Fernando Caudevilla1, Mireia Ventura2, Iván Fornís2, Monica J Barratt3, Claudio Vidal2, Cristina Gil Lladanosa2, Pol Quintana2, Ana Muñoz2, Nuria Calzada2. 1. C.S. Puerta Bonita I. SERMAS. Madrid (Spain) c/Alegría 24, 28028 Madrid, Spain; Energy Control (ABD). Barcelona (Spain) C/Llibertat, 27, 08012 Barcelona, Spain. Electronic address: caudevilla@gmail.com. 2. Energy Control (ABD). Barcelona (Spain) C/Llibertat, 27, 08012 Barcelona, Spain. 3. Drug Policy Modelling Program, National Drug and Alcohol Research Centre, UNSW Australia, Sydney, NSW 2052, Australia; National Drug Research Institute, Faculty of Health Sciences, Curtin University, GPO Box U1987, Perth, WA 6845, Australia; Centre of Population Health, Burnet Institute, 85 Commercial Road, Melbourne, Victoria 3004, Australia.
Abstract
INTRODUCTION: User surveys indicate that expectations of higher drug purity are a key reason for cryptomarket use. In 2014-2015, Spain's NGO Energy Control conducted a 1-year pilot project to provide a testing service to cryptomarket drug users using the Transnational European Drug Information (TEDI) guidelines. In this paper, we present content and purity data from the trial. METHODS: 219 samples were analyzed by gas chromatography associated with mass spectrometry (GC/MS). Users were asked to report what substance they allegedly purchased. RESULTS: 40 different advertised substances were reported, although 77.6% were common recreational drugs (cocaine, MDMA, amphetamines, LSD, ketamine, cannabis). In 200 samples (91.3%), the main result of analysis matched the advertised substance. Where the advertised compound was detected, purity levels (m±SD) were: cocaine 71.6±19.4%; MDMA (crystal) 88.3±1.4%; MDMA (pills) 133.3±38.4mg; Amphetamine (speed) 51.3±33.9%; LSD 123.6±40.5μg; Cannabis resin THC: 16.5±7.5% CBD: 3.4±1.5%; Ketamine 71.3±38.4%. 39.8% of cocaine samples contained the adulterant levamisole (11.6±8%). No adulterants were found in MDMA and LSD samples. DISCUSSION: The largest collection of test results from drug samples delivered from cryptomarkets are reported in this study. Most substances contained the advertised ingredient and most samples were of high purity. The representativeness of these results is unknown.
INTRODUCTION: User surveys indicate that expectations of higher drug purity are a key reason for cryptomarket use. In 2014-2015, Spain's NGO Energy Control conducted a 1-year pilot project to provide a testing service to cryptomarket drug users using the Transnational European Drug Information (TEDI) guidelines. In this paper, we present content and purity data from the trial. METHODS: 219 samples were analyzed by gas chromatography associated with mass spectrometry (GC/MS). Users were asked to report what substance they allegedly purchased. RESULTS: 40 different advertised substances were reported, although 77.6% were common recreational drugs (cocaine, MDMA, amphetamines, LSD, ketamine, cannabis). In 200 samples (91.3%), the main result of analysis matched the advertised substance. Where the advertised compound was detected, purity levels (m±SD) were: cocaine 71.6±19.4%; MDMA (crystal) 88.3±1.4%; MDMA (pills) 133.3±38.4mg; Amphetamine (speed) 51.3±33.9%; LSD 123.6±40.5μg; Cannabis resin THC: 16.5±7.5% CBD: 3.4±1.5%; Ketamine 71.3±38.4%. 39.8% of cocaine samples contained the adulterant levamisole (11.6±8%). No adulterants were found in MDMA and LSD samples. DISCUSSION: The largest collection of test results from drug samples delivered from cryptomarkets are reported in this study. Most substances contained the advertised ingredient and most samples were of high purity. The representativeness of these results is unknown.