Explore how green chemistry principles are transforming forensic science through sustainable sample treatment methods, reducing environmental impact while maintaining analytical precision.
Discover how Raman spectroscopy is transforming forensic science with non-destructive analysis of evidence from body fluids to documents and drugs.
Explore how gas chromatography-mass spectrometry helps forensic scientists identify arson accelerants in fire investigations through advanced chemical analysis.
Discover how demineralized bone slices are transforming DNA recovery from weathered remains, with applications in forensic science and historical investigations.
Exploring THCV as a forensic marker for distinguishing cannabis use from pharmaceutical THC consumption in forensic toxicology.
Exploring advanced techniques for DNA recovery from formaldehyde-damaged tissues in embalmed cadavers for human identification purposes.
Scientific analysis of inorganic cocaine samples in Ecuador reveals alarming adulteration patterns and public health risks
Explore how forensic chemistry unlocks the secrets of evidence through atomic and molecular analysis. Learn about core principles, landmark experiments, and modern techniques.
Exploring how postmortem MRI technology is revolutionizing forensic investigations and neuroscience research by revealing brain secrets traditional autopsies miss.
Discover how forensic scientists use four complementary methods to detect peptide and protein-based doping agents in sports.