With the ever-increasing popularity of CBD, it’s crucial that we use the proper terms and information to describe products and effects. It’s common to see …
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here is another way to explain it- CBD is antagonist @ cb2 receptors mostly in the immune system … via back cross talk ( lipid rafts / TRPV1) CBD can access central nervous system CNS … the antagonist properties of CBD increases the Epoxides ( fatty acid binding proteins) that degrade cannabinoids as they signal through the cannabinoid receptors …
THC is an agonist @ cb1 receptors in the CNS increasing the intracellular ions ( acetylcholine) … THC unlike CBD acts very quickly and does not make it that deep into the cell structure. CBD as a longer lasting metabolite accesses deeper into gene transcription factors ( PPAR)
here is another way to explain it- CBD is antagonist @ cb2 receptors mostly in the immune system … via back cross talk ( lipid rafts / TRPV1) CBD can access central nervous system CNS … the antagonist properties of CBD increases the Epoxides ( fatty acid binding proteins) that degrade cannabinoids as they signal through the cannabinoid receptors …
THC is an agonist @ cb1 receptors in the CNS increasing the intracellular ions ( acetylcholine) …
THC unlike CBD acts very quickly and does not make it that deep into the cell structure. CBD as a longer lasting metabolite accesses deeper into gene transcription factors ( PPAR)
awesome video