Research Articles
Beyond the Magnifying Glass: How Chemometrics is Revolutionizing Forensic Chemistry
Explore how chemometrics is transforming forensic chemistry through data-driven analysis of illicit drugs, with real-world case studies and applications.
The Silent Witness: Engineering a Sponge of Clues to Crack Cold Cases
Discover how functionalized silica monoliths are revolutionizing forensic chemistry by extracting crucial evidence from complex samples with unprecedented precision.
Cracking Cases with Chemistry: The Power of HPLC in Forensic Science
Explore how High-Performance Liquid Chromatography (HPLC) revolutionizes forensic science through precise chemical analysis in crime investigations.
Beyond the Glare: How a New Light is Solving Forensic Puzzles
Explore how Fourier Transform Infrared transflection analysis is revolutionizing forensic chemistry by detecting trace evidence with unprecedented precision.
The Invisible Killer: How Scientists Detect a Lethal Rat Poison
Explore how forensic scientists detect alpha-naphthylthiourea (ANTU), a deadly rat poison, using advanced techniques and microscopic analysis.
Crime Scene Chemistry: The Paper Spray Mass Spectrometry Revolution
Discover how Paper Spray Ionization Mass Spectrometry is revolutionizing forensic chemistry with rapid, portable chemical analysis.
The Hidden Chemical Detectives: How Methamphetamine Impurities Reveal Drug Trafficking Secrets
Exploring how forensic chemists in Ankara use impurity profiling to combat methamphetamine trafficking through advanced chemical analysis techniques.
The Silent Witness: How Zinc Compounds Revolutionize Forensic Chemistry
Exploring how zinc compounds have become forensic powerhouses, solving crimes through toxicology analysis and advanced fingerprint detection techniques.
The Invisible Detectives: How GC-MS Unlocks Forensic Drug Mysteries
Explore how GC-MS technology revolutionizes forensic drug analysis with unprecedented accuracy and speed in criminal investigations.
The Chemical Detective: How GC-MS Sniffs Out Clues in Human Tissue
Explore how Gas Chromatography-Mass Spectrometry (GC-MS) helps forensic chemists identify substances in human tissue to solve crimes and determine causes of death.