Testing Associations Between Cannabis Use and Subcortical Volumes in Two Large Population-based Samples

Overview

Journal Addiction

Specialty Psychiatry

Date 2018 Apr 26

PMID 29691937

Citations 14

Authors

Nathan A Gillespie

Michael C Neale

Timothy C Bates

Lisa T Eyler

Christine Fennema-Notestine

Jasmin Vassileva

Michael J Lyons

Elizabeth C Prom-Wormley

Katie L McMahon

Paul M Thompson

Greig de Zubicaray

Ian B Hickie

John J McGrath

Lachlan T Strike

Miguel E Renteria

Matthew S Panizzon

Nicholas G Martin

Carol E Franz

William S Kremen

Margaret J Wright

Affiliations

Soon will be listed here.

Abstract

Background And Aims: Disentangling the putative impact of cannabis on brain morphology from other comorbid substance use is critical. After controlling for the effects of nicotine, alcohol and multi-substance use, this study aimed to determine whether frequent cannabis use is associated with significantly smaller subcortical grey matter volumes.

Design: Exploratory analyses using mixed linear models, one per region of interest (ROI), were performed whereby individual differences in volume (outcome) at seven subcortical ROIs were regressed onto cannabis and comorbid substance use (predictors).

Setting: Two large population-based twin samples from the United States and Australia.

Participants: A total of 622 young Australian adults [66% female; μ = 25.9, standard deviation SD) = 3.6] and 474 middle-aged US males (μ = 56.1 ) of predominately Anglo-Saxon ancestry with complete substance use and imaging data. Subjects with a history of stroke or traumatic brain injury were excluded.

Measurements: Magnetic resonance imaging (MRI) and volumetric segmentation methods were used to estimate volume in seven subcortical ROIs: thalamus, caudate nucleus, putamen, pallidum, hippocampus, amygdala and nucleus accumbens. Substance use measurements included maximum nicotine and alcohol use, total life-time multi-substance use, maximum cannabis use in the young adults and regular cannabis use in the middle-aged males.

Findings: After correcting for multiple testing (P = 0.007), cannabis use was unrelated to any subcortical ROI. However, maximum nicotine use was associated with significantly smaller thalamus volumes in middle-aged males.

Conclusions: In exploratory analyses based on young adult and middle-aged samples, normal variation in cannabis use is unrelated statistically to individual differences in brain morphology as measured by subcortical volume.

Citing Articles

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