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The DARK Side of Total Synthesis: Strategies and Tactics in Psychoactive Drug Production.

Schuyler A Chambers, Jenna M DeSousa, Eric D Huseman, Steven D Townsend

ACS Chemical Neuroscience February 1, 2018 DOI: 10.1021/acschemneuro.7b00528 (opens in new tab)

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Characteristics Review Peer reviewed
Keywords Humans Substance-related disorders Amphetamines N-methyl-3,4-methylenedioxyamphetamine Opium Oxycodone Crack cocaine Benzodiazepines Hallucinogens Psychotropic drugs Drug tolerance Drug industry History, ancient History, 19th century History, 20th century History, 21st century United states Opiate alkaloids Epidemics Drug overdose Synthetic drugs Opioid Stimulant Psychoactive
Key findings The review argues that foundational total syntheses of psychoactive molecules provided the groundwork for producing them in academic, industrial, and clandestine settings, and it frames the question of how organic chemists may have contributed to drug misuse. It reports that overdose, fueled by opioids, killed about 64,000 Americans in 2016 and is the leading cause of death for Americans under 50.

Abstract

Humankind has used and abused psychoactive drugs for millennia. Formally, a psychoactive drug is any agent that alters cognition and mood. The term "psychotropic drug" is neutral and describes the entire class of substrates, licit and illicit, of interest to governmental drug policy. While these drugs are prescribed for issues ranging from pain management to anxiety, they are also used recreationally. In fact, the current opioid epidemic is the deadliest drug crisis in American history. While the topic is highly politicized with racial, gender, and socioeconomic elements, there is no denying the toll drug mis- and overuse is taking on this country. Overdose, fueled by opioids, is the leading cause of death for Americans under 50 years of age, killing ca. 64,000 people in 2016. From a chemistry standpoint, the question is in what ways, if any, did organic chemists contribute to this problem? In this targeted review, we provide brief historical accounts of the main classes of psychoactive drugs and discuss several foundational total syntheses that ultimately provide the groundwork for producing these molecules in academic, industrial, and clandestine settings.

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