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Manaaki Tangata Taiao Hoki protecting people and their environment through science Specialist Science Solutions Chemistry, “Party Pills” and Clandestine Laboratories or “Whose responsibility is it to make the world idiot-proof?” Keith Bedford 24 November 2009

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Page 1: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

Manaaki Tangata Taiao Hokiprotecting people and their environment through science

Specialist Science Solutions

Chemistry, “Party Pills” and Clandestine Laboratories or“Whose responsibility is it to make the world idiot-proof?”

Keith Bedford24 November 2009

Page 2: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Features of the New Zealand drug “scene”

• Isolation

• Improvised, “number 8 wire” approach

• Distinctive trends (e.g. “homebake”heroin)

Page 3: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

The rise of methamphetamine –“P labs”

• First methamphetamine lab encountered 1996

• “Street” methamphetamine increased in purity

• Name “P” derived from “pure”

Page 4: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Methamphetamine Point Bags (contain approximately 100mgs)

Page 5: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Less than 5%5-9%10-39%40-59%60-75%greater than 75%

Purity of Methamphatamine in Point Bags

Page 6: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Methamphetamine Laboratories In New Zealand

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Page 7: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Methamphetamine from Pseudo/Ephedrine

• There are many synthetic routes to manufacture methamphetamine

• One method used is the reduction of ephedrine or pseudoephedrine with hydriodic acid and red phosphorus , commonly known as “HI/Red P”, and is relatively simple.

• In New Zealand the most routinely encountered method is the reduction of pseudoephedrine with hypophosphorous acid and iodine or red phosphorus with iodine and water. These are variations of the “HI/Red P” method

Page 8: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Clandestine Laboratories

Page 9: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Page 10: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Page 11: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Page 12: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Methamphetamine synthetic pathways (1)

• Multiple synthetic routes possible with variations on each

• NZ: hydriodic acid (HI)/red phosphorus route using pseudoephedrine (or ephedrine) precursor

• Variations use hypophosphorus acid and iodine or a combination of reagents to give the same reaction chemistry

Page 13: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Methamphetamine synthetic pathways (2)Internationally other common synthetic routes use avariety of precursors, e.g.• Ephedrine or pseudoephedrine• Phenyl-2-propanone (P2P)• BenzylchlorideAnd a variety of reaction chemistries based on one or anotherof these reagents:• Lithium in liquid ammonia• Thionyl chloride followed by catalytic hydrogenation• Methylamine with a wide variety of other possible reagentsThese chemistries are very different to the HI/red P route.Some require a higher degree of chemistry skills. Some aresuitable for “industrial scale” clandestine laboratories.

Page 14: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Clandestine Laboratories

Page 15: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Page 16: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Page 17: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Pseudoephedrine

• Pseudoephedrine is the main precursor for the illicit manufacture of methamphetamine in New Zealand

• Pseudoephedrine has been relatively readily available in many over the counter and prescription pharmaceutical preparations

• The diversion of these preparations containing pseudoephedrine for the illicit manufacture of methamphetamine has been a problem.

Page 18: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Seizures of Precursors at the New Zealand borders

• In 2004/05, the New Zealand Customs Service seized in excess of 300 kilos of Precursors (mainly in the form of ContacNT granules)

• Sufficient to produce between 60 (50% yield) and 84 (70% yield) kilos of Methamphetamine

• NDIB figures: In 2008 just under 1000 seizures and close to 4 million tablet equivalents; YTD as at end September 2009, 3.7 million tablet equivalents, 633 incidents

Page 19: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

External Body Packing

Page 20: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Inside Books

Page 21: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Sofas

Page 22: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Sofas

Page 23: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Restricting Availability of Pseudoephedrine?

• Report from Office of the PM’s Chief Science Advisor (Professor Sir Peter Gluckman

• Recommendations from EACD• Report from “methamphetamine task force”• Estimated 10-30% of precursor supply is of domestic origin• Recommendation to reschedule pseudoephedrine from

Class C3 (OTC/Prescription) to B2 under MoD Act• Available only on prescription; other restrictions possible

(compare methylphenidate = “Ritalin”)• Phenylephrine is alternative nasal decongestant (already

has 70+% of OTC market)

Page 24: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

New Zealand drug legislation

• Medicines Act and Regulations

- substances not listed cannot be marketed as medicines

• Misuse of Drugs Act and Regulations

- includes medicines for which an increased level of control is considered necessary and substances that are prohibited because of risk or history of abuse

- substances not listed are not controlled

Page 25: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Scheduling of substances under the Misuse of Drugs Act

• Minister of Health is advised by an Expert Advisory Committee on Drugs (EACD)

• Matters to be considered by EACD- the likelihood or evidence of drug abuse- specific effects of drug, including

pharmacological, pyschoactive and toxicological effects

- the risks, if any, to public health

Page 26: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Scheduling of substances under the Misuse of Drugs Act (continued)

- The therapeutic value of the drug, if any- The potential for the drug to cause death- The ability of the drug to create physical or

psychological dependence- The international classification and experience of

the drug in other jurisdictions- Any other matters that the Minister considers

relevant

Page 27: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Drugs assessed as posing a

• very high risk of harm should be scheduled as Class A

• high risk of harm should be scheduled as Class B

• moderate risk of harm should be scheduled as Class C

Page 28: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Benzylpiperazine (BZP) and analogues became very widely available in New

Zealand as “party drugs”• BZP originally synthesised as an anthelmintic

agent• Later investigated for possible antidepressant

activity• Promoted in some quarters as “herbal high”• Stimulant (1/10 potency of dexamphetamine)• Often combined with TFMPP• At overdose: palpitations, agitation, nausea,

vomiting and seizures

Page 29: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

“(IL)Legal” Highs – Party Pills

Page 30: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Benzylpiperazines

BZP

TFMPP

Page 31: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Controlled Drug Analogues ‘Designer Drugs’

• “Safety-net” provision in Misuse of Drugs Act

• Class C7

• A “structure substantially similar to that of any controlled drug”

Page 32: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

How then should BZP be classified?

• Not a “Controlled Drug Analogue” under NZ legislation

• Led to introduction of a Fourth Class: “Restricted Substances” with restrictions such as:- age limit- limits on advertising

• Later, following further local studies the EACD recommended rescheduling BZP and related piperazines as Class C

Page 33: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

How effective is this new “Restricted Substance” regulatory

framework?• “mixed reviews”• other countries also grappling with the issue:

- United Kingdom: “Drug Classification: Making a hash of it”

• New Scientist, 30 September 2006- “New Zealand, however, has taken a different

and arguably more enlightened approach…. in response the government introduced a new Class of drug called ‘non-traditional designer substances’, also known as Class D”

Page 34: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

“Ease” (methylone)

• 2-methylamino-1- (3,4 methylenedioxyphenyl) propan-1-one

• So-called ‘clinical trial’ launched by Stargate International (Matt Bowden)

• Controversy generated by Great Southern Television investigation and approach to Minister

• “Ease” subsequently withdrawn

Page 35: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Amphetamine Class B1

Methamphetamine Class A

Methylenedioxymethamphetamine(MDMA) Class B1

CathinoneClass B2

MethcathinoneClassB1

Methylone3,4-methylenedioxy – N-methylcathinone Class C7

Page 36: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

What are the latest fads?

• Salvia divinorim(salvinorim A = hallucinogenic)

• Diphenylprolinol(e.g. “Neuro Blast”)

• DMAA

• “Spice” and herbal mixes

Page 37: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Diphenylprolinol

(Both mild stimulants)

Pipradrol

(C5 controlled drug)

HO

NH

Page 38: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

DMAA• DMAA = dimethylamylamine or 1.3-

dimethylpentylamine, also described as “geranamine” or “extract of geranium oil”

• Mild stimulant• Government has announced intention to

reschedule as a “Restricted Substance”• Current examples (second also contains

caffeine):

Page 39: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

“Spice” and herbal mixes

• Herbal mixes often sold as “incense mix”• Contain additional active ingredients

Page 40: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Analogues of THCThis group of compounds contain HU-210, HU-211 and nabilone. HU-210 and HU-211 are shown below, along with the structure of THC.

HU-210 and HU-211 are analogues of THC and so are Class C CD

Page 41: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

CP SeriesThis group of chemicals with cannabinoid-type effects were synthesised by the chemical company Pfizer, and includes the following compounds:

The CP compounds are in the opinion of ESR, analogues of THC and so are Class C controlled drugs

Page 42: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

JWH compoundsThis group of compounds were synthesised by JW Huffman in the 1990s. Some of these are shown below.

Currently the JWH compounds are not controlled.

Page 43: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Acknowledgements:

ESR Drugs TeamESR Clan Lab Team

For material provided

Page 44: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009

Questions?

Page 45: Chemistry, Drugs and Clandestine Laboratories · • Methylamine with a wide variety of other possible reagents These chemistries are very different to the HI/red P route. Some require

© ESR 2009 Manaaki Tangata Taiao Hokiprotecting people and their environment through science

Specialist Science Solutions

“Protecting people and their environment through science”