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'''"[[Journal:Accelerated solvent extraction of terpenes in cannabis coupled with various injection techniques for GC-MS analysis|Accelerated solvent extraction of terpenes in cannabis coupled with various injection techniques for GC-MS analysis]]"''' | '''"[[Journal:Accelerated solvent extraction of terpenes in cannabis coupled with various injection techniques for GC-MS analysis|Accelerated solvent extraction of terpenes in cannabis coupled with various injection techniques for GC-MS analysis]]"''' | ||
The [[cannabis]] market is expanding exponentially in the United States. As state-wide [[Legality of cannabis|legalization]] efforts increase, so also do demands for analytical testing methodologies. One of the main tests conducted on cannabis products is the analysis for [[Terpene|terpenes]]. This research focused on implementation of [[accelerated solvent extraction]] (ASE), utilizing surrogate matrix matching, and evaluation of traditional vs. more modern [[Sample (material)|sample]] introduction techniques for analyzing terpenes via [[gas chromatography–mass spectrometry]] (GC-MS) | The [[cannabis]] market is expanding exponentially in the United States. As state-wide [[Legality of cannabis|legalization]] efforts increase, so also do demands for analytical testing methodologies. One of the main tests conducted on cannabis products is the analysis for [[Terpene|terpenes]]. This research focused on implementation of [[accelerated solvent extraction]] (ASE), utilizing surrogate matrix matching, and evaluation of traditional vs. more modern [[Sample (material)|sample]] introduction techniques for analyzing terpenes via [[gas chromatography–mass spectrometry]] (GC-MS) ...('''[[Journal:Accelerated solvent extraction of terpenes in cannabis coupled with various injection techniques for GC-MS analysis|Full article...]]''')<br /> | ||
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Revision as of 18:48, 2 August 2021
The cannabis market is expanding exponentially in the United States. As state-wide legalization efforts increase, so also do demands for analytical testing methodologies. One of the main tests conducted on cannabis products is the analysis for terpenes. This research focused on implementation of accelerated solvent extraction (ASE), utilizing surrogate matrix matching, and evaluation of traditional vs. more modern sample introduction techniques for analyzing terpenes via gas chromatography–mass spectrometry (GC-MS) ...(Full article...)
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Accelerated solvent extraction of terpenes in cannabis coupled with various injection techniques for GC-MS analysis
