How the Cannabinoid System Works

Major peer-reviewed, unbiased medical journals have repeatedly highlighted the therapeutic potential of the marijuana plant as a possible treatment for a variety of common ailments and diseases. Cannabis is comprised of a variety of different chemical constituents, but ultimately the components bind to cannabinoid receptors and may serve as either an on or an off switch for the release of various neurotransmitters or hormones.
Within the last twenty years, a profound amount of knowledge has been discovered concerning the cannabinoid system and how the components of marijuana can affect biological function in a positive way.

      Not only can cannabidiol bind to receptors within the brain to help control and regulate certain signals and transmissions, but peripheral CB receptors found outside of the nervous system may also play a role in regulating the inflammatory response of the immune system. Because many chronic pain symptoms are the result of uncontrollable inflammation, cannabis is a very promising form of treatment that typically has fewer adverse side effects as compared to high powered, highly addictive opiates. Studies show that cannabis varieties with a higher THC content are typically more effective at treating symptoms of chronic or severe pain.
In addition to addressing a variety of different molecular pathways that are associated with pain and sensory perception, marijuana has a reputation for alleviating the debilitating symptoms of certain types of epilepsy.

      Medical doctors often prescribe marijuana as a mood enhancer and emotional stabilizer. It promotes relaxation for those that suffer from insomnia, boosts appetite for the malnourished or the person battling an unsafe eating disorder, and helps to reduce and eliminate feelings of anxiety and depression.
      Despite frequent bashing from various media outlets, the science of marijuana is simply undeniable. If you would like to change the negative stigmas against smoking pot, be sure to read up about how beneficial this substance can be for a variety of different clinical applications. I promise that your argument will be much more convincing if you do!

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