Cannabis May Cause Genetic Damage That Increases Cancer Risk
A groundbreaking study published in Addiction Biology
warns of the serious health risks cannabis may pose, including genetic
damage that could lead to cancer and affect future generations. Conducted by
researchers from the University of Western Australia, the study found that
cannabis can cause "genotoxicity" — damage to the genetic material in
cells.
This type of cellular harm can interfere with mitochondrial function, which
is crucial for energy production and chromosome integrity, ultimately
leading to chromosomal damage.
Chromosomal damage is linked to cancer, accelerated aging, and even birth
defects. The study highlights that these genetic risks are not limited to the
individual user; they could potentially be passed down to offspring, raising
concerns about the multigenerational impact of cannabis use.
Dr. Stuart Reece, one of the study's authors, emphasized that the risks of
cannabis extend far beyond its immediate effects, challenging its reputation
as a relatively benign substance. This research could have significant
implications for public health policies, especially in regions considering
cannabis legalization. It underscores the need for a deeper understanding of
cannabis's long-term genetic effects, both at the individual and societal
levels.
The study's findings contribute to growing evidence that the health risks of cannabis may be more complex than previously thought, advocating for more research into its genetic and cellular impacts.
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