DNA (Deoxyribonucleic Acid)
Optimization of Microhaplotypes for Advanced DNA Mixture Deconvolution
Use of hormone-specific antibody probes for differential labeling of contributor cell populations in trace DNA mixtures
DNA Typing Strategies for Identification of Human Remains via Real-Time Nanopore Sequencing
Touch DNA in Activity-Level Propositions: A Bullpen of Events to Inform Alternate Prosecution and Defense Scenarios
Ionic liquid-solvated near infrared dyes for detection of trace blood spatter in textiles under ambient lighting conditions
Mitogenome Sequencing of 10,000 Population Samples Using a Highly Accurate, Single-Molecule Approach
The Effectiveness of Forensic Genetic Genealogy Techniques for Black, Indigenous, and Persons of Color
Species Identification in Forensic Casework using Proteomics
Aptamer-Based Oral Fluid Testing Device for Roadside Screening of Recent Marijuana Use in Drivers
Comparative Evaluation of Massively Parallel Sequencing STR kits with the Emphasis on Mixture Deconvolution Utilizing Probabilistic Genotyping.
Evaluation of the Occurrence and Associative Value of NonIdentifiable Fingermarks on Unfired Ammunition in Handguns for Evidence Supporting Proof of Criminal Possession, Use and Intent
The History and Legacy of the Latent Fingerprint Black Box Study
The FBI's black box study on latent prints continues to influence the criminal justice system's understanding of the validity and reliability of forensic testimony.
Inter-laboratory variation in interpretation of DNA mixtures
It's More Complex Than You Think: A Chief's Guide to DNA
What's Possible with Rapid DNA Technology
What's Possible with Rapid DNA Technology?
NIJ scientist Tracey Johnson joins science writer Sarah Michaud in this episode. They discuss Rapid DNA technology, and Tracey explains the complexities of this technology – its pitfalls and its possibilities.
Reading and Resources from NIJ: