This is the Final Summary Overview of a research project whose goal was to establish an analytical framework for the identification of individual N-benzylmethoxy-phenethylamine (NBOMe) isomers to the exclusion of all other possible isomeric and homologous forms of these compounds.
The NBOMe compounds are another recent addition to the new/novel psychoactive substances (NPS) category of drugs of abuse. The development of the desired analytical specificity was achieved by 1) chemical synthesis of complete sets of regioisomeric reference compounds for selected NBOMe isomers; 2) generation of an analytical profile for each compound; 3) chromatographic studies to separate/resolve all regioisomeric substances having overlapping analytical profiles; and 4) design and validation of confirmation level analytical methods for identifying each compound to the exclusion of other regioisomeric forms. The results of this project include information and data sets that advance the forensic chemistry knowledge base and understanding of the relationship between NBOMe drug structure and specific analytical properties of these compounds. Three peer-reviewed scientific publications from this project are listed in the appendix. 17 figures
Downloads
Similar Publications
- Determination of Δ9-THC, THCA, Δ8-THC, and Total Δ9-THC in 53 Smokable Hemp Plant Products by Liquid Chromatography and Photodiode Array Detection
- FY 2024 Solicitation Overview: Prosecuting Cold Cases Using DNA
- What FSSP Leaders Should Know About Artificial Intelligence And Its Application To Forensic Science In-Brief