Forensic sciences
Improving the Collection of Digital Evidence
Notes From the Field: Using Forensic Intelligence to Drive Gun Crime Investigations
Identification of Clostridium Perfringens Enterotoxin As A Novel Candidate Trigger for Sudden Infant Death Syndrome
Initiation of a Gunshot Wound Trauma Atlas from Human Cranial Bone, Final Summary Overview
Improving Estimates of the Postmortem Interval with Metagenomics and Metabolomics
Facilitating Multidisciplinary Forensic Research Using A Unique Computed Tomography Dataset
Microbial Clocks for Estimating the Postmortem Interval of Human Remains at Three Anthropological Research Facilities
Investigating Upper Thermal Limits of Forensically Important Blow Flies to Improve Testimony in Forensic Entomology
Development of Modern Subadult Standards: Improved Age and Sex Estimation in U.S. Forensic Practice
The Forensic Microbiome: The Invisible Traces We Leave Behind
Perspectives on Addressing the Collection, Tracking, and Processing of Lawfully Owed DNA Samples
Enhancing Molecular Autopsies through Function Assays and Family Studies of Cardiac Arrhythmogenic Variants in Sudden Unexplained Deaths
Advancing Molecular Diagnostics in Sudden Unexplained Deaths
Terrorism Research Before and After 9/11
The tragedy of 9/11 posed unprecedented challenges to forensic science, social science, and physical science and technology — the three bedrock sciences at NIJ. Recovering from the attack and preventing another one have became topmost priorities in the 10 years since the attack. As we approach the 10th anniversary, Gary LaFree discusses how that fateful day impacted social scientific priorities and the outcomes from those changes.
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