A qualitative descriptive analysis of effects of psychedelic phenethylamines and tryptamines
Human Psychopharmacology Clinical and Experimental – January 01, 2020
Source: OpenAlex
Summary
Many users describe the tryptamine 4-AcO-DMT as mimicking psilocybin, a key insight from a qualitative analysis of 39 adults' experiences with various hallucinogen drugs. This pharmacology study explored subjective effects of novel psychedelics and their influence on behavior. Among participants, 46.2% used tryptamines, while 64.1% used phenethylamines like the 2C series. Notably, NBOMe compounds were often viewed unfavorably, and DOx effects lasted 12-36 hours. Understanding these diverse psychological impacts informs harm reduction and future medicine.
Abstract
Abstract Objective The number of novel psychedelic phenethylamines and tryptamines has continued to increase, but little academic research has focused on the effects of these substances. We sought to determine and compare the subjective effects of various substances. Methods We conducted in‐depth interviews with 39 adults (75.4% male and 87.2% White) who reported experience using psychedelic phenethylamines and/or tryptamines. Participants described the effects of compounds they have used. We examined the subjective drug effects in a qualitative descriptive manner. Results Participants reported on the use of 36 compounds. The majority (64.1%) reported the use of 2C series drugs, with 2C‐B use being most prevalent; 38.5% reported the use of NBOMe, and 25.6% reported the use of DOx. With regard to tryptamines, 46.2% reported use, and 4‐AcO‐DMT was the most prevalent drug used in this class. 2C‐B was often described as being more favorable than other 2C series compounds with the effects described as being comparable with MDMA and LSD. NBOMe effects were generally described in an unfavorable manner, and the effects of DOx were often described as lasting too long (12–36 hr). The effects of 4‐AcO‐DMT were often described as mimicking psilocybin. Conclusion Knowing the effects of various compounds can inform education, prevention, and harm reduction efforts regarding the use of these drugs.