How Forensic Chemistry Catches Criminals

Forensic chemistry turns crime scenes into science labs, uncovering hidden clues.
It analyzes blood, hair, fibers, and other trace evidence, linking suspects to crimes.
DNA profiling relies on chemistry, providing unique genetic fingerprints for identification.
Toxicology detects poisons and drugs, revealing substances that may have caused harm.
Gunshot residue analysis identifies firearm use, connecting suspects to weapons.
Chemical tests can detect accelerants in arson cases, helping solve suspicious fires.
Ink and paint analysis exposes forgeries and vandalism, proving authenticity or tampering.
Advanced instruments like GC-MS and NMR provide precise molecular information.
Even trace amounts matter, as tiny chemical clues can crack major cases.
At its core, forensic chemistry converts molecules into evidence, turning science into justice.