Research Articles
The Glass Detective: How a Laser Unlocks the Secrets of Crime Scene Evidence
Discover how LA-ICP-MS technology revolutionizes forensic glass analysis by revealing unique chemical fingerprints in crime scene evidence.
The Molecular Revolution: How Forensic Science Became a Genetic Detective
Explore how molecular biology has transformed forensic science, from DNA fingerprinting to proteomics and future technologies in criminal investigations.
The Narcotics Detective That Doesn't Need Clues: How Scientists Are Identifying Mystery Drugs in Blood
Discover the groundbreaking GC-APCI-QTOFMS with NCD method that identifies new psychoactive substances in blood without reference standards, revolutionizing forensic toxicology.
Crime Scene Lab: How Pocket-Sized Science is Revolutionizing Forensic Investigation
Explore how portable analytical techniques are transforming forensic investigations with rapid, on-site analysis capabilities.
Unmasking Ink: How Math Catches Forgers Red-Handed
Discover how Principal Component Analysis and Hierarchical Cluster Analysis help forensic scientists determine ink age and catch document forgers.
The Blood's Silent Whisper: How a Tiny Electrode Sniffs Out the Invisible Killer
Discover how forensic scientists use oxygen electrodes and erythrocytes to detect carbon monoxide poisoning in blood with unprecedented speed and precision.
Beyond the Needle: A New Scientific Key to Unlocking the Secrets of Suspicious Deaths
Discover how pericardial fluid is revolutionizing forensic toxicology as a new bioanalytical method enables precise opioid detection in death investigations.
O True Apothecary: How Forensic Science Solves Shakespeare's Classic Crime
Explore how modern forensic science unravels the toxicological mysteries in Shakespeare's Romeo and Juliet through chemical analysis of historical poisons.
Unlocking Tiny Clues: How Genome Science is Revolutionizing Forensic Investigation
Explore how Whole Genome Amplification and Molecular Crowding are transforming forensic analysis of low copy number DNA samples.
Unmasking the Invisible: How Light Solves Crimes - The Silent Power of IR and FTIR Spectroscopy
Explore how IR and FTIR spectroscopy revolutionizes forensic science by analyzing molecular fingerprints to solve crimes through chemical evidence analysis.