Presentation from Dr Ornella Corazza and Zoe Davey about the RedNeT project; an ICT prevention service addressing the use of novel compounds in vulnerable individuals
1. +
Recreational Drugs European
Network: an ICT prevention
service addressing the use of
novel compounds in vulnerable
individuals
Zoe Davey Dr Ornella Corazza
ReDNet Project ReDNet Project
Institute of Psychiatry, King’s College London School of Pharmacy, University of Hertfordshire
zoedavey@kcl.ac.uk o.corazza@herts.ac.uk
Drug Education Forum AGM, London, UK
4th March 2010
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Overview of the ReDNet Project
Dr Ornella Corazza
University of Hertfordshire
o.corazza@herts.ac.uk
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ReDNet Project
Initial Situation: Problem
Analysis
Hundreds of websites dedicated to the dissemination of new
drugs and provide detailed ‘recipes’ for synthesizing,
growing, and consuming a variety
These drugs are constantly appearing in more sophisticated
forms
Lack of scientific knowledge
Can remain unregulated for a long period of time
Often sold as ‘something’ else
Young people targeted
Attractive messages, accessible
New products alerts via SMS, email, etc
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ReDNet Project
Initial Situation: Problem
Analysis
In the last decade there has been a dramatic change in the
social context of substance misuse, which has shown rapid and
unexpected developments. Not only have the types of
recreational drugs changed, but also the modalities of intake,
and the places where they are purchased and consumed
(Gordon et al., 2006; Schepis et al., 2008; Schifano et al., 2006;
Corazza et al 2009).
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ReDNet Project
Aims
To develop an integrated ICT prevention approach focused
on novel synthetic and herbal compounds and combinations,
targeted at young and vulnerable individuals.
To investigate the potential of ICT tools in drug prevention
approaches focusing on novel psychoactive compounds
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ReDNet Project
Working Hypothesis
Traditional forms of intervention appear to be negatively
appraised by those ‘at risk’:
Fear based and moralistic
Theoretical and didactic
Focused on traditional drugs (which are not the only interest of
young people)
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ReDNet Project
Objectives
To develop specific, balanced, non judgmental prevention/
harm minimisation messages
To pilot a number of ICT tools that are informed by available
literature, accurate and up-to-date information on novel
psychoactive compounds, and input from the target group(s)
To assess the feasibility of a variety of the implemented ICT
tools /prevention approaches
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ReDNet Project
Target Groups
Young people (16-24) who don’t have access to appropriate drug
information and/or treatment services (the online community, high school
students, university students etc)
Health and other professionals working directly with the above group who
are often no up-to-date with information about new drugs and novel
compounds
Methods
To develop and pilot a number of approaches using different ICT tools
e.g., SMS, Social networking (Facebook/Twitter), Multimedia ( YouTube),
Smartphone applications (iPhone), Virtual worlds (Secondlife)
Involve target groups(s) in the development of appropriate content
(taking into account possible iatrogenic effects)
Use the Psychonaut Web Mapping system as a source of information on
new drugs and emerging trends (continue to update this resource)
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ReDNet Project
Expected outcomes
Raise awareness of novel compounds and the potential harms associated
with their use
To have contributed to the development of the first ICT prevention model
of its kind that is functional at the European level
To have developed a model for effectively targeting young people,
making them more aware of the health risks associated with the use of
‘legal highs’ which are perceived as ‘safe’ by a number of users
To enhance scientific knowledge and understanding of novel recreational
drugs amongst relevant professionals
To have piloted and assessed the risk associated with the dissemination of
information on novel compounds to young people
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ReDNet Project
ReDNet Research Group Project Details
University of Herfordshire, UK 24 months (start date April 2010)
Institute of Psychiatry, King’s College Funded by the EU Executive Agency for
London, UK
Health and Consumers in the framework of
Institute of Psychiatry and Neurology, the Public Health Programme [2009 12 26]
Poland
Main Beneficiary:
Bergen Clinics Foundation, Norway
Professor Fabrizio Schifano
De Sleutel, Belgium University of Hertfordshire
College Lane
Servizio Salute Regione Marche, Italy
Hatfield
Consorci Mar Parc de Salut, Spain Hertfordshire
UK
LVR, University of Duisberg-Essen,
Germany
f.schifano@herts.ac.uk
National Institute for Drug Prevention,
Hungary
DrugScope UK
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Drugs on the Internet
Dr Ornella Corazza
School of Pharmacy
University of Hertfordshire
o.corazza@herts.ac.uk
12. + Drugs on the Internet
Examples from the Psychonaut Web Mapping Project
2008-2009
412 compounds
Technical Reports
Salvia divinorum Phalaris Arundinacea
Spice Ephedra
Mephedrone Kola Nut
Bromo-dragonfly Benzydamine (Tantum Rosa)
Lyrica (Pregabalin) HU-210
Sassafras Sinicuichi
Wild Dagga GBL, GHB, 1,4-BDO
Gotu Kola 2CB
Jurema Peyote
Happy Caps MDPV
Norspan 5-MeO-AET
Herkinorin JWH-018
Minikikke/Superkikke JWH-073
4-AcO-MET Ikathazo
Syrian Rue Papaver somniferum
5-MeO-MiPT
20. + Online buyers often can
Contact sellers directly
Get alerts about new products advertised by the seller via
text messages, or instant messages
Email product to a friend
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Emerging trends
Further results of the Psychonaut Web Mapping Project
Zoe Davey
Institute of Psychiatry
King’s College London
zoe.davey@kcl.ac.uk
23. + Beta-ketones
Synthetic stimulant compounds sharing psychoactive properties of cocaine,
MDMA (ecstasy), and/or amphetamines
Sold as ‘research chemicals’ as well as commercially as ‘plant feeder’, ‘bath
salts’, ‘multivitamins’ and/or ‘not for human consumption’
Examples include
Mephedrone – structurally similar to methcathinone (beta-ketone analogue of
methamphetamine)
Methedrone (bk-PMMA) – beta-ketone analogue of PMMA (structurally similar to PMA)
Methylone (bk-MDMA) – beta-ketone analogue of MDMA
Flephedrone (4-FMC) – analogue of methcathinone
Butylone (bk-MBDB) – beta-ketone analogue of MBDB (close analogue of MDMA)
Ethylone (bk-MDEA) – beta-ketone analogue of MDEA (close analogue of MDMA)
Buphedrone – analogue of methcathinone
Ethcathinone – analogue of methcathinone
24. + Mephedrone
Miaow, 4-MMC, MMCat, Meph, Bubbles,
Drone, Rush etc.
4-methylmethcathinone
(Semi-)synthetic compound related to cathinone (identified in khat)
Appeared online in or around 2007
Popularity in Sweden and Denmark in 2008
Accelerated rise in popularity in 2009 (especially in the UK)
Increased media attention, fatalities and non-fatal overdoses
Compared variously to amphetamine, MDMA (ecstasy), and cocaine – has
stimulant, empathogenic/entactogenic, and hallucinogenic properties
Controlled in: Australia, Denmark, Estonia, Finland, Germany, Israel, Norway,
Romania, Sweden
25. + Mephedrone
‘Plant feeder’, ‘Bath Salts’, ‘Multivitamins’,
and/or ‘Not for human consumption’
‘Intended to promote speedy growth
in all plants without compromising
quality. Guidance: Large shrubs use 1
feeder each, smaller shrubs and
shoots use half a feeder. It is not
recommended that you use more
Widely available to purchase online than 2 feeders in a single day as this
“buy mephedrone” 105,000 hits in Google could have adverse effects on your
plants. NOT FOR HUMAN
CONSUMPTION’
Marketed online and via social networking
site (Facebook, Twitter, YouTube) ‘Relax and soak away Concentrated
bath salts, only use as advised,
Commonly sold as powders or in capsules PLEASE do not use this as SNUFF!!!
Add the contents to a hot bath to
Sold as not for human consumption to avoid naturally soften the water which will
leave you feeling very soothed and
existing legislation such as the Medicines act relaxed. This is used to mimic the
natural hot springs of the greek sea.
Purchase price: NOT FOR HUMAN CONSUMPTION’
£10 for 2 capsules (250-300mg capsules)
£10-15 for 1g powder
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~40% of UK respondents to the 2009/2010
MixMag Drug Survey had tried the drug
Most commonly administered orally
(bombing, gums, dissolved), intranasally
(snorting)
Dose usually varies between 100mg – 1g,
but can be upwards of 4g (incl. redose)
Reportedly taken in combination with a
variety of other compounds, including:
Alcohol
Other research chemicals
Cocaine
MDMA
Ketamine (‘Challenge’)
Heroin (similar to ‘speedball’
Cannabis, Kratom, depressants (during
comedown period)
27. + Mephedrone
Stimulant, empathogenic, and hallucinogenic
effects
Desired psychoactive effects Side effects
Euphoria Anorexia
Empathy Nausea
Sociability Respiratory difficulties
Stimulation Muscular clenching
Intensification of sensory Ulcerations
stimulation Amnesia
Mild sexual stimulation Dermatitis like symptoms
Mood enhancement Discolouration of the joints
Hallucinations Anxiety
Similar to cocaine, MDMA, and Depression
Amphetamine
28. + Mephedrone
Pharmacology and toxicology
Little is known about the pharmacology and toxicology of mephedrone in humans
Limited to case studies, short reports, and focus groups
According to users there is an addictive quality to the substance
Binges and redosing in a single session common
Reported development of tolerance
Five reported fatalities in which mephedrone has been implicated
Denmark, May 2008
Sweden, December 2008
UK, November 2009 (14 year-old, female)
UK, January 2010 (18 year-old, male)
UK January 2010 (49 year-old female)
Reported non-fatal overdoses in the UK
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Contact
For further information about the ReDNet Project
or the Psychonaut Web Mapping Project
www.psychonautproject.eu
Dr Ornella Corazza
o.corazza@kcl.ac.uk
Zoe Davey
zoe.davey@kcl.ac.uk
info@psychonautproject.eu