Discover how scientists are using FTIR spectroscopic imaging to determine the age of fingerprints by tracking chemical degradation of contaminants like MDMA.
Explore the fascinating world of toxicological microanalysis - the science of detecting minuscule amounts of toxic substances in tiny samples.
Discover how forensic scientists use scanning electron microscopy to identify mozzarella cheese in gastric contents and solve crimes.
Explore how magnetic nanomaterials are revolutionizing forensic science with unprecedented precision in DNA analysis, fingerprint enhancement, and toxicology detection.
Analysis of scopolamine detection in urine samples using thin layer chromatography in forensic investigations
Explore the complex science of postmortem fentanyl detection and the challenges forensic toxicologists face in interpreting results in overdose cases.
Discover how forensic scientists use chemical fingerprinting technology to trace methamphetamine back to its source through unique chemical signatures and isotopic analysis.
Explore how Yfiler® Plus DNA technology revolutionizes forensic investigations by analyzing trace genetic material with advanced Y-STR analysis techniques.
Comprehensive overview of the ANDE 6C Rapid DNA Identification System and its validation for forensic casework and disaster victim identification.
Explore how SNaPshot technology enables forensic SNP genotyping for analyzing degraded DNA, predicting ancestry, and solving complex criminal cases.