DNA testing
Physical and Biochemical Factors Affecting the Recovery and Analysis of DNA from Human Skeletal Remains
A DNA Barcoding Strategy for Blow and Flesh Flies Encountered during Medicolegal Casework
The Impact of Processing and Sampling Procedures on the Integrity of Forensically Relevant Biomolecules in Bones
Hidden Markov Models for DNA Sequencing
Forensic DNA Interpretation and Human Factors: Improving Practice Through a Systems Approach
What Medical Examiner’s And Coroner’s Offices Should Know About Molecular Autopsy
How to Right a Wrong: Empirically Evaluating Whether Victim, Offender, and Assault Characteristics can Inform Rape Kit Testing Policies
Forgotten Evidence: A Mixed Methods Study of Why Sexual Assault Kits (SAKs) Are Not Submitted for DNA Forensic Testing
Evaluation of a Victim-Centered, Trauma-Informed Victim Notification Protocol for Untested Sexual Assault Kits (SAKs)
Why Police "Couldn't or Wouldn't" Submit Sexual Assault Kits for Forensic DNA Testing: A Focal Concerns Theory Analysis of Untested Rape Kits
An assessment of scientific and technical aspects of closed investigations of canine forensics DNA - case series from the University of California, Davis, USA
Simplified COI barcoding of blow, flesh, and scuttle flies encountered in medicolegal investigations
Capturing nuclear DNA from hair shafts
Use of MicroRNA Expression in DNA extracts to Predict Body Weight Class in Forensic Samples
Evaluation and Implementation of High Throughput Second Generation Sequencing for Mitochondrial DNA Testing in Missing Persons and Forensic Casework at the UNT Center for Human Identification
Two-year review of firearm-related DNA casework evidence: A triage process to improve quality and efficiency
A Review of Legislation Associated With Lawfully Owed DNA Samples
Cost-Benefit Analysis Tool for Labor Expenditure Associated With Sexual Assault Kit Processing Workflows
Just Science Podcast: Just Identifying Individuals with Forensic Genetic Genealogy
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:
Hair Root Staining – What Can Hematoxylin Do for Your Laboratory?
Best Practices for DNA Laboratory Efficiency
Introduction to the National Best Practices for Improving DNA Laboratory Process Efficiency