Omega Laboratories announced the development and validation of a marijuana breath test. This validation includes a test method for the simultaneous quantification of Δ-9-tetrahydrocannabinol (THC), Δ-8-THC, cannabidiol (CBD), and cannabinol (CBN) in breath aerosols collected using Cannabix Technologies' Breath Collection Unit (BCU).
Cannabix Technologies Inc. and Omega have collaborated to optimize the design of the Cannabix BCU and compact Breath Cartridge technology. The BCU includes a startup unit air flow self-check, the ability to collect an ambient air sample to rule out external contamination from the immediate surrounding area, a split sample configured Breath Cartridge to simultaneously collect an A and B sample, and a collection system that will stop drawing in air should the donor stop breathing into the device. This prevents the device from pulling in ambient air from the surrounding area and a donor from trying to cheat the collection.
Omega Laboratories is currently in the process of incorporating breath testing into its suite of services. With credible and extensive research backing Cannabix's technology, including validation studies demonstrating its efficacy, Omega Laboratories is confident in the reliability and accuracy of the THC breath test system. In partnership with Cannabix, Omega has completed a full validation study that will be published to further demonstrate the effectiveness of the breath testing system in real-world testing scenarios.
The integration of Cannabix's THC BCU technology with Omega Laboratories' testing protocols will enable detection of THC levels in breath samples. This innovative approach not only streamlines the testing process but also ensures reliable results for clients across various industries, including law enforcement, workplace safety, and healthcare.
Furthermore, as part of this collaboration, all breath samples analyzed by Omega Laboratories undergo a testing process using mass spectrometry (mass spec), a gold standard in analytical chemistry to confirm which analytes are present. This meticulous approach reinforces Omega's commitment to maintaining the highest forensic standards of quality and integrity.
