Explore how Thin-Layer Chromatography (TLC) serves as a powerful forensic tool for analyzing drugs, toxins, inks, and explosives through chemical separation and identification.
Explore how Thin-Layer Chromatography helps forensic scientists identify petroleum-based incendiary mixtures in arson investigations.
Discover how paper chromatography helps forensic scientists solve crimes by analyzing ink samples from documents like ransom notes and forged wills.
Explore how two-dimensional liquid chromatography (2D-LC) revolutionizes chemical analysis by providing unprecedented resolution for complex mixtures in pharmaceuticals, food science, and metabolomics.
Exploring the frontier of novel flame ionization detectors designed specifically for liquid chromatography, a development that promises to redefine chemical analysis.
Discover how adsorption and precipitation chromatography help solve crimes by separating chemical mixtures and providing crucial forensic evidence.
Explore the fascinating world of paper chromatography - a simple yet powerful scientific technique used to separate mixtures and solve real-world mysteries.
Explore how chromatography and micro/nanofluidic analysis are revolutionizing scientific research, environmental monitoring, and healthcare through advanced separation and detection technologies.
Explore the power of planar chromatography - a simple yet powerful separation technique used in labs worldwide for chemical analysis and quality control.