Van Hout Marie Claire
a Substance Abuse Research Group, Centre for Health Behaviour, School of Health Sciences , Waterford Institute of Technology , Waterford , Ireland.
J Psychoactive Drugs. 2014 Oct-Dec;46(4):273-86. doi: 10.1080/02791072.2014.934979.
Abstract A synthetic cathinone called 4-methylethcathinone (4-MEC) emerged online in 2010, and was cyber-marketed to be a replacement for mephedrone. The study aimed to present user experiences of 4-MEC as reported on the Internet, with a focus on user profiles, sourcing and product characteristics, routes of administration, dosage, positive and undesirable effects, and comparisons to mephedrone. Twenty-three individual, anonymous trip reports of the sole use of 4-MEC, and 112 screenshots of general 4-MEC user discussion boards, were taken from a purposeful sample of public drug-related sites. A content textual analysis was conducted on extracted qualitative information and produced 41 categories compiled into five general themes: "Type of 4-MEC user"; "Sourcing, informed decision making, product characteristics, and quality assurance"; "Routes of administration, gauging of dosage, and consumption of other drugs"; "Time course effects and outcomes"; and "Comparisons with mephedrone." 4-MEC is sold as white beads, crystalline shards, or green balls. User motives centered on curiosity, pricing, and ease of web sourcing. Oral, nasal, injecting, eyeball, and rectal routes of administration were described. Testing for purity, "allergy testing," and gauging of dosage were common. Users described euphoric but short-lived effects, with little comedown. Continued research is vital to inform harm reduction.
一种名为4-甲基乙基卡西酮(4-MEC)的合成卡西酮于2010年出现在网络上,并在网上被推销为甲基麻黄碱的替代品。本研究旨在呈现互联网上所报道的4-MEC使用者的经历,重点关注用户特征、来源及产品特性、给药途径、剂量、正面和不良影响,以及与甲基麻黄碱的比较。从公共毒品相关网站的有目的样本中获取了23份单独的、匿名的仅使用4-MEC的旅行报告,以及112张4-MEC一般用户讨论板的截图。对提取的定性信息进行了内容文本分析,得出41个类别,归纳为五个总体主题:“4-MEC用户类型”;“来源、明智决策、产品特性和质量保证”;“给药途径、剂量测量和其他药物的使用”;“时效作用和结果”;以及“与甲基麻黄碱的比较”。4-MEC以白色珠子、结晶碎片或绿色丸子的形式出售。用户动机集中在好奇心、价格和网络采购的便利性上。描述了口服、鼻吸、注射、眼球和直肠给药途径。纯度检测、“过敏测试”和剂量测量很常见。用户描述了欣快感但持续时间短,几乎没有宿醉感。持续研究对于提供减少伤害的信息至关重要。