Research Articles
Beyond the Whorls: How a Simple Fingerprint Can Now Reveal a Cocaine User
Discover how forensic scientists are combining fingerprint analysis with mass spectrometry to detect cocaine and its adulterants from a single latent print.
The Molecular Scissors: How Ozone Unlocks Fatty Acids' Secret Structures
Discover how ozone-coupled mass spectrometry revolutionizes fatty acid analysis by precisely locating carbon-carbon double bonds.
The Invisible Made Visible: How Scientists Instantly Detect Dangerous Synthetic Cannabinoids in Herbal Blends
Discover how Direct Analysis in Real Time Mass Spectrometry (DART-MS) revolutionizes synthetic cannabinoid detection in herbal samples with unprecedented speed and accuracy.
The Invisible Filter: How High-Throughput Differential Mobility Spectrometry is Revolutionizing Forensic Science
Explore how high-throughput differential mobility spectrometry coupled with mass spectrometry (DMS-MS) is transforming forensic science through rapid, accurate chemical analysis.
Unlocking the Elements: How Immersive Learning is Revolutionizing Mass Spectrometry
Discover how immersive learning transforms ICP-MS education through virtual simulations, interactive labs, and data visualization for elemental analysis.
Cracking a Chemical Code: The Mass Spectrometry Detective Story Behind Detecting Imidocarb
Explore how mass spectrometry methods evolved to detect the anti-protozoal drug imidocarb, ensuring food safety and veterinary medicine standards.
Forensic Toxicology: The Science Behind the Evidence
Explore the science of forensic toxicology, its analytical methods, and how it provides critical evidence in legal investigations.
The Silent Witness: How Liquid Chromatography-Mass Spectrometry Revolutionizes Forensic Chemistry
Explore how LC-MS technology transforms forensic chemistry through drug analysis, toxicology, and trace evidence detection with unprecedented precision and sensitivity.
Separation Science: The Hidden Art of Seeing Molecules
Explore the cutting-edge research in separation science presented at ISSS2018, where scientists push the boundaries of what we can separate, measure, and understand.
Exploding a Protein: What Mass Spectrometry Reveals About Lysozyme Under Extreme Conditions
Discover how MALDI-TOF mass spectrometry reveals the molecular changes in lysozyme proteins under explosive conditions, bridging biochemistry and extreme chemistry.