SCIEX

Wednesday, November 9, 2022 at 1 pm EST | 12 pm CT | 10 am PDT | 7 pm CET | 6 pm GMT Waxes, isolates, gummies—pesticide testing in cannabis products can be challenging! Come learn about matrix effects and how you can build your testing procedures to minimize the impact they have on your laboratory.

This compendium showcases the SCIEX QTRAP® technology and what differentiates it from other triple quadrupole technology. Specifically, QTRAP applications and methods across a diverse set of testing areas are presented.

MRMHR creates a familiar workflow with unrivalled accuracy. Do targeted quantitation you need at trace levels in a similar format to how you would acquire your data on a triple quadrupole system.

In this application note, the analysis of the Massachusetts cannabis pesticide list using MRMHR acquisition on the X500R QTOF system is described.

A fully verified LC–MS method is presented using two different SCIEX triple quadrupole mass spectrometers for analyzing those pesticides comprising the Oregon pesticide list.

This compendium is a collection of application notes to assist laboratories in delivering premium testing of cannabis products to detect pesticides and natural toxins.

Chemovars-a chemistry-based, phenotypical fingerprint rather than a horticultural cultivar-have been proposed and gained popularity in the scientific community. Learn more about key advantages of chemovar classification of cannabis strains.

A lab’s largest purchases is an LC–MS instrument. The lab needs an instrument tough enough for cannabis that has the sensitivity to meet the needs of ongoing changes in regulations.

The state of Massachusetts regulates nine pesticides at 10 ppb in flower. These strict action levels necessitate a highly sensitive mass spectrometer, such as the SCIEX 6500+ QTRAP® system.

In this application note, we present the sample preparations and experimental conditions for the analysis of Canadian cannabis pesticides. Method performance data is shown that demonstrates the successful analysis of the Canadian cannabis pesticides in a flower matrix.

In this application note, we present the most commonly observed errors and challenges when analyzing pesticides in cannabis products and suggestions on how to avoid or correct these issues.