Forensic Toxicology Application Notebook

A simple and sensitive UPLC-MS/MS method for the targeted MRM screening of negatively ionizing compounds in biological matrices for use in forensic toxicology laboratories.

In this application, a comprehensive comparison of sample preparation techniques conducted in plasma and urine for bioanalysis and forensic toxicology.

This application note describes analysis of pain management drugs and drugs of abuse for forensic toxicology.

This application note details the extraction of THC and metabolites from plasma samples using a novel SPE sorbent for forensic toxicology applications.

This application note details the extraction of THC and its metabolites from whole blood samples using a novel SPE sorbent, Oasis PRiME HLB, in a μElution format for forensic toxicology applications.

This application note describes a confirmatory method for use in forensic toxicology.

Here we describe a robust UPLC-MS/MS method for the analysis of cTHC in hair.

This application note details a single sample preparation and UPLC®-MS/MS analysis strategy for a comprehensive panel of compounds often analyzed in forensic toxicology screens.

An introduction to using mass detection in forensic toxicology screening.

Evaluate the UPLC-QDa system as an alternate analytical technique for the analysis of two commonly abused drug classes.

An improved chromatographic method for the sensitive measurement of PEth in Whole blood.

This application note demonstrates the sensitivity and selectivity of the expanded Forensic Toxicology Application Solution with UNIFI using negative ionization in providing a consistent comprehensive determination of cannabinoids.

The goals of this study were to evaluate the utility of the ACQUITY UPLC I-Class System and Xevo TQD for forensic toxicology screening and to assess the applicability of the existing chromatographic method combined with the existing full scan MS and MRM m...

The analysis of synthetic fentanyl compounds from whole blood is demonstrated in this technology brief.

This application note details a strategy for the successful extraction and analysis of representatives of several different classes of synthetic cathinones from human urine samples for forensic toxicology.