Evidence analysis and processing
Improving Seminal Fluid Detection Sensitivity in Extended Post-Coital Intervals by QQQ Mass Spectrometry
Engineering a high-fidelity, damage-tolerant polymerase for forensic analysis of damaged DNA samples
A New Analytical Technique to Identify Surface Treatments of a Single Fiber
Capillary Zone Electrophoresis Automated Fraction Collection for the Forensic Analysis of Sexual Assault Evidence
A Confirmatory Test for Sperm in Sexual Assault Samples using a Microfluidic-Integrated Cell Phone Imaging System
Injury Evidence, Biological Evidence, and Prosecution of Sexual Assault
The Interaction and Impacts of State DNA Database Laws, Final Summary Overview
Fentalogs: Pharmacology, Toxicology & Analytical Approaches
Evaluation of Existing Technologies for Novel Analysis and Probabilistic Interpretation of Organic Gunshot Residue
Detection of Organic Gunshot Residue Using Capillary Microextraction of Volatiles With Cryofocusing
Opioids and the Drain on Laboratory Resources
National Best Practices for Sexual Assault Kits: A Multidisciplinary Approach
Just Science: Special Release: Just Bath Salts
Identifying Ignitable Liquids in the Aftermath of a Fire
Identifying Ignitable Liquids in the Aftermath of a Fire
After analyzing how ignitable liquids break down because of weathering and biological degradation in the aftermath of a fire, researchers have provided new data to fire investigators and crime labs.
Scale Modeling in Fire Reconstruction
Quantifying Error Rates for the Measurement of Human Skeletal Remains
Forensic Identification Using Individual Chemical Signatures
Standardized Process Developed for Identifying Dyes in Fibers
Designing Methods To Identify Evolving Designer Drugs
Forensic Identification Using Individual Chemical Signatures
By touching a cell phone, car keys, or even a pen, you are leaving behind a chemical signature that can reveal much about how you live your daily life.
Quantifying Error Rates for the Measurement of Human Skeletal Remains
In response to the National Academy of Sciences’ call for scientific data to support forensic evidence, researchers revised forensic anthropology procedures to include an “error metric” for the measurement of human skeletal remains.