Forensic Chemistry and Biochemistry

Advanced Forensic Chemistry

Advanced forensic chemistry is central to solving complex criminal cases, particularly as criminal activities become more sophisticated. This session will highlight cutting-edge methods in drug analysis, chemical profiling, and trace evidence detection. Techniques like gas chromatography-mass spectrometry (GC-MS) and high-performance liquid chromatography (HPLC) enable forensic chemists to identify trace chemicals and toxic substances with remarkable precision. These tools make it possible to detect even minute quantities of drugs or poisons in complex samples, providing strong evidence in criminal investigations. The development of portable and rapid chemical analysis devices is further expanding the potential for on-site forensic work. As new challenges arise, such as emerging psychoactive substances, innovative chemical methodologies are essential for ensuring accurate, reliable, and timely forensic outcomes that enhance the resolution of criminal cases.