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Waters

Application Notes by Waters

Analysis of Residual Pesticides and Mycotoxins in Cannabis

| Contributed by Waters

A rapid workflow for screening the California list of pesticides and mycotoxins in a challenging cannabis matrix

Analysis of Residual Pesticides and Mycotoxins in Cannabis Using UPLC-MS/MS and GC-MS/MS to Meet California Regulatory Requirements

| Contributed by Waters

This application note presents a comprehensive, sensitive and reproducible workflow for screening pesticides and mycotoxins simultaneously in cannabis

Determination of the Oregon Pesticide List in Cannabis Using a Simple Extraction Procedure With dSPE Cleanup and UPLC-MS/MS

| Contributed by Waters

In this application note we present the use of a simple sample extraction and dispersive solid phase extraction (dSPE) cleanup procedure.

Building Laboratory Capacity to Ensure Cannabis Safety, Quality, and Efficacy

| Contributed by Waters

Waters ACQUITY UPLC-MS/MS and Xevo TQ-S micro systems improve pesticide detection for ProVerde Laboratories, helping scientists ensure consumer safety for medical marijuana products.

IonKey/MS Application Compendium

| Contributed by Waters

The IonKey/MS system has become a mainstream technology with customers across a wide array of applications bringing unparalled ease of use and sensitivity with a turn of a key.

High Sensitivity Analysis of Opioids in Oral Fluid Using ionKey/MS

| Contributed by Waters

The ionKey/MS System facilitates high sensitivity and robust analysis of opioids in oral fluid.

Exploring Extra Sensitivity Using ionKey/MS with the Xevo G2-XS Q-Tof HRMS for Small Molecule Pharmaceutical Analysis in Human Plasma

| Contributed by Waters

The need for unambiguous data to support milestone transition and compound selection for drug discovery and development has fueled an unrelenting desire for instruments with higher sensitivity.

Pesticide Screening of Food Samples Using the ionKey/MS System

| Contributed by Waters

Microfluidic technology offers the capability to integrate several fluidic and instrumental components onto a single device

An Improved SPE-LC-MS/MS Method for the Quantification of Bradykinin in Human Plasma Using the ionKey/MS System

| Contributed by Waters

The need for robust and sensitive analysis of peptide species challenges both the chromatographic separation and mass spectrometry.

Chromatographic reproducibility of the novel ionKey/MS System

| Contributed by Waters

Enhanced MS with the turn of a Key. More sensitivity, more information from the same sample, more robust analysis.

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