Discover how case studies and role-playing transform forensic chemistry education, making it immersive and effective through mock crime scenes and hands-on investigation.
Explore how presumptive color tests revolutionize forensic chemistry by detecting alkaloids through color changes, with advances in computer vision and microfluidics.
How forensic scientists are solving crimes by analyzing the invisible biological traces left behind on the most dangerous of evidence.
Scientific analysis of inorganic cocaine samples in Ecuador reveals alarming adulteration patterns and public health risks
Discover how explosives used in road construction can contaminate groundwater with nitrates, and how scientists use isotopic fingerprinting to detect and solve this environmental mystery.
Discover how natural compounds from plants are transforming forensic science by providing eco-friendly, effective methods for latent fingerprint detection.
Discover how a novel two-primer qPCR approach is revolutionizing genetic detection by making it simpler, cheaper, and more accessible.
Exploring how the Aggie Sleuth Initiative transforms forensic science education through guided inquiry learning to address critical thinking deficits in the field.
Exploring how forensic chemists in Ankara use impurity profiling to combat methamphetamine trafficking through advanced chemical analysis techniques.
Exploring the link between antipsychotic medications and eosinophilic myocarditis, a rare but deadly heart condition in younger patients.