用气相色谱法探索大麻的奥秘

M. García-Valverde, V. S. D. Medina, V. Codesido, Jesús Hidalgo-García, C. Ferreiro-Vera
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引用次数: 2

摘要

在过去的几十年里,大麻素,大麻的活性成分,已经引起了强烈的兴趣,关于与使用大麻和大麻衍生产品相关的健康影响。该物种在几个国家的逐步合法化促使人们越来越关注大麻素在植物不同化学型中的表征和定量,以及获得的最终产品。因此,过程和产品质量保证(PPQA)成为验证良好生产规范(GMP)的强制性实践。气相色谱法是在这个意义上最常用的技术之一,因为它的高可实现的分辨率。然而,样品的复杂性和大麻素的热不稳定性阻碍了分析。在本章中,将介绍气相色谱法分析大麻的最新进展,包括解决遇到的障碍的不同方法。
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Exploring the Mysteries of Cannabis through Gas Chromatography
In the last decades, cannabinoids, the active constituents of Cannabis sativa L., have been attracting a strong interest, regarding the health effects associated with the use of Cannabis and Cannabis-derived products. The progressive legalization of this species in several countries has prompted an increasing concern about the characterization and quantification of cannabinoids in diverse chemotypes of the plant, as well as the obtained final products. Therewith, Process and Product Quality Assurance (PPQA) becomes a mandatory practise to verify the Good Manufacturing Practices (GMP). Gas chromatography is one of the most used techniques in this sense due to its high attainable resolution. However, sample complexity and the thermal lability of cannabinoids hinder the analysis. In this chapter, a fully description of the recent advances in the Cannabis sativa L. analysis by gas chromatography will be presented, including different approaches that have come up to solve the obstacles encountered.
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Reactive Transport and Its Implications on Heavy Oil HTGC Analysis. A Coupled Thermo-Hydro-Chemical (THC) Multiphysics Modelling Approach Exploring the Mysteries of Cannabis through Gas Chromatography Features and New Examples of Gas Chromatographic Separation of Thermally Unstable Analytes
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