise for Court-Admissible Drug Testing
Researchers integrate two independent, validated drug-testing techniques – mass spectrometry and Raman spectroscopy – onto a single platform prototype for fast and accurate analysis of seized substances.