Table 1:
Author, year | Participants | N | Follow up (yr) |
Cannabis Use |
Outcome | Adjustment Variables | Relevant Findings | NOS |
---|---|---|---|---|---|---|---|---|
MANIA SYMPTOMS AND BIPOLAR DISORDERS | ||||||||
Marwaha et al. 2018 | Avon UK 1991 birth cohort | 3,370 | 5 | CU frequency (age 17) | Hypomania symptoms (HCL-32) (age 22) | Family adversity index, history of abuse, alcohol use, drug use, psychotic symptoms, depression history | Adolescent CU associated with f hypomania symptoms at age 22; dose dependent: >2x/wk (OR = 2.87 (1.68 – 4.91); any CU (OR=1.82 (1.45 – 2.28)) | 7 |
Ratheesh et al. 2015 | Youth ↑risk BD (BAR) | 52 | 1 | CUD | BD-1, BD −2 (DSM IV-TR) | N/A | 25% with CUD and 17% without CUD developed BD (OR=1.7 (0.2–18.1). Outcome rate (4/52) too small to achieve significance | 5 |
Tjissen et al. 2010 | Munich 1994 (age 14–17) represent. | 543 | 8.3 | Lifetime CU > 5 uses | Mania symptoms Munich-CIDI (DSM IV) | Age, sex, SES, family history of mood episodes, exposure to trauma, loss of a parent, alcohol use, personality style | Any CU associated with f mania symptoms (OR= 4.26 (1.42–12.76) p=0.010) | 9 |
Henquet et al. 2006 | Dutch adult represent. | 4,815 | 3 | CU frequency | Mania, psychosis symptoms (CIDI) | Age, sex, ethnicity, education, marital status, neuroticism, lifetime drug use, last year alcohol use, baseline depression/ mania | Any CU associated with f mania symptoms after adjusting for covariates: daily CU (AOR 3.43 (1.42–8.26), monthly CU (AOR 2.23 (0.82–6.07) | 8 |
DEPRESSION SYMPTOMS AND DEPRESSIVE DISORDERS | ||||||||
Schoeler et al. 2018 | London males born in 1953 | 411 | 40 | CU frequency at age 14, 18, 32, 48 | Lifetime diagnosis of MDD (DSM-IV) | Alcohol, cigarette and other illicit drug use; psychiatric illness; childhood anxiety, conduct problems and behaviour and emotional problems | CU onset <18 yrs associated with f lifetime MDD (AOR= 2.41 (1.22–4.76) p= 001) and ↑ time to MDD for low risk users (HR=2.09 (1.16–3.74)) and high risk users (HR = 8.69 (2.07–36.5)) | 8 |
Wilkinson et al. 2016 | US (1994) adolescents age 12–18 | 11,995 | 12 | 30-day CU frequency | Depression symptoms (CES- D) | Race, ethnicity, educational attainment of parents and respondent, age, sex | CU in earlier waves was not significantly associated with depressive symptoms in later waves | 7 |
Womack et al. 2016 | Pittsburgh males from low SES families | 264 | 11 | Age 17, 20, 22: past year CU >2– 3x/week | Age 17; 20, 22: Depressive symptoms (BDI) | Caregiver BDI score, parent income, ethnicity, highest level of education age 22, youth antisocial behaviour, tobacco and alcohol use age 17, youth IQ, adult court records | Significant positive association between adolescent CU and mild depression at age 22 (B=0.493 SE=0.207, p<0.05). | 6 |
Baggio et al. 2014 | Switzerland male conscripts | 5,223 | 1.25 | CU frequency; trajectory; CUD | Depression symptoms (WHO-MDI) | Age at first CU, language (German, English) | Only CUD was associated with increase in depression symptoms (B=0.087, P<0.001) | 4 |
Otten & Engels 2013 | Netherlands adolescents +/− 5-HTTLP R allele | 306 | 4 | Lifetime CU; CU frequency in past month | Depression symptoms (DML) | Personality scores, alcohol use, tobacco use, parental education, parenting practices | CU associated with later depression symptoms in the presence of the short allele (B =0.34 (b=0.10), P<0.001), but not in its absence (B=−1.379 (b=−0.14), P=0.51) | 7 |
Rasic et al. 2013 | Nova Scotia Grade 10 students | 1,582 | 2 | Past 30 day CU | Depression (CES- D >24 females; >22 males) | Alcohol use, other illicit drug use, living situation, school marks, age, gender | Adolescents with CU have f odds of depression (AC)R=1.10 (1.01–1.19), p<0.05); higher odds in those with heavier CU (AOR = 1.16(1.04–1.29), P<0.05) | 5 |
Manrique-Garcia et al. 2012 | Sweden male conscripts (1969–1970) | 45,087 | 35 | Total number lifetime CU | Depression (ICD-8. 9. 10) | Personality disorder, IQ, disturbed behaviour in childhood, social adjustment, popularity, relationships, alcohol use, smoking, early adulthood SES, urbanicity | Heavy CU (> 50 uses) does not f risk of depression after adjusting for confounders (AHR= 0.9 (0.5–1.6)) | 9 |
Marmorstein & Iacono 2011 | Minnesota Twin Family Study | 1,252 | 5 | CU frequency (age 17);’ CUD | Age 17. 20. 24: MDD Diagnosis (DSM III-R) | Gender; baseline MDD, AUD, nicotine dependence; psychosocial risks (not graduating high school by age 20, period of unemployment >6 months), crime | Adolescent CUD associated with f odds of later MDD (AOR=2.62 (1.22–5.65). Relationship partially mediated by psychosocial failure (AOR = 2.54 (1.40–4.60), p<0.05). | 9 |
Harder et al. 2008 | Mid-Atlantic cohort (1985– 2001) | 1,494 | 7 | CUD before age 17 | MDE (DSM-IV) between ages 19– 24 | Demographics, SES, other drug use, childhood disturbances of psychological well being, parental monitoring, behavioural intervention status variables, pre exposure depression/anxiety | Early CUD not associated with MDE (OR=1.33 (0.76–2.23), p=0.32), when propensity scores used to adjust for confounders | 9 |
Pederson 2008 | Norway 14 year olds (1992) | 2,902 | 13 | Past 12 month CU quantity at age 14. 16. 21. 27 | Depressed mood (Kandel and Davies score >9) | Parent SES, parental monitoring and support, parental substance use, pubertal development, student academics, school completion, conduct problems, alcohol intoxication, alcohol problems unemployment, daily smoking | No significant association found between early or late CU and later depression symptoms when adjusting for confounders (AOR = 0.9 (0.4–2.5)) | 7 |
Georgiades & Boyle 2007 | Ontario birth cohorts (1966– 1979) | 3,294 | 18 | Past year CU frequency | 12 month prevalence MDD (CIDI-SF) | Family SES, family functioning, sex, grade failure, other medical condition, general health status, externalizing and internalizing symptom scales, tobacco use | CU in adulthood alone (AOR=2.58 (1.67– 3.99), p<0.001) or adolescence + adulthood (AOR=4.45 (2.05–9.66), p<0.001), associated with ↑ MDD diagnosis, but not adolescence alone (AOR=1.48 (0.65–3.40), p > 0.5) | 7 |
Harder et al. 2006 | US 1979 birth cohort | 12,686 | 4 | Past year CU at age 19 | Depression (CES- Dscore>16) age 23 | Age, sex, aptitude, survey weight, general health limitations, region of residence, criminal activity, residence age 14, cigarette use, excessive alcohol use, hard drugs use | CU was not associated with depression when compared to non users weighted for other depression risk factors (AOR= 1.51 (0.64– 3.54)) | 7 |
Patton et al. 2002 | Australia Victoria adolescents Age 15–21 | 1,601 | 7 | Highest CU frequency over a 6 month period | Depression and anxiety symptoms (CIS-R >12); | Teenage depression, anxiety, alcohol use, tobacco use, other illicit drugs, antisocial behaviour, parental separation, parental education, sex, age, rural vs urban residence, parental education | Weekly CU associated with j depression/anxiety symptoms in females (AOR=1.9 (1.1–3.3) p=0.01); but not males (AOR = 0.47 (0.17–1.3)) | 8 |
Bovasso et al. 2001 | Baltimore sstudents (1980) | 1,920 | 15 | CUD(DSM III-R) | Depression symptoms (DIS DSMIII-R) | Demographic variables, stressful life events and chronic illnesses, baseline depression symptoms, mental health treatment, psychiatric disorder, substance abuse/dependence | CUD associated with j depression symptoms (OR=4.49 (1.51–13.26)) p<0.01) | 9 |
ANXIETY SYMPTOMS AND DISORDERS | ||||||||
Duperrouzel et al. 2018 | Miami adolescents | 250 | 1 | Past month CU frequency at baseline | Depression and anxiety symptoms (DASS-21) | Gender, alcohol use, nicotine use, and history of mood disorder | People with CU had a more gradual decline in anxiety symptoms over time (b=0.28, p=0.024) | 6 |
Feingold et al. 2016 | US adult represent. | 34,653 | 3 | Past year CU frequency | AD (DSM IV- TR) | AUD, SUD, sex, race, education level, household income, marital status, age, region, other DSM diagnosis | Daily CU associated with later SAD after controlling for all confounders (AOR=1.98 (0.99–3.94)) | 8 |
Bechtold et al. 2015 | Pittsburgh adolescent males | 506 | 22 | CU onset (early, late); CU chronicity | AD (DSM IV) | Past year substance use age 36, SES age 36, health insurance, health status, mental and physical health age 14 | CU groups did not differ in lifetime diagnoses of anxiety disorders | 7 |
Zvolensky et al. 2008 | Oregon adolescents | 1,790 | 10 | Lifetime CU or CUD | DSM IV diagnosis panic attack or panic disorder | Life time history drug dependence, daily cigarette smoking status | CU not associated with developing panic attack (AOR 1.3 (0.55–3.2)); PD (AOR = 1.0 (0.34–3.2)) after adjusting for cigarette smoking | 7 |
PTSD | ||||||||
Lee et al. 2018 | African American, Puerto Rican East Harlem students | 674 | 22 | No CU, chronic CU, moderate CU, early vs late quitters | PTSD symptoms at age 36 (PCL-S) | Gender, race/ethnicity, alcohol use, cigarette use, other illicit drug use, delinquency, low self control, depressive symptoms age 14, victimization, sexual assault age 19 | People with CU and exposed to trauma more likely to have PTSD symptoms: Chronic (AOR= 4.27 (1.28–14.20), p<0.05); Late quitters (AOR= 6.67 (1.62–27.44); p<0.01); Moderate users (AOR= 3.32 (1.0710.34); p< 0.05); but not early quitters (AOR = 1.75 (0.36–8.44)) | 7 |
MULTIPLE SYMPTOMS OR DISORDERS | ||||||||
Guttmann-ova et al. 2017 | Seattle youth | 808 | 20 | Age of CU, Regular CU (weekly), Duration of CU | Generalized and social anxiety; Depression symptom count (DIS-IV) | Adolescent tobacco and alcohol use, gender, ethnicity, childhood poverty, early environmental risk, baseline psychopathology | All CU groups, except adolescent limited regular users, had ↑ symptoms of GAD than non-users after controlling for all confounders. No significant association was found between CU and depression symptoms. | 8 |
Danielsson et al. 2016 | Sweden adult represent. | 8,598 | 3 | Lifetime CU | Anxiety symptoms (SPRAS) Depression symptoms (MDI) | Substance use, sex, age, education, childhood adverse circumstances, ethnicity, place of upbringing | Baseline CU was not associated with later depression (RR=0.99 (0.82–1.17)) or anxiety (RR = 1.09 (0.98 – 1.20)) symptom scores after adjusting for all confounders | 7 |
Scholes-Balog et al. 2016 | Australia grade 5 youth represent. | 927 | 12 | No CU; CU by age 12 or 19 | Depression and anxiety symptoms (K-10) | Alcohol, cigarette and other substance use, gender, parent education, school grades and antisocial behaviour (age 12) | CU (mean 1–2x/year) not significantly associated with depression and anxiety symptom scores | 6 |
Gage et al. 2015 | Avon UK 1991 birth cohort | 1,791 | 2 | CU frequency (age 16) | AD or MDD (ICD 10)(age 18) | Alcohol and illicit drug use, family history depression, maternal education, urban living, childhood IQ, personality traits, victimization, conduct disorder, depression/ anxiety age 16 | CU frequency was not significantly associated with ↑ odds of AD (AOR = 0.96 (0.75–1.24) or MDD (AOR = 1.3 (0.98 – 1.72), p=0.065) by age 18 after adjusting for confounders | 7 |
Feingold et al. 2015 | US adult represent. | 43,093 | 3 | CU frequency over last 12 months | BD-1, BD-2 MDD (DSM IV-TR) | Sex, age, education, income, marital status, urbanity, alcohol use, other substance use, other psychiatric disorder | Past year CU not associated with increased incidence of BD (AOR 1.17 (0.65–2.11) or MDD (AOR = 0.58 (0.22–1.51)) after adjusting for confounders | 8 |
Degenhardt et al. 2013 | Victoria, Australia adolescents | 1,388 | 15 | CU frequency (age 16) | AD (ICD 10) (age 29) | Alcohol, nicotine, and illicit drug use, age, education level, nationality, adolescent anxiety/depression | Weekly CU in adolescence did not affect odds of MDD (OR = 1.2 (0.73–2.0), p = 0.6) or AD (OR = 1.4 (0.84–2.5)) by age 29 | 8 |
Van Laar et al. 2007 | Holland adult represent (1996) | 5618 total | 3 | CU frequency | AD, MDD, dysthymia, BD (DSM III-R) | AUD/SUD, age, gender, education, urbanicity, employment, partner status, neuroticism, parental psych history, childhood trauma, life time psychiatric disorder | Any baseline CU associated with ↑ MDD (AOR = 1.68 (1.11–2.55), p < 0.05), but not dysthymia (AOR = 1.55 (0.67–3.58), p >0.05), BD (AOR = 5.38 (1.93–14.9) p< 0.01), or any AD (AOR = 1.27 (0.77–2.12) | 8 |
Hayatbakhsh et al. 2007 | Australia 1981 birth cohort | 2,854 | 7 | CU frequency (age 21); Age first CU | Depression and anxiety symptoms (YASR) | Age 14 smoking/alcohol use, gender, maternal factors, family income | Frequent CU ↑ mood and anxiety symptoms at 21 years with early onset (OR=3.0 (1.8–5.2)) and late onset (OR = 2.3 (1.5–3.6) users | 8 |
Fergusson et al. 1996 | New Zealand birth cohort (1977) | 1,265 | 2 | Any CU (age 14) | AD, MDD, or dysthymia age 16 (DSM III-R) | Substance use age 12; family social position, functioning, substance abuse; childhood behaviour problems, cognitive ability, truancy, plan to enter university, peer affiliations, conduct problems | CU by age 15 not associated with ↑ depressive disorder (AOR=1.4 (0.7–2.4)) or AD (AOR = 1.2 (0.5–2.8)) after adjusting for confounding variables | 8 |