Crime Scene
Effect of Fabric Mounting Method and Backing Material on Bloodstain Patterns of Drip Stains on Textiles
Forced Condensation of Cyanoacrylate With Temperature Control of the Evidence Surface To Modify Polymer Formation and Improve Fingerprint Visualization
One Step Fluorescent Cyanoacrylate Fingerprint Development Technology
SNP Miniplexes for Individual Identification of Random-Bred Domestic Cats
Results of the 2023 Rapid DNA Multi-laboratory Study – I-Chip
Results of the 2023 Rapid DNA Multi-laboratory Study – RapidINTEL Plus Sample Cartridge
Defining Methods to Create Consistent, Reproducible Impressions Deposited in Biofluids on a Variety of Substrates
Methods for Obtaining High-Quality Touch DNA from a Nonporous Surface after Latent Fingerprint Collection
Rapid DNA Crime Scene Sample Multi-Laboratory Evaluation Project
Advanced Crime Scene Analysis
George Mason University and the National Association of Attorneys General presents the National Center on Forensics Continued Training Plan
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Elucidation of the Effect of Solar Light on the Near-Infrared Excitation Raman Spectroscopy-Based Analysis of Fabric Dyes
Advanced Crime Scene Analysis
Criticality of Spray Solvent Choice on the Performance of Next Generation, Spray-Based Ambient Mass Spectrometric Ionization Sources: A Case Study Based on Synthetic Cannabinoid Forensic Evidence
Direct Comparison of Body Fluid Identification Technologies
Forensic investigators now have more information on the performance of identification technologies for biological fluids.
Safeguarding Forensic Science Professionals
The field is just beginning to acknowledge the unique need for a better scientific understanding of the impact of trauma exposure on forensic professionals.