Discover how rapid homogeneous immunoassays revolutionize fentanyl detection with unprecedented sensitivity for both fentanyl and its metabolite norfentanyl.
Comparing Roche KIMS assay and GC-MS analysis for cannabinoid detection - accuracy, limitations, and real-world implications
Explore how computational modeling is transforming forensic drug detection, enabling scientists to predict and identify new psychoactive substances with unprecedented accuracy.
Explore the fascinating world of forensic benzodiazepine analysis and discover how experts transform tiny samples into credible evidence for justice.
Explore the cutting-edge technologies and innovative research in forensic toxicology that turn chemical clues into undeniable evidence in the pursuit of justice.
Discover the groundbreaking GC-APCI-QTOFMS with NCD method that identifies new psychoactive substances in blood without reference standards, revolutionizing forensic toxicology.
Discover how scientists use SPME and GC-MS to detect synthetic drugs in urine samples with cutting-edge forensic technology.
Discover how combined immunocapture and laser desorption/ionization mass spectrometry on porous silicon is revolutionizing drug detection and chemical analysis.
Explore how Direct Injection Mass Spectrometry (DIMS) is transforming illicit drug detection with unprecedented speed and sensitivity in forensic science.
Exploring how scientists are using advanced technology to detect and analyze the growing threat of designer drugs worldwide.