Everything leaves a trace

Learn more about forensic mass spectrometry applications

Learn how mass spectrometry technologies, including separation techniques such as gas chromatography, liquid chromatography, isotope ratio, direct analysis in real time and more, are being used by forensic testing and antidoping sport testing scientists to advance their fields.

The webinars listed below will introduce you to cost-effective mass spectrometry–based technologies and forensic applications solutions to help you reveal the truth hidden in virtually any sample. Depend on accurate analysis without exception.

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CategoryWebinar
AntidopingSpecific identification of exogenous steroids in urine by GC-IRMS
Antidoping428 prohibited substances detected in urine by UHPLC-Orbitrap
Forensic ToxicologyExhaled Breath Analysis Becomes Easier for more Reliable Drugs of Abuse Testing
Forensic ToxicologyFast Forensic Hair Analysis for Drugs of Abuse Using DART Ionization and Orbitrap HRAM
Forensic ToxicologyAn Intelligence-led Approach to the Detection of Drugs of Abuse and Novel Psychoactive Substances
Forensic ToxicologyThe Future of Designer Drug Analysis: Where are we going with HRMS?
Forensic ToxicologyNovel Psychoactive Substances: Challenges and Choices for Forensic Toxicology
AntidopingComprehensive anti-doping detection using the Q Exactive Orbitrap MS for equine urine analysis
AntidopingHow to Streamline Sample Preparation for Equine Drug Screening Using LC-MS
Forensic ToxicologyIdentifying Unknown Unknowns with High Resolution Accurate Mass MS in Toxicology Webinar
Forensic Toxicology
Forensic ToxicologyClose Your Uncertainty Gap with High Resolution Mass Spectrometry
Antidoping Winning the Sports Drug Arms Race
Forensic Toxicology

Advances in Forensic Analyses: When to Use GC-MS/MS, LC-MS/MS, and high-resolution accurate-mass spectrometry (HRAM)

  • Part 1: GC-MS/MS
  • Part 2: LC-MS-MS
  • Part 3: HRAM MS
Forensic ToxicologyAdvances, Benefits and Challenges of Oral Fluid Testing in Forensic Toxicology

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