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Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA...

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Page 1: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from
Page 2: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from
Page 3: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Marijuana & Synthetic Cannabinoids

Page 4: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Agenda

• Current Attitudes / Prevalence Of Use

• What Is Marijuana? How Does It Work? CB1 and THC

• Adverse Effects

• Commercialization

• Medical Cannabinoids - CB2 and Cannabidiol

• Synthetic Cannabinoids - K2 / Spice, etc.

What Are They? How Do They Work?

Prevalence, Trends, Substance Use Testing

Page 5: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Prevalence Of Marijuana Use Disorders

United States

Between2001-2002 And 2012-2013

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RECENT RESEARCH / SURGEON GEN RPT

• Marijuana is most commonly used illicit drug in U.S.

• 22.2 million users, 12 or older, in past year (8.3%)

• Increasingly socially acceptable

• Adolescent perception of risk decreasing over past 15 years

• Non-Medical-Legal in 8 States; DC.

• Medical Use legal in 28 states, Washington, D.C.

• No legal use under age 21

• Controlled Substance Act Schedule 1 Drug

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Add Maine, California, Nevada

And Massachusetts 2016

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Add Maine, California, Nevada

And Massachusetts 2016

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Page 10: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from
Page 11: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from
Page 12: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from
Page 13: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from
Page 14: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Prevalence Trend 2007 - 2014

Steady increase in past-month use from 5.8 to 8.4%, up 45%

Past-month use highest among 18- to 25-year-olds (19.8%)

Hypothesized causes include

• proliferation of medical cannabis laws

• changing public perceptions about the harms of cannabis

• declining potency-adjusted prices on the illicit market

“The Health Effects of Cannabis and Cannabinoids”

A Report of The National Academies Sciences, Engineering, Medicine

The National Academies Press, Washington, DC

Copyright 2017 by the National Academy of Sciences. All rights reserved

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Group Sharing Out

Based on your experience in your community, please share your observations regarding prevalence of use

Page 16: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Cannabis and

its various forms

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Trichomes – Home of the

active ingredients in marijuana

Page 18: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

IndicaSativa

Cerebral

Energetic

Uplifting

Body-buzz

Sedation

Stoned

Page 19: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

S. Ruderalis

Auto-flowering

Short grow time

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Potency of Cannabis

• In the 1990s and early 2000s, the bulk of cannabis consumed in the United States was grown abroad and illicitly imported.

• The past decade has seen an influx of high-potency cannabis produced within the United States.

• Data from the U.S. Drug Enforcement Administration(DEA) seizures record a substantial increase in average potency, from 4 percent in 1995 to roughly 12 percent in 2014.

(ElSohly et al.,2016; Kilmer, 2014).

Page 21: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Wax:The most potent part of the plant

is extracted with butane leaving

an 80% THC content.

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Butane Hash

Oil (BHO), aka:

• Dabs (Dabbing)

• Wax

• Shatter

• Honey Oil

Page 23: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Preparation and THC Content

Page 24: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

The fanaticism and

cannabis

Page 25: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Group Sharing Out

Based on your experience in your community, please share your observations regarding current types of cannabinoids being used

Any comments on potency ?

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Marijuana Use DisorderEffects of Marijuana

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Endocannabinoid System

• Endocannabinoid system is part of a neural communication network which regulates the development of connectivity between brain areas responsible for learning/memory during brain development

• Plays an important role in proper formation of synapses

• Involved in a variety of physiological processes including appetite, pain-sensation, mood, and memory

• This is the brain system , CB1, with which THC interacts

Page 28: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

DrugBrain’s Chemical

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Endocannabinoid

Receptors

THC kicks off a series of cellular reactions,

causing sensations we call “high.”

Page 30: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Prefrontal

Cortex

Nucleus

Accumbens

Arcuate

Nucleus Ventral

Tegmental

Area

Dopamine

Opioid Peptides

Glutamate

Courtesy of Dr. John Hart, Portland, Oregon

Reward Pathways

Page 31: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Coordinated

MovementMemory

Sensory and

Time PerceptionConcentration

Thinking

Pleasure

CB1 Receptors are located in parts of the

brain that influence:

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Page 33: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Cannabis Use Disorder

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Down Regulation

• When cannabinoid receptors are over occupied because of an influx of phytocannabinoids, they will actually decrease in number on the cell surface. Less receptors leads to a muted cellular response to the drug signal.

• When the drug signal is returned to normal, initiated only by the endocannabinoids , there are less receptors available, homeostasis is disrupted, and normal, healthy brain functions are altered.

• This occurs mostly in regions which regulate cognition and memory. (WHO Cannabis Report 2016)

Page 36: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

https://quizlet.com/138756146/substance-use-disorders-flash-cards/Mild=2 or 3 Moderate=4 or 5 Severe=6 or more Over 12 month period

ICD 10 Diagnostic Criteria for Substance Use Disorder

1. Larger Amounts Or Longer Period Of Time Than Intended

2. Persistent Desire Or Unsuccessful Efforts To Reduce Or End Substance Use

3. Extensive Time Devoted To Obtaining, Using, And / Or Recovering From The

Substance

4. Craving, Strong Desire, And / Or Urge To Use Substance

5. Use Of Substance Causes Failure To Fulfill Major Role Obligations At Work,

School, And / Or Home

6. Continued Use Despite Persistent Or Recurrent Social Problems Related To

The Substance Use

7. Social, Work, And / Or Recreational Activities Are Given Up Or Reduced Due

To Substance Use

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8. Recurrent Substance Use In Physically Dangerous Situations

9. Continued Use Of Substance Despite Patient's Belief That It Has Caused

Physical Or Psychological Problems

10. Tolerance

Greater Amounts Needed To Achieve Intoxication Or Desired Effect

OR

Same Amount No Longer Causes The Same Level Of Intoxication Or Desired Effect

11. Withdrawal (e.g., Alcohol -> Delirium Tremens)

Physiological Withdrawal Syndrome Typical Of The Substance

OR

The Substance Or Another Substance Is Used To Relieve Or Avoid The

Physiological Withdrawal Syndrome Typical Of The Substance

2-3=mild, 4-5=moderate, 6+=severe over a 12 month periodhttps://quizlet.com/138756146/substance-use-disorders-flash-cards/

Mild=2 or 3 Moderate=4 or 5 Severe=6 or more Over 12 month period

ICD 10 Diagnostic Criteria for Substance Use Disorder

Page 38: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Addiction is a primary, chronic disease of brain reward, motivation,

memory and related circuitry.

American Society of Addiction Medicine (ASAM) Addiction Definition, April 2011

Page 39: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

• Affects neurotransmission such that addictive behaviors replace healthy

self-care related behaviors

• Genetics account for 50% of addiction development

• Significant self-deception

• Disruption of healthy supports and problems in interpersonal relationships

• History of trauma or stressors that overwhelm an individual’s coping

abilities

• The presence of co-occurring psychiatric illness

• Distortion of meaning, purpose and values that guide attitudes, thinking and

behavior

• The effects to the brain allow external cues to trigger craving and drug use

• Persistent risk of and/or recurrence of relapse

• Impaired executive function so that perception, learning, impulse control,

compulsivity and judgement are impaired.

American Society of Addiction Medicine (ASAM) Addiction Definition, April 2011

Page 40: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

The Brain

Page 41: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Brain Disease

Ventral tegmental area

(VTA)

Nucleus accumbens

(nAcc)

Prefrontal cortex

IncentiveSalience

Executive Function Deficit

Withdrawal,

Negative Affect

Extended

Amygdala

Page 42: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Incentive Salience

Executive Function Deficit

Withdrawal

Symptoms

Brain Disease

Negative Affect,

Stress

Page 43: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Incentive Salience

Brain Disease

Page 44: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Prefrontal

Cortex

Nucleus

Accumbens

Arcuate

Nucleus Ventral

Tegmental

Area

Dopamine

Opioid Peptides

Glutamate

Courtesy of Dr. John Hart, Portland, Oregon

Reward Pathways

Page 45: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

(Am J Psychiatry 2002; 159:1642–1652)

Rita Z. Goldstein, Ph.D. Nora D. Volkow, M.D.

Users

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Brain Disease

Negative Affect,

Stress,

Withdrawal

Page 47: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Incentive

Salience

Executive Function Deficit

Withdrawal

Symptoms

Brain Disease

Negative Affect,

Stress,

Page 48: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Incentive

Salience

Executive Function Deficit

Withdrawal

Symptoms

Brain Disease

Negative Affect,

Stress,

GO ! GO !

Stop

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Page 50: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Glutamate

Addictive Behavior

GABA

Healthy Behavior

Inhibitory Excitatory

STOP GO

Page 51: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

GO !!!

Page 52: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

56

Gradual

Page 53: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Early Use, Intentional, Patterned, Problematic Involvement

Progression of Harmful Involvement

Mild Moderate Severe

Perhaps driven by Self-Medication; Always distorted by unconscious defense

mechanisms

Page 54: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

A Cessation of heavy, prolonged use

B Three (or more) of the following signs and symptoms develop within approximately 1 week after Criterion A

• 1 Irritability, anger, aggression

• 2 Nervousness or anxiety

• 3 Sleep difficulty ( e.g., insomnia, disturbing dreams )

• 4 Decreased appetite or weight loss

• 5 Restlessness

• 6 Depressed mood

Cannabis Withdrawal

Page 55: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

• 7 At least one of the following symptoms causing significant discomfort: abdominal pain, shakiness/tremors, sweating, fever, chills, or headache

C The signs or symptoms in Criterion B cause clinically significant distress or impairment in social, occupational, or other occupational areas off functioning

D The signs or symptoms are not attributable to another medical condition and are not better explained by another mental disorder, including intoxication or withdrawal from another substance

Cannabis Withdrawal

Page 56: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Urine Drug Testing For THC

Page 57: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Interpreting the ResultsTHC Results without Normalization

397

58

135

271

196

75

279

336

259

177

0

50

100

150

200

250

300

350

400

450

1 2 3 4 5 6 7 8 9 10

TH

C V

alu

es

ng

/mL

Sample Submission

THC Confirmation Results without Normalization

7

8

1

4

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Interpreting the ResultsNormalized Results:

(DRUG / CREATININE) * 100

189

29

112

258

170

59

237

310

258

236

0

50

100

150

200

250

300

350

1 2 3 4 5 6 7 8 9 10

Va

lue

Sample Submission

Creatinine Results

1

4

7

8

Page 59: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Interpreting the ResultsNormalized Results:

(DRUG / CREATININE) * 100

210.1

200.0

120.5

105.0

115.3

127.1

117.7

108.4100.4

75.0

0.0

50.0

100.0

150.0

200.0

250.0

1 2 3 4 5 6 7 8 9 10

TH

C V

alu

es

ng

/mL

Sample Submission

THC Confirmation Results with Normalization

78

1

4

Page 60: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Down Regulation

• When cannabinoid receptors are over occupied because of an influx of phytocannabinoids, they will actually decrease in number on the cell surface. Less receptors leads to a muted cellular response to the drug signal.

• When the drug signal is returned to normal, initiated only by the endocannabinoids , there are less receptors available, homeostasis is disrupted, and normal, healthy brain functions are altered.

• This occurs mostly in regions which regulate cognition and memory. (WHO Cannabis Report 2016)

Page 61: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Clinical EvidenceChadwick et al 2013 Frontiers in Psychiatry

• Endogenous cannabinoid system critical for prenatal &

postnatal neurodevelopment & neuroplasticity

• CB1-cannabinoid receptors & endocannabinoids help direct

neuronal projections & connections

• Cannabis use early in adolescence (<17 years) increases

adult’s vulnerability to drug addiction, anxiety, schizophrenia

& mood disorders

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New England Journal of MedicineJune 5, 2014

ADVERSE EFFECTS OF MARIJUANA USE

Nora D. Volkow, M.D., Ruben D. Baler, Ph.D., Wilson M. Compton, M.D., and Susan R.B. Weiss, Ph.D.

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Risk of addiction

• 9% of Marijuana users become addicted

• 16% if onset in teens

• 25% to 50% if daily use

New England Journal of MedicineAdverse Risks of Marijuana Use - June 5, 2014

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Gateway

• Decrease in mesolimbic dopamine activity

• May lead to other drug use to stimulate dopamine activity

New England Journal of MedicineAdverse Risks of Marijuana Use - June 5, 2014

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Brain Development

• Impaired connectivity in specific regions

• Precuneus – alertness / self conscious awareness

• Hippocampus – learning / memory

• Prefrontal cortex – executive function

• Lower IQ as adult

New England Journal of MedicineAdverse Risks of Marijuana Use - June 5, 2014

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Academic performance / lifetime achievement

• Impaired school performance (+/- reversible)

• Increased dropout

• Lower income

• Increased public assistance

• Increased unemployment

• Increased criminal activity

• Lower life satisfaction

Volkow – “the trajectory of life is lowered”

New England Journal of MedicineAdverse Risks of Marijuana Use - June 5, 2014

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Motor Vehicle Accidents

• Driving ability impaired with acute and chronic use

• Most common illicit drug identified in fatal accidents

• Minimum detectable blood level (1ng / ml)

New England Journal of MedicineAdverse Risks of Marijuana Use - June 5, 2014

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Figure 1. (A) Three-dimensional MNI brain with slices cut at x = −12 y = 9, z =

43 showing regions with lower functional connectivity in adolescents with CUD

than healthy controls HC: (1) caudal ACC (red cluster) and (2) left DLPFC (BA

9;green cluster). (B) Line graph showing trajectory of functional

connectivity fromTime 1 scan to Time 2 scan for the CUD (purple line)

and HC (green line) groups. CUD had significant decrease in functional

connectivity across time, HC did not. CUD showed significantly lower

functional connectivity than HC.

Camchong, J., Lim, K. O., & Kumra, S. (2017).

Adverse effects of cannabis on adolescent

brain development: A longitudinal study.

Cerebral Cortex, 27(3), 1922-1930.

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Figure 2. (A) Three-dimensional MNI brain with slices cut at x = −12 y = 9, z = 11

showing regions with lower functional connectivity in adolescents with CUD

than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B)

Line graph showing trajectory of functional connectivity from Time 1 scan to

Time 2 scan for the CUD (purple line) and HC (green line) groups. HC had

significant increase in functional connectivity across time (P = 0.003), CUD did

not. CUD showed significantly lower functional connectivity than HC at Time 2

Camchong, J., Lim, K. O., & Kumra, S. (2017).

Adverse effects of cannabis on adolescent brain

development: A longitudinal study. Cerebral

Cortex, 27(3), 1922-1930.

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• a) the cannabis use itself is accounting for the decreased connectivity

• b) that the decreased connectivity is accounting for the cannabis use

• c) that psychological and cognitive challenges may drive a process that both makes it more difficult for them to stay abstinent while also stunting the maturation of the connectivity between the anterior cingulate cortex and these other brain areas.

Page 71: Marijuana & Synthetic Cannabinoids · than HC: (1) caudal ACC (red cluster) and (2) left SFG (BA 10; green cluster). (B) Line graph showing trajectory of functional connectivity from

Bertha Madras Ph.D Neuroscientist

Cannabinoids and Opioids Sedate

Lower Body Temp / Blood Pressure

Produce Pain Reduction

Inhibit Intestinal Mobility

Signaling Systems “Cross-Talk”

Co-Exist In Brain Regions

Receptors Occupy Same Cells

Adolescent laboratory animals exposed to THC, who then mature without further exposure to THC, display greater heroin seeking than control group

Recent research is indicating a connection between marijuana use and later sensitivity to effects of opioids. Cannabinoid and opioid receptors are co-located throughout the brain. Bertha Madras Ph.D

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Promising Research / NIDA, NIAAAAdolescent Brain Cognitive Development

Unique in its scope and duration, the ABCD study will:

• Recruit 10,000, ages 9 to 10, before they initiate drug use

• Follow them over 10 years into early adulthood to assess how substance use affects the trajectory of the developing brain

• Use advanced brain imaging as well as psychological and behavioral research tools to evaluate brain structure and function

• Track substance use, academic achievement, cognitive skills, and mental health over time

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DISCUSSION

• Please discuss ways in which you’ve seen Cannabis Use Disorder manifested in your clients ?

• Adult

• Adolescent

• Briefly describe treatment, outcomes

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Origin of “4:20” Street Code for Smoking Marijuana

• Tea time in Holland

• 420 active molecules in pot

• The 5 ‘Waldos’ (they hung out at a certain wall) of San Rafael HS 1971. 4:20pm was meeting time on 4/20 during harvest season to go rustle someone’s pot patch

• Police code for marijuana abuse in progress

• SB420 California’s Medical Pot initiative

• Multiplier product of a Bob Dylan song #s

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The Five “Waldos”

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Commercialization of Marijuana

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Legalization

• Colorado

• Washington

• Oregon

• Alaska

• Maine

• California

• Massachusetts

• Nevada

• Washington, D.C.

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• Profit will depend on volume consumed

Industry will be controlled by corporate

investors

( Big Tobacco / Alcohol / Pharmaceutical )

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Colorado:

• Daily users = 21.8% of market,

consume 66.9% of product

• Once weekly users = 24% of

market, consume 3.3% of

product

• Colorado sales rose 98% from

4/14 to 4/15. Denver

dispensaries reported 100-300

purchasers per day,

50%Tourists

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Willie Nelson and Bob Marley’s family have

each founded their own Brands

Whoopi Goldberg is also invested

in commercial marijuana products

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Whoopi

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Some Current Developments

California legalizes non-medical marijuana January 1, 2018

• Market to reach 6.5 billion dollars by 2020

• Budtender Apps like PotBot – Matches consumers w specific strain

• MedMen, private equity firm, $80 million for cannabis projects

• “colorful characters, and interesting mashups with people from the advocacy world and the corporate world and the underground cannabis world, all trying to make the most of this opportunity while making the world better at the same time.”

Big-name tech investors pour millions into marijuana —

both medicinal and not

By Charles Piller @cpiller

August 28, 2017 STAT News

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The creation of marijuana edibles

has gone well beyond homemade

baked goods.

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Products are often

packaged to look like

popular snack foods

or candy.

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JAMA

• June 2015

• Cannabinoid Dose and Label Accuracy in Edible Medical Cannabis Products

• SF / LA / Seattle

• 75 products, 45 brands

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Label Accuracy in

Edible Cannabis

• 17% accurately labeled

• 23% under labeled

• 60% over labeled

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Label Accuracy in

Edible Cannabis

• For medical products,

THC:CBD ratio should be 1:1

• Median ratio was 36:1

• Only 7 products had

a ratio <10:1

• Only one product was 1:1

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Discussion

• Please discuss the pros and cons of legalization (non medical)• Please report out your observations

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Medical Marijuana

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Anandamide –

• Interacts with CB1 System

• Regulates development of connectivity in brain

2AG –

• Interacts with CB2 system

• Immune system

External –Phytocannabinoids

THC –

• Interacts with CB1 system

• Causes what we call “High”

Cannabidiol (CBD) –

• Interacts with CB2 system

• Immune System

Internal –Endocannabinoid System

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CB2 and Cannabidiol

• Medical Cannabinoids

• CB2 system is periphery or located mostly in the immune system, not the brain, like the CB1 system – Interacts mostly with 2AG, not Anandamide. 2AG, like Anandamide is an endocannabinoid.

• Research is pointing toward this system, CB2, for medical benefits of phytocannabinoids, mainly Cannabidiol. CBD is considered to have a wider scope of potential medical applications than THC. CBD is not psychoactive.

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CB1 and CB2

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http://medicalmarijuana.procon.org/view.resource.php?resourceID=000881

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THC / CBD Regulation16 States

EXAMPLES

• Georgia – 20 ozs infused cannabis oils, not more than 5% THC,

CBD = to or < THC

• Mississippi – Cannabis extracts that contain more than 15%

CBD, no more than 0.5% THC

• Missouri – Twenty ozs of cannabis extracts containing 5% or

more of CBD, no more than 3/10 of 1% of THC

• N Carolina – Cannabis extracts containing less than 9/10 of 1%

of THC and at least 5% CBD by weight

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POTENTIAL THERAPEUTIC VALUECBD and THC

Research suggests potential therapeutic value of marijuana’s chemical cannabinoids, mainly CBD and THC, in numerous health conditions:

• Pain

• Nausea

• Epilepsy

• Obesity

• Wasting Disease

• Addiction

• Auto-immune DisorderSurgeon General Report 2016

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FDA Approved Medications

• Marinol Capsules

• Syndros Oral Solution

Both contain Dronabinol, identical in structure to THC

• Cesamet Capsules

Contains Nabilone, similar in structure to THCSurgeon General Report 2016

Indicated for use counteracting nausea and vomiting associated with chemotherapy and wasting

syndrome in AIDS patients

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Synthetic Cannabinoids:

Dronabinol (Marinol)

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Synthetic Cannabinoids:

Nabilone (Cesamet)

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Therapeutic Areas

• Advanced Cancer Pain (1)

• Neonatal Hypoxic Ischemic Encephalopathy (1)

• Dravet Syndrome (rare catastrophic childhood epilepsy(2)

Surgeon General Report 2016

FDA “FAST TRACK” RESEARCH

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Epediolex / Dravet Syndrome

• GW Pharmaceuticals funded study of cannabidiol

“Among patients with the Dravet syndrome, cannabidiolresulted in a greater reduction in convulsive-seizure frequency than placebo and was associated with higher rates of adverse events. (Funded by GW Pharmaceuticals; ClinicalTrials.gov number, NCT02091375” *

Epediolex is a concentrated CBD oil, >98% CBD

*http://www.nejm.org/doi/full/10.1056/NEJMoa1611618

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Current Research / Marijuana Plant

“Evidence collected in clinical studies on marijuana plant is still insufficient to meet FDA standards for findings of safety and efficacy for any therapeutic indications.”Surgeon General Report 2016

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The Health Effects of Cannabis and Cannabinoids

• In adults with chemotherapy-induced nausea and vomiting,

oral cannabinoids are effective antiemetics.

• In adults with chronic pain, patients who were treated with

cannabis or cannabinoids are more likely to experience a clinically

significant reduction in pain symptoms.

• In adults with multiple sclerosis (MS)-related spasticity, short term

use of oral cannabinoids improves patient-reported spasticity symptoms.

• For these conditions the effects of cannabinoids are modest;

for all other conditions evaluated there is inadequate information

to assess their effects.

A Report of The National Academies Sciences, Engineering, Medicine

The National Academies Press, Washington, DC

Copyright 2017 by the National Academy of Sciences. All rights reserved

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“while the use of cannabis for the treatment of pain is supported

by well-controlled clinical trials as reviewed above, very little is

known about the efficacy, dose, routes of administration, or side

effects of commonly used and commercially available cannabis

products in the United States.

Given the ubiquitous availability of cannabis products in much

of the nation, more research is needed on the various forms,

routes of administration, and combination of cannabinoids.”

“The Health Effects of Cannabis and Cannabinoids”

A Report of The National Academies Sciences, Engineering, Medicine

The National Academies Press, Washington, DC

Copyright 2017 by the National Academy of Sciences. All rights reserved

p90

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Discussion

• Please discuss the pros and cons of legalization (medical)• Please report out your conclusions.

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Raphael

Mechoulam, Ph.D.

Professor of Medicinal Chemistry,

Hebrew University of Jerusalem

Researcher in Cannabinoid

Chemistry since the 1960’s

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• First to identify and synthesize

delta-9-tetrahydrocannabinol,’64

• 1992-discovered

endocannabinoid,

anandamide(supreme joy),

which primarily acts within CB1

system, located in brain.

Raphael

Mechoulam, Ph.D.

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• Dr. Mechoulam and his Team have

profoundly advanced the understanding

of the endocannabinoid system and the

phytocannabinoids, and have led

research efforts into the medical use of

specific Synthetic Cannabinoids.

• The research is focused upon studying

the endocannabinoid system, and

developing Synthetic Cannabinoids to

enhance the functioning of the

endocannabinoids in promoting health

and the treatment of disease, while

minimizing side effects.

Raphael

Mechoulam, Ph.D.

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HU211 –

Neuroprotective Synthetic

Cannabinoid with potential for

treating head trauma2AG

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Research

Research

Research

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Not

Research

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Synthetic Cannabinoids:

K2, Spice

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• Synthetic Cannabinoids are often more potent than naturally occurring THC…

• They can often act on multiple receptor systems in the brain in addition to cannabinoid receptors. Effects can be unpredictable and extreme. Chemists refer to some SynCans as “promiscuous” agonists, “they will go with any receptor”…(Synthetic Cannabinoid Receptor Agonists)

• Research on Synthetic Cannabinoids began in the ’80s. Developed by academic institutions in an attempt to harness the therapeutic effects and mitigate the psychoactive side-effects of natural cannabinoids. Spread into the black-market often times by these same researchers’ students…

Synthetic Cannabinoids

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Synthetic Cannabinoids

• JWH compounds (Aminoalkylindoles) John W Huffman

• JWH 018, JWH 073, JWH 200, JWH 250

• CP compounds (Cyclohexylphenols) Pfizer• CP47,497, Cannabicyclohexanol

• Classical Cannabinoids (Dibenzopyrans) Hebrew University• HU 210, HU 243

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JWH 018 -

“Spice/K2”

• Appeared in Europe in

2006

• By 2011, 11% US High

School Seniors had

used SynCans

• Over 20% surveyed

have used since ban

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JWH - 018

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JWH - 018

• Full CB1 Agonist

• Effects similar to THC X 5

• Prohibited in Germany in 2008

• Analysis of Spice products four weeks later revealed JWH-018

had been replaced by JWH-073

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“Spice/K2”

Serious Adverse

Effects:• Anxiety

• Psychosis

• Seizures

• Dependence

• Death

• Elevated Heart Rate

• Panic Attacks

• Suicidal Ideation

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HU - 210

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HU - 210

• Synthesized in 1988 by a group at Hebrew University

• 100 to 800x more potent than natural THC

• Discovered by US Customs in Spice Gold, 2009

• Classified by DEA as Schedule 1

• Other HU Cannabinoids:HU-211, HU-239, HU-243, HU-308, HU-320, HU-331, HU-336, HU-345

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Populations

• Probation/Parole

• Military

• Regulated Industries ( DOT )

• Anyone being Substance Use Tested for THC

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CDC MMWR, June 12, 2015

• Between 1/1/15 and 4/1/15: 330% increase in Poison Control Center calls related to Synthetic Cannabinoids

• 349 calls in January 2015

• 1501 calls in April 2015

• Agitation, tachycardia, lethargy, nausea/vomiting, confusion

• 11% life threatening

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Emerging Threat Report DEA 3rd Quarter 2016

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Emerging Threat Report DEA 4th Qtr 2016

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Emerging Threat Report DEA 2nd Qtr 2017

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ZOMBIE

• “Zombie” Outbreak Caused by AMB - FUBINACA

• July, 2016 – Mass intoxication of 33 people in Brooklyn, New York

• FUB-AMB identified in AK-47 24 Karat Gold Synthetic Cannabinoid

• AMB-FUBINACA is one of an emerging class of ultra-potent synthetic cannabinoids

• Very strong depressant effects cause “zombielike” symptoms

N Engl J Med 2017; 376:235-242January 19, 2017DOI: 10.1056/NEJMoa1610300

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• Are you seeing synthetic cannabinoid receptor agonists in your area?

• What are your observations, treatment indications?

Group Sharing Out

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QUESTIONS

????????????????

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Ed Baker LISCW, LADCAddiction Education Specialist

[email protected]

[email protected]

802 793 9252


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