Trace evidence
The Forensic Microbiome: The Invisible Traces We Leave Behind
“Wherever he steps, whatever he touches, whatever he leaves, even unconsciously, will serve as a silent witness against him.” Edmond Locard (1877-1966), forensic science pioneer
Forward-Scatter and Side-Scatter Dataset for Epithelial Cells From Touch Samples Analyzed by Flow Cytometry
Improvements to Laser Ablation-Inductively Coupled Plasma-Mass Spectrometry for Quantitative Forensic Analysis Using a Short Pulse (100 Femtosecond) Ultraviolet Laser
3D Characterization and Comparison of Fracture Surfaces
Enhancing the Capacity, Capabilities, and Validity of U.S. Forensic Laboratories
Enhancing the Capacity, Capabilities, and Validity of U.S. Forensic Laboratories
Enhancing the Capacity, Capabilities, and Validity of U.S. Forensic Laboratories
Post-Blast Explosives Attribution
Coupling Raman Spectroscopy With Ambient Sampling, Portable Mass Spectrometry for On-site, High-Throughput Evidence Confirmation on a Single Instrumental Platform
Occurrence and Utility of Latent Print Correspondences That Are Insufficient for Identification
Notes From the Field: Improving the Analysis and Collection of Trace Evidence Samples
Improving the Analysis and Collection of Trace Evidence Samples
Analysis of Small Particles Adhering to the Edges of Duct Tape as a Means to Make Associations in a Way that is Independent of Manufactured Characteristics
An Affinity-Free, Centrifugal Microfluidic System for Rapid, Automated Differential Extraction
Assessing the Strength of Trace Evidence Fracture Fits Through a Comprehensive, Systematic, and Quantifiable Approach
Using Forensic Intelligence To Combat Serial and Organized Violent Crimes
Integrating forensic evidence into the intelligence process is an evolutionary next step in reducing, disrupting, and preventing violent crime.