Research has shown that cannabis use could alter your body’s epigenetic code. The outcomes, which were documented in a 2023 study, indicate that consuming marijuana in any form can influence the code that your body utilizes to activate and deactivate various genes. This study is crucial for comprehensively understanding the impact of marijuana on the body and might pave the way for future research.
As one of the most commonly used substances globally, the effects of marijuana on the human body remain not entirely clear. While some effects are understood, this research reveals a broader influence than previously anticipated by scientists. One of the markers identified in the research is directly related to the markers found in tobacco consumption, implying a closer link between tobacco and marijuana use.
Moreover, the researchers aimed to investigate how cannabis usage modifies the epigenetic code, as grasping this could assist them in determining whether it has any directly negative or positive implications for human health. In particular, they were keen to explore its potential impact on genes associated with aging, which are generally governed by the body’s epigenetic code. Understanding alterations to the body’s epigenetic code can enhance our comprehension of how heat influences aging and clarify what the body’s epigenetic age is.
To carry out their investigation, the scientists used data collected from willing participants who had their cannabis use tracked over the years. They analyzed blood samples taken five years apart, comparing the results based on factors such as continued cannabis consumption and whether the drug had been used recently.
Collectively, the data illustrated the extent to which cannabis usage alters the epigenetic code. They discovered several markers linked to both continuous and recent consumption. However, the researchers emphasize that further investigation is necessary to truly grasp the connections and their breadth throughout the code. For the time being, this study has at least delivered some new insights into the relationship between marijuana use and epigenetic factors.
