Discover how spontaneous redox chemistry using gold-aryl films revolutionizes forensic science by revealing latent fingerprints on nickel coins.
Explore how cerebrospinal fluid chemistry provides revolutionary methods for estimating time since death in forensic science.
Explore how forensic scientists use ion chromatography to analyze explosive residues from ATM robberies in Brazil and track criminal patterns.
Explore how advanced microtechniques like AFM, Raman Spectroscopy, and DNA phenotyping are transforming forensic science by analyzing microscopic evidence with unprecedented precision.
Discover how forensic scientists use vitreous humour potassium levels to determine time of death with remarkable accuracy.
Explore how RNA analysis is revolutionizing forensic science by enabling accurate estimation of biological stain age at crime scenes.
Discover how bloodstain metabolite markers are revolutionizing forensic science by enabling precise age estimation of bloodstains at crime scenes.
Explore how forensic science transforms biology education by engaging students through real-world applications, DNA experiments, and investigative learning approaches.
Explore how environmental factors like temperature, humidity, and sunlight degrade forensic evidence and challenge criminal investigations.
Exploring how forensic science recovers touch DNA from metal surfaces using Isohelix™ and Rayon swabs in criminal investigations.