Connect with us


Cannabis can reduce liver damage caused by alcohol – study

Cannabinoids were shown to reduce toxicity in the liver caused by ethanol.



Cannabinoids were shown to reduce some of the liver damage caused by excessive alcohol consumption. Photo by cottonbro studio.

Could cannabis help mitigate some of the liver damage caused by excessive alcohol consumption? A recent study suggests so.  

Cannabis is often touted as a less harmful alternative to alcohol, and now a new study has found that the compounds found in the plant may actually reduce some of the liver damage caused by excessive alcohol consumption.

According to the findings, cannabinoids were shown to reduce toxicity in the liver caused by ethanol – the chemical compound found in alcohol. 

The outcomes have led those behind the  study to conclude that they could even be a potential treatment for impaired liver function, also known as hepatotoxicity.

For the study, researchers investigated the protective effects of cannabinoids against ethanol (EtOH)-induced liver toxicity in rats.

The animals were divided into seven groups, all of which were treated with different combinations of ethanol and cannabinoids. 

READ MORE: Cannabis no more of a risk than tobacco and alcohol – study

An analysis revealed that the groups which were treated with higher doses of cannabinoids demonstrated a reduction in inflammation in comparison to the animals treated only with ethanol.

The authors note that levels of COX-2, CD-14, and MIP-2 inflammation markers showed a ‘remarkable decrease’ in the groups treated with cannabinoids, compared to control groups.

Further analysis showed that the cannabinoids acted as inhibitors to the mitogen-activated protein kinase pathways, which are involved in cellular responses to stimuli, such as mitogens, osmotic stress and proinflammatory cytokines.

The study concludes: “Our findings suggest that CB [cannabinoids] is a potential candidate for the treatment of alcohol-induced hepatotoxicity.”

Previous research 

Previous studies have investigated the potential of cannabinoids, particularly CBD as a therapeutic treatment for alcohol use disorder and alcohol-induced damage to the liver and brain.

One study from 2019 found that CBD not only reduced drinking in those with alcohol use disorder, but also reduced alcohol-related steatosis and fibrosis in the liver, ‘modulating inflammation’ and reducing oxidative stress.

Elsewhere, researchers from the University of Colorado at Boulder and Colorado State University explored the relationship between cannabis use and alcohol intake in people who were enrolled in an alcohol treatment programme.

The findings, published in the journal, Addiction, reported that on days when these participants consumed cannabis, their alcohol intake fell significantly. This trend was consistent among those who used heavy amounts of cannabis as well as among those who used only light amounts of cannabis occasionally.

Home » Science » Cannabis can reduce liver damage caused by alcohol – study

Sarah Sinclair is a respected cannabis journalist writing on subjects related to science, medicine, research, health and wellness. She is managing editor of Cannabis Health, the UK’s leading title covering medical cannabis and CBD, and sister title and Psychedelic Health. Sarah has an NCTJ journalism qualification and an MA in Journalism from the University of Sunderland. Sarah has over six years experience working on newspapers, magazines and digital-first titles, the last two of which have been in the cannabis sector. She has also completed training through the Medical Cannabis Clinicians Society securing a certificate in Medical Cannabis Explained. She is a member of PLEA’s (Patient-Led Engagement for Access) advisory board, has hosted several webinars on cannabis and women's health and has moderated at industry events such as Cannabis Europa. Sarah Sinclair is the editor of Cannabis Health. Got a story? Email / Follow us on Twitter: @CannabisHNews / Instagram: @cannabishealthmag


Cannabis Health is a journalist-led news site. Any views expressed by interviewees or commentators do not reflect our own. All content on this site is intended for educational purposes, please seek professional medical advice if you are concerned about any of the issues raised.

Copyright © 2024 PP Intelligence Ltd.