High Doses of Cocaine Can Cause the Brain to Eat Itself
Mice given high doses of the recreational drug exhibited a destructive version of a condition known as autophagy, in which brain cells digest and excrete essential parts, rather than just waste.Is it time to revise your weekend plans?
Mice given high doses of cocaine exhibited a destructive version of a condition known as autophagy, in which brain cells digest and excrete essential parts, rather than just waste.
The Associated Press reports via The Guardian:
Dr Prasun Guha, from Johns Hopkins University School of Medicine in the US, who led the research published in the journal Proceedings of the National Academy of Sciences, said: “A cell is like a household that is constantly generating trash. Autophagy is the housekeeper that takes out the trash – it’s usually a good thing. But cocaine makes the housekeeper throw away really important things, like mitochondria, which produce energy for the cell.”
The scientists carried out postmortems that showed clear signs of autophagy-induced cell death in the brains of mice given high doses of cocaine. They also found evidence of autophagy in the brain cells of mice whose mothers received the drug while pregnant.
The scientists showed that an experimental drug called CGP3466B was able to protect mouse nerve cells from cocaine death due to autophagy. Since the drug has already been tested in clinical trials to treat Parkinson’s and motor neurone disease, it is known to be safe in humans. But much more research is needed to find out whether the drug can prevent the harmful effects of cocaine in people, said the team.
Continue reading here.
— Posted by Alexander Reed Kelly.
Your support matters…Independent journalism is under threat and overshadowed by heavily funded mainstream media.
You can help level the playing field. Become a member.
Your tax-deductible contribution keeps us digging beneath the headlines to give you thought-provoking, investigative reporting and analysis that unearths what's really happening- without compromise.
Give today to support our courageous, independent journalists.
You need to be a supporter to comment.
There are currently no responses to this article.
Be the first to respond.