Literatursammlung


Ergebnisse für Forensic toxicology
Beschreibung
Targeted MRM Screening for Forensic Toxicology in Negative Electrospray Ionization Mode Using the Xe...
Bibliotheks-Nummer: APNT135012609 | Format: PDF | File-Größe: 342 kB | Jahr: 2019 | Inhalt: Applikationsmitteilungen

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.

Analysis of Phosphatidylethanol (PEth) in Whole Blood using SPE and UPLC-MS/MS for Forensic Toxicolo...
Bibliotheks-Nummer: APNT135081749 | Format: PDF | File-Größe: 577.51 kB | Jahr: 2021 | Inhalt: Applikationsmitteilungen

This application note details a solution for the quantitative analysis of PEth that uses solid phase extraction (SPE), followed by a rapid UPLC-MS/MS method for the analysis of PEth 16:0/18:1 and PEth 16:0/18:2 from whole blood.

Forensic Toxicology Application Notebook
Bibliotheks-Nummer: APNT134770639 | Format: PDF | File-Größe: 133261.96 kB | Jahr: 2016 | Inhalt: Applikationsmitteilungen

Forensic Toxicology Application Notebook

A Comprehensive Method for the Analysis of Pain Management Drugs and Drugs of Abuse Incorporating Si...
Bibliotheks-Nummer: APNT134965859 | Format: PDF | File-Größe: 390.56 kB | Jahr: 2018 | Inhalt: Applikationsmitteilungen

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

A Comprehensive Comparison of Solid Phase Extraction (SPE) vs. Solid Liquid Extraction (SLE) vs. Liq...
Bibliotheks-Nummer: APNT134947936 | Format: PDF | File-Größe: 407.03 kB | Jahr: 2017 | Inhalt: Applikationsmitteilungen

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

Tof-MRM for the Confirmation of Fentanyl Analogues for Forensic Toxicology
Bibliotheks-Nummer: APNT135011515 | Format: PDF | File-Größe: 1322.32 kB | Jahr: 2019 | Inhalt: Applikationsmitteilungen

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

Quantitative Analysis of THC and its Metabolites in Plasma Using Oasis PRiME HLB for Toxicology and ...
Bibliotheks-Nummer: APNT134916779 | Format: PDF | File-Größe: 334.06 kB | Jahr: 2016 | Inhalt: Applikationsmitteilungen

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

Quantitative Analysis of THC and its Metabolites in Whole Blood Using LC-MS/MS for Toxicology and Fo...
Bibliotheks-Nummer: APNT134901925 | Format: PDF | File-Größe: 313.84 kB | Jahr: 2016 | Inhalt: Applikationsmitteilungen

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.

Using UPLC-MS/MS for the Determination of Carboxy-THC (cTHC) in Hair for Forensic Toxicology
Bibliotheks-Nummer: APNT134998162 | Format: PDF | File-Größe: 308.14 kB | Jahr: 2018 | Inhalt: Applikationsmitteilungen

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

A Simplified, Mixed-Mode Sample Preparation Strategy for Urinary Forensic Toxicology Screening by UP...
Bibliotheks-Nummer: APNT134829766 | Format: PDF | File-Größe: 1562.74 kB | Jahr: 2015 | Inhalt: Applikationsmitteilungen

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.

Systematic Toxicological Analysis (STA) Using the ACQUITY QDa Mass Detector - Part I
Bibliotheks-Nummer: APNT135042666 | Format: PDF | File-Größe: 888.96 kB | Jahr: 2020 | Inhalt: Applikationsmitteilungen

An introduction to using mass detection in forensic toxicology screening.

Evaluation of the ACQUITY UPLC H-Class System with ACQUITY QDa Mass Detector for the Determination o...
Bibliotheks-Nummer: APNT135024242 | Format: PDF | File-Größe: 583.51 kB | Jahr: 2019 | Inhalt: Applikationsmitteilungen

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

Phosphatidylethanol (PEth) – A Direct Biomarker for Ethanol Abuse Analyzed with UPLC-MS/MS for Foren...
Bibliotheks-Nummer: APNT134946929 | Format: PDF | File-Größe: 391.67 kB | Jahr: 2017 | Inhalt: Applikationsmitteilungen

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

Extraction of Synthetic Fentanyl Compounds and Removal of Phospholipids from Whole Blood Using Oasis...
Bibliotheks-Nummer: APNT134989228 | Format: PDF | File-Größe: 749.44 kB | Jahr: 2018 | Inhalt: Applikationsmitteilungen

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

Screening for Cannabinoids Using the Waters Forensic Toxicology Application Solution with UNIFI
Bibliotheks-Nummer: APNT134848226 | Format: PDF | File-Größe: 1513.99 kB | Jahr: 2015 | Inhalt: Applikationsmitteilungen

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.

Forensic Toxicology Screening Using the ACQUITY UPLC I-Class System with the Xevo TQD
Bibliotheks-Nummer: APNT134727525 | Format: PDF | File-Größe: 2622.65 kB | Jahr: 2013 | Inhalt: Applikationsmitteilungen

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...

Analysis of “Bath Salt” Compounds from Urine for Forensic Toxicology Using μElution Mixed-mode SPE C...
Bibliotheks-Nummer: APNT134744461 | Format: PDF | File-Größe: 1266.06 kB | Jahr: 2013 | Inhalt: Applikationsmitteilungen

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.

Revolutionizing SPE with Otto SPEcialist: An Easy-to-Use, Software-Driven, Positive Pressure Manifol...
Bibliotheks-Nummer: APNT135077477 | Format: PDF | File-Größe: 746.65 kB | Jahr: 2020 | Inhalt: Applikationsmitteilungen

This work encapsulates the reliability that this new and seamless technology can provide when executing a solid-phase extraction method using the Otto SPEcialist Positive Pressure Manifold.

Utilizing an Automated Platform to Streamline Workflow Processes: Sample Preparation and Extraction ...
Bibliotheks-Nummer: APNT135073556 | Format: PDF | File-Größe: 1516.4 kB | Jahr: 2020 | Inhalt: Applikationsmitteilungen

This work aims to provide a practical and broadly applicable, automated SPE strategy for the accurate and reproducible quantification of drugs of abuse and pain management drugs from urine samples in support of clinical research in forensic toxicology.

Analysis of Synthetic Cannabinoids from Urine for Forensic Toxicology using Oasis HLB μElution plate...
Bibliotheks-Nummer: APNT134763848 | Format: PDF | File-Größe: 1383.96 kB | Jahr: 2013 | Inhalt: Applikationsmitteilungen

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

Using the Waters Forensic Toxicology Screening Application Solution With UNIFI to Determine Diuretic...
Bibliotheks-Nummer: APNT134844598 | Format: PDF | File-Größe: 1814.13 kB | Jahr: 2015 | Inhalt: Applikationsmitteilungen

This application note determines the presence of diuretics in urine, particularly at concentrations below the WADA MRPL.

Systematic Toxicological Screening Using the ACQUITY UPLC I-Class/Xevo TQ-S micro
Bibliotheks-Nummer: APNT134884386 | Format: PDF | File-Größe: 892.82 kB | Jahr: 2016 | Inhalt: Applikationsmitteilungen

This technology brief demonstrates a simple, sensitive UPLC-MS method for forensic toxicology screening of compounds in various biological matrices.

UPLC-MS/MS Method for Quantitation of EtG and EtS in Human Urine
Bibliotheks-Nummer: APNT134983570 | Format: PDF | File-Größe: 293.84 kB | Jahr: 2018 | Inhalt: Applikationsmitteilungen

This application note highlights the development of a simple method, for the quantitation of ethylglucuronide (EtG) and ethylsulfate (EtS), for forensic toxicology.

Quantitative Determination of Urinary COOH-THC for Forensic Toxicology: Comparison to a Validated Re...
Bibliotheks-Nummer: APNT134919758 | Format: PDF | File-Größe: 221.63 kB | Jahr: 2016 | Inhalt: Applikationsmitteilungen

This application note details an inter laboratory comparison of COOH-THC quantification using Oasis PRiME HLB.

Illicit Drug Analysis in Urine Using 2D LC-MS/MS for Forensic Toxicology
Bibliotheks-Nummer: APNT134868426 | Format: PDF | File-Größe: 2032.81 kB | Jahr: 2015 | Inhalt: Applikationsmitteilungen

This application note targets illicit drugs in urine.