Drugs of abuse analysis platform

Monday, 06 April, 2009 | Supplied by: Thermo Fisher Scientific


The EasyTox 2.5 GC/MS platform is suitable for routine drugs of abuse analysis. Incorporating the ToxLab Forms 2.5 software, the platform has been designed to reduce costs, increase sample throughput and improve productivity in forensic and clinical laboratories performing analysis of urine for signs of drugs of abuse.

The fully integrated solution combines the DSQ II single quadrupole GC/MS system with the software package and Trace GC columns and consumables. The software features Method Forge, an automated method builder designed to reduce method development time and optimise efficiency.

The platform provides complete methods and documentation for extraction and GC/MS analysis of common drugs of abuse in urine, offering full compliance with Substance Abuse and Mental Health Services Administration (SAMHSA) requirements for drugs of abuse testing. The DSQ II offers sensitivity for lower detection limits, while the DuraBrite XL ion source minimises mass spectrometer maintenance.

Method Forge simplifies method development by acquiring the software and then library searching a full scan data file, then building a method with the results. The software also allows the input of peak integration and other method settings, which can be customised further within the method as needed. The intuitive templates and wizards simplify day-to-day sample analysis and the Smart Reporting function facilitates real-time incorporation of any data changes into the reports.

Online: thermofisher.com
Phone: 1300 735 292
Related Products

Getac F110-EX fully rugged tablet

Getac has announced the F110-EX, aimed at professionals working in and around hazardous...

Thermo Scientific Proteome Discoverer 3.0 software

Thermo Scientific Proteome Discoverer 3.0 software combines with the CHIMERYS search engine by...

Bitplane Imaris 9.8 image analysis software

The software introduces a handling method for clipping planes and slicers to improve efficiency...


  • All content Copyright © 2021 Westwick-Farrow Pty Ltd