Explore how DESI and DAPCI mass spectrometry enable non-proximate detection of molecules from up to 3 meters away, revolutionizing chemical analysis in forensics, pharmaceuticals, and biology.
Explore how forensic chemistry uses scientific principles to analyze evidence and solve crimes through advanced chemical techniques and instrumentation.
Explore how forensic entomology is revolutionizing crime investigation in Egypt through insect evidence and scientific research.
Discover how NSTA reviewers evaluate and recommend science education resources for teachers, with insights into the Urban Heat Island classroom investigation.
Explore how lab-on-a-chip technology is revolutionizing drug discovery with miniature human organ simulators, microfluidic systems, and AI integration.
Explore how gold-coated PDMS gratings with optimized depths are advancing Surface-Enhanced Raman Spectroscopy for ultrasensitive molecular detection.
Discover how hydrogen isotope analysis transforms water into a powerful forensic tool for tracing origins and solving crimes through atomic signatures.
Explore how forensic scientists use Neutron Activation Analysis and Atomic Absorption Spectroscopy to solve crimes through soil evidence.
Explore how The Year-Book of Pharmacy documented the transformation from traditional apothecary practices to modern pharmaceutical science through detailed experiments and research.
Explore how DNA extraction methods impact the success of ancient human remain analysis through massively parallel sequencing.