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PFAS Dark Matter and Slippery Cannabis: Disparate Problems with a Similar Path to a Solution

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PFAS Dark Matter and Slippery Cannabis: Disparate Problems with a Similar Path to a Solution

Author(s)

Frederick G. Strathmann, Rachel A. Harris, Joshua K. McBee, Thomas G. Lubinsky, Julie A. Wushensky, Jennifer R. Krone

Abstract

This study addresses the challenges of PFAS compounds and cannabinoid isomers using LC, HRIM, and QTOF approaches for deeper sample characterization. Collision Cross Section (CCS) serves as a unique identifier for known and unknown compounds in complex mixtures. The combination of ion mobility and mass spectrometry aids in the classification and prioritization of unknowns in diverse samples.

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PFAS Dark Matter and Slippery Cannabis: Disparate Problems with a Similar Path to a Solution

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