Exploring the critical juncture in state medicine as healthcare systems face unprecedented challenges and opportunities for transformation.
Exploring how forensic science and crime scene investigation techniques are transforming chemistry education through engaging, real-world applications.
Explore how advanced separation and detection technologies are transforming forensic analysis of illicit substances, from GC×GC and LC-MS to DNA integration and AI-powered solutions.
Discover how demineralized bone slices are transforming DNA recovery from weathered remains, with applications in forensic science and historical investigations.
Discover how synchrotron radiation is revolutionizing forensic science by revealing the chemical secrets hidden in human fingerprints.
Exploring how bones absorb metals from sediments over time and the implications for archaeology, forensics, and environmental science.
Explore how forensic chemistry tools and methods help investigators solve crimes through chemical analysis of evidence.
Explore how forensic scientists solve the complex puzzle of drug identification when multiple substances interfere with each other in crime scene evidence.
Exploring THCV as a forensic marker for distinguishing cannabis use from pharmaceutical THC consumption in forensic toxicology.
Discover how metabolic profiling is revolutionizing prenatal care by enabling early detection of pregnancy complications through advanced metabolomics analysis.