Methamphetamine is a major issue in Quebec.  To tackle this problem, a new method has been developed.  This method focuses on chemical profiling of seized methamphetamine tablets.  The goal is to shed light on how and where these drugs are made and moved around the province.  This initiative is a first for Quebec and was carried out at the Provincial Forensic Laboratory.

The process involves analyzing samples using Gas Chromatography-Mass Spectrometry (GC-MS).  This technique helps identify 12 key impurities that define the chemical class of the methamphetamine.  The data collected goes through a series of treatments.  First, it is normalized to the sum of peak responses.  Then, the square roots of these values are calculated.  Finally, the Manhattan distance is determined between linked and unlinked samples.  This method has shown to be effective in distinguishing between different populations of methamphetamine samples.

A detailed database has been created.  It includes profiles of all analyzed samples.  This database is regularly updated.  It contains information on purity, chemical class, cutting agents, and physical traits of each sample.  If used consistently, this approach could reveal connections between current cases and past ones stored in the database.  It could also make it easier to compare cases based on traditional police work.  The database is a powerful tool that can provide valuable insights for law enforcement.  It can offer tactical, operational, and strategic intelligence.

The new method adds another layer of support for investigators.  It helps them differentiate between linked and unlinked methamphetamine samples.  While more research is needed to fully understand its potential, this tool shows promise.  It could help in the fight against illegal methamphetamine production and trafficking in Quebec.  The hope is that this approach will make a significant dent in the province's methamphetamine problem.

Unmasking Meth: Quebec's New Approach to Tracking Drug Trails

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